Key definitions in teaching

Aspect of professionalism

What does it mean? How does it make you more professional? How can you make sure you develop your understanding of it?

Professional standards

Professional standards in teaching are emphasized by the values and practises that have set and all teachers should observe these standards. Teachers have to value the equality of our learners and also respect the individuals. Teachers have professional values to observe and by being professional teachers can then bring experience, to develop learner’s goals and aspirations. What teachers in the lifelong learning need to understand? Issues like equality, diversity and inclusion plus ways to reflect, evaluate on one’s own practise and follow the codes of practice.

QTLS

Qualified Teacher Learning and Skills (QTLS) is equivalence of qualified teacher status (QTS). From 1 April 2012 all Institute for Learning (IfL) members with (QTLS) will be recognised as qualified teachers and will be able to work in schools. What needs to be ask are what are the particular responsibilities and limitations associated with teachers in the lifelong learning sector. The role involves a design of usual behaviour associated with a position. Understanding the regulations that were laid out in parliament which came into force on 1 April 2012. The (IfL) overarching professional standards have now been transfers to education & training foundation. “The regulations laid also amend the Education (School Teachers’ Appraisal) (England) Regulations 2012, and came into force in September 2012. The amendment gives schools greater flexibility to choose the standards against which they wish to assess the performance of QTLS holders. QTLS teachers, unlike other teachers, don’t have to be assessed against the Teachers’ Standards”. (Institute for Learning, 2013)

Curriculum developments

A curriculum development is how teachers and schools know what is going to be taught in the school over an annual period. All school will have official documents stating their curriculum. Curriculum is a focal point as well as an essential part of the development of the school. In structuring your curriculum there are many thing to consider, “The curriculum framework for social work education consists of the outcome statements for qualifying education in relation to the Professional Capabilities framework (which are cross-referenced to the HPC Standards of Proficiency1 and the QAA Benchmarking Statement2), with accompanying guidance on a range of issues. In constructing a curriculum to meet these, social work qualifying programmes will also need to pay careful attention to the ‘process curriculum’: that is ‘how’ the content is taught.”

All programmes should consider the ways in which they can:

o Positively shape professional identity

o Develop students’ confidence, self-efficacy and emotional resilience in the

social work role

o Develop skills of active learning and critical thinking

o Develop research mindedness and literacy

o Develop decision making and professional judgment

o Develop students’ ability to transfer knowledge from one setting or user group

to another

o Develop students’ abilities to identify their own learning needs and

professional development

o Lay the foundation for social workers’ future active use of professional

supervision

o Enable students to learn from and get support from their peers as a basis for

team work

o Enable students to learn from and with service users and carers

o Model anti-discriminatory and anti-oppressive practice

o Enable students to manage personal and professional boundaries

o Encourage understanding and development of their own social work values

o Encourage critical reflection on performance

o Promote continuing professional learning in order to meeting changing and

future needs and contexts

((edref4) , 2010)

Updating skills and knowledge

It is important to assess and reflect your practise at all time. As a professional tutor you are continually learning and to improve your professionalism training is essential. Developing in the lifelong learning sector you need to understand the swift changes in schools and updating skills is critical to the coming together of strong content and knowledge. Linking individual learning development with the improvement and needs of the school and sharing expertise and experience.

Higher qualifications

You need to have a higher qualification than what you are teaching. If you have a degree and then complete your master degree this can support you into a high claim and will help you further your career.

1.2 Reflect on ways in which professional practice promotes equality of opportunity and values diversity

Based on an observed lesson, write a reflective account about how effectively your practice promotes equality of opportunity and values diversity. In your account you must consider:

How promoting equality and diversity protects learners from harm.
Actions that you take to value learners.
The information that you provide to learners and how this is provided
Your communication strategies and own behaviour in promoting equality, diversity and inclusion.
How working with other agencies and professionals supports your inclusive practice.

Unit 7, LO3.2 also contributes to this assessment criterion

1.3 Explain the contribution of learning to personal development, community development and economic growth

You need to complete the following table and explain how each aspect of learning contributes to the listed areas

Aspect of learning

Explain how each aspect of learning can relate to each of these areas:

Personal development

Community development

Economic growth

Raising standards

1) Focus on English and maths

2) Cross-curricular approach

1) Community cohesion

2) Partnerships, engagement with the local community

1) Jobs

2) Home ownership

3)

Social inclusion and engaging underrepresented groups

1) Citizenship test

2) reading and writing, speaking and listening

3) Support provided to the most disadvantaged

residents educate and train to find work, with the aim of improving opportunities in business and

social enterprises.

1) Community centres

2) Working collaboratively

3) When raising education and skill levels the economy and residents are skilled and can be supported to find opportunities and reach their potential. Encouraging

employer investment in skills, and prepare people for the jobs of the future.

More recently, there has been a growing recognition that participation in adult learning can also have positive effects on a range of wider social outcomes. Contributing to protecting and enhancing our natural,

built and historic environment; and, as part of this will help to improve diversity.

Local employment needs

The growing in the involvement in adult learning has constructive consequence on social outcomes.

Encouraging

investment

Engaging with local communities

Links with businesses

1.4 Analyse the impact of own professional values on learning and teaching

Complete the following table. You need to discuss the following

What these things are (describe them)
How they could affect (impact) on you own professionalism as a teacher

Improving professional qualifications

Engaging with other professional bodies

Promoting quality in teaching and learning

Establishing and sharing best practice

Engaging in CPD activities

LO2 – Understand policies and regulatory requirements relating to the lifelong learning sector

2.1 Analyse the implications for and impact of government policies on practice in the lifelong learning sector

Complete the table below, discussing the implication of each policy and how they have impacted on the sector.

Government Policy

Implications and impact

Widening participation

Disability discrimination act

Minimum core requirements

Targets and benchmarking

Apprenticeships

2.2 Analyse ways in which government policies and the requirements of regulatory bodies impact on practice in own specialist area

Complete the table below. This is similar to the previous one, but you must focus on your own specialist area.

Government policy/regulatory body requirement

Impact on your specialist area

Inspection

Awarding body requirements

Standardisation and verification

Organisation policy and procedures

.

Use of technology

.

Flexibility of provision

LO2.3 – Explain the roles of regulatory and funding bodies in the lifelong learning sector

Write a report which fully covers the following topics in detail:

1) Funding and regulation. Explain the roles and purposes of key agencies responsible for funding and regulation (e.g. Sector Skills Councils, LSIS, SFA, HEFC, OFSTED, EU funding). Analyse how these agencies have an impact on how the sector is run.

2) Quality improvement. Explain the roles and purposes of key agencies responsible for quality improvement (e.g. QAA, OFSTED, LSIS, IFL, Awarding Organisations, Matrix, ISO, etc.) and how these agencies have an impact on quality and quality improvement in the sector

3) The inspection process. Analyse how the inspection process (Ofsted and the Common Inspection Framework) has an impact on practice is the sector.

LO3 – Be able to contribute to quality improvement and quality assurance systems and Procedures

3.1 – Review own role and contribution in quality improvement and quality assurance in the organisation

Complete this table by discussing how you are involved and contribute to these quality procedures.

Quality procedure

How YOU are involved with it and contribute to it

Benchmarks

.

Evaluation of own practice

Teamwork

Course reviews

Internal verification

LO 3.2 Examine the role of assessment and evaluation in the quality cycle

This is covered in Unit 5, 1.3, 2.1 and 4.1

LO 3.3 – Produce accurate assessment data and records

This is covered in Unit 5, 2.2, 2.3

3.4 Assess the validity and reliability of data relating to own learners

Attach a copies learner tracking sheets, course reviews, evaluations, etc. then comment on the following:

How was the data obtained?

How is it kept up to date? Is it up to date?

e.g. VARCS od data

How can you be sure it is accurate? What might reduce its accuracy

e.g. VARCS of data

Is it repeatable?

Is it moderated, verified or standardised?

How could its accuracy be improved?

Other comments on the accuracy and reliability of this data, e.g. size of sample, qualitative vs quantitative, subjective / objective, etc.

3.5 – Communicate assessment information to those with an interest in learner achievement

This is covered in Unit 5 – 2.3

3.6 – Evaluate a learning programme in accordance with the quality systems and procedures in the organisation

3.7 – Communicate the result of evaluation of a learning program.

To cover these two criteria you will need to conduct, or take part in, a course review and produce a report that can be shared with others responsible for quality assurance and continuous quality improvement within your organisation. The report should contain quantitative, e.g. success, achievement and retention data along with qualitative data, e.g. student surveys, etc. You may need to add brief explanations for why you have met, exceeded or failed to meet National Benchmark Data, client expectations, funding agency requirements, etc.

LO4 – Understand how to develop learners’ wider skills in own specialist area

4.1 Analyse how the development of wider skills can improve learner motivation, confidence and achievement

Complete the following table by analysing how the listed methods may be able to improve learner motivation, confidence and achievement

Wider skill:

Improving

How it can help improve:

Motivation

Confidence

Achievement

Language and communication

Reading and writing

Numeracy skills

IT skills

Employability

Tolerance of others

Independent working

Goal setting and action planning

4.2 Evaluate ways to provide opportunities for learners to develop wider skills

Explain the good (positive) and not so good (negative) points about the following methods that could be used to help learners develop wider skills:

Method

Positive points

Negative points

Discussion

Pair or team work

Presentations

Project work

Blended learning

Peer teaching

Self assessment

Directed study

Linking learning with work based activities

Work experience

Online learning

Coaching or mentoring

LO5 – Be able to evaluate and improve your own wider professional practice

5.1 Analyse the effectiveness of own wider professional practice

5.2 Reflect on strengths and areas for improvement in own wider professional practice

Evaluate your own wider professional practice by completing this table:

Area

Tick the one which describes you best

Say WHY you do or don’t need to improve

No improvement needed

Some improvement needed

Lots of improvement needed

Awareness of current legislation

Understanding of social economic factors

Codes of practice

Professional standards

CPD

Promoting wider curriculum

Promoting E&D

Engaging with students

Sharing best practice

Using feedback to improve

Contributing to QA

5.3 Engage in professional development opportunities to improve own wider professional practice

For each area listed above where you either need some or lots of improvement complete this table of CPD activities:

Area

CPD activity I will undertake to improve

By when?

Issues Affecting Teaching and Learning

The purpose of this assessment is to demonstrate an understanding of pupil learning in relation to learning theories and establish links between effective pupil learning and teaching strategies.

In this essay, I will address the key issues that impact on effective teaching and learning strategies for learners of business studies in secondary school. In doing this, I will refer to my own experience and observations in the classroom and to lessons given as well as to objectives and evaluations. I will also refer to learning and pedagogical theories, curriculum, standards and policy documents that inform practice. I will use examples from two specific lessons, on profit and loss and personal budgeting and, from these examples, establish links between theory and practice. It is first of all useful to begin with an understanding of the curriculum expectations of the teaching of business studies and the changes that have occurred over the past thirty years and also in light of recent reforms that aim to “raise the education and skills levels of students by delivering a curriculum which gives life and social skills,” and prepares students “for a fast-changing world” (Department for Children, School and Family, 2008). Curricular knowledge, as well as subject and pedagogical knowledge are the “three important aspects” (Hammon, 2005, p. 26) a teacher needs to understand and master. The aim of recent reforms in the education of young people is to make “education more relevant to today’s world.” As such, business studies and the core skills of ICT have become a priority in preparing young people for higher study and employment. This strong shift towards education as preparing students for employment, further study, and becoming citizens in a globalised world, demands that secondary education be used to foster the development of students in terms of their practical and vocational potential.

This shift raises, yet again, all the great pedagogical questions (Jephcote and Abbott, 2005) which teachers may not be able to answer, but will nonetheless help in understanding the purpose of teaching business studies in the way informed by government policy and to guide teachers – both experienced and novice – in understanding why and how to best teach their subject. These pedagogical questions concern whether business, career and work-related education in schools should meet the demands and needs of the individual learners or of “society and economics” in general. These questions also consider whether schools should be concerned with changing society or “preserving the social order,” whether career and work-related education should be a vehicle for preparing good and morally responsible social individuals, and whether education should prepare learners for their life after school or simply teach students how to successful learners (Jephcote and Abbott, 2005, p. 6). These questions seem to raise conflicting ideas and goals, but they are mutually supportive: learners who enjoy the learning experience for its own sake will also be able to better employ the concepts, facts and skills learnt beyond their schooling.

In any case, the very basis of career and work-related education is founded on instrumental value, regardless of whether or not students students find any intrinsic value in it, any value in learning for the sake of learning, that is. In terms of instrumental value, employers have expectations that career and business education will provide them with a capable and skilled workforce. Students need to gain knowledge and skills that will make them somehow useful in society. Hence the strong shift in policy focus: in 2005, employers were less than satisfied with the level of business awareness that school leavers and graduates had brought to the workforce (Kelly, 2005, p. 21). But apart from employers, both parents and students themselves also hope to gain some instrumental value from their study of career and work-related subjects: they want to become successful at finding jobs.

As far as the school’s part in all of this, and by extension the teacher’s, there is a “legal responsibility” to provide opportunities for “careers education, work-related learning and enterprise and financial capability” at key stages 3 and 4 (Department for Education and Employment and Qualifications and Curriculum Authority, 1999).

By thus understanding the focus of government policy and curriculum expectations teachers then need to find their own ways of improving student outcomes, all the while working within their preferred ideological or pedagogical frameworks and holding their personal beliefs about education and their role as teachers, while taking into account the preferences of students. In light of all this policy change and reform, teachers effectively become “agents of” decisions made by others, instead of controlling decisions that will impact on their classrooms (Cohen, 2005, p. p. 16). Teachers, instead of feeling threatened by this, find comfort and confidence in knowing exactly what is expected of them and their students. Policy, frameworks and standards provide an excellent scaffolding for teachers to develop their own teaching objectives within the strict framework. After all, when it comes to teaching, “the way you do it is just as important as what you do” (Kyriacou, 2001, p. 31).

It is an acknowledged pedagogical trait that effective teaching of a given subject is influenced by a teacher’s confidence in the chosen teaching method and resources used as well as a clear understanding of the principles behind lesson objectives, just as much as it is the teacher’s subject knowledge and expertise. Similarly, effective learning is influenced by student confidence in the teacher and knowledge taught, as well as the freedom to learn via different learning strategies and the ability to control their learning process. A confident teacher will have a clear understanding of pedagogical frameworks and curriculum expectations and also be sensitive to student needs and preferential learning styles (Kyriacou, 2001).

When it comes to teaching and learning business awareness, learners will often have to master quite new concepts, such as profit, cost, revenue and budget. As such, teachers might intuitively respond to this need by understanding their role as one in which they must “impart” or “transmit” the knowledge that they have about the subject to the students who do not yet have this knowledge. In fact, this understanding of teaching is in line with Wood (1997) who offers four ways of teaching in a type of hierarchy. The first, that of teaching as imparting knowledge, fits into an objectivist (Fox, 1983) understanding of knowledge as something that exists independently of the knower. The process of acquiring knowledge then, is simply one which involves learning something that already exists. According to Wood, as a teacher becomes more experienced, so too will their chosen mode of teaching become more complex. From the understanding of teaching as imparting knowledge, the teacher develops that understanding to teaching as preparing students to use knowledge, teaching as providing opportunities for students to explore different perspectives, and finally, teaching as preparing students to be reflective (Davies and Brant, 2006, p. 182).

In the case of teaching profit and loss, a teacher, especially a novice teacher, might well see that these concepts already exist in the world business and the best way to deliver this knowledge to students is when they act as expects who impart this knowledge. This understanding of teaching was observed in a lesson on profit and loss (Appendix I). The lesson objectives were stated as thus: Students should be able to define profit and loss; Students should be able to explain the relationship between turnover, cost of sales, gross profit and net profit; Students should be able to calculate net profit and gross profit and make assumptions about the profitability of a business (Salbstein, 2001). The lesson aimed to impart information, facts and definitions about key concepts in profit and loss, via a traditional method of introducing the language and definitions on the classroom board for students to record in their books. Methods of calculation were also introduced. The teacher’s role in this lesson was a central role as the main expert facilitator of the knowledge of profit and loss. Once the concepts had been given and discussed, students were directed to study in pairs on the computers by accessing an online lesson of profit and loss, which included an online quiz (Salbstein, 2001) to test student understanding of the concepts taught.

This method is a type of information-processing method, whereby learners are presented with information and then asked to manipulate it, in this instance by quiz work, but also by re-wording learnt definitions and discussing concepts. According to Davies and Brant (2006, p. 121) this theory of learning is based on the idea that when learners learn new information is “processed and stored in the mind.” While this is suggested as an effective method for applied learning, this method is limiting because it treats all learners in the same way, disregarding individual preferences and learning styles. Another method, which is classic but limiting, is the method based on an understanding of learning as a behaviour that changes in response to environmental factors, such as positive reinforcement. This is Skinner’s behaviourist model. Learning based on this method suggests that each stage of learning be broken down into parts or steps and rewards given following successful completion of each step. Davies and Brant (2006) suggest that this method is useful in teaching vocational and ICT-related tasks and skilled, but is limited because it does not provide a holistic view of learning and knowledge acquisition.

The lesson outlined above, while presented in a comparatively limiting way, was not unsuccessful. This is because of the appeal of the ICT element in teaching, when students worked through the online tutorial. In evaluating the success of the lesson it was noted that students remained on task longer and were motivated to learn about the subject. ICT is an important and necessary element in career and work-related education when used to “complement teaching” (Jephcote and Abbott, 2005). ICT is more than merely a teaching tool and has the potential “empower” students by “liberat[ing] users from routine tasks” and also by making “accessible vast amounts of information” (Leask and Pachler, 1999, p. 4). In fact, current education policy in the UK stresses the importance of ICT in the classroom, simply because the increased use of technology “in all aspects of society makes confident, creative and productive use of ICT an essential skill for life…ICT capability is fundamental to participation and engagement in modern society” (Department for Education and Employment and Qualifications and Curriculum Authority, 1999a, p. 1).

As seen in the above lesson on profit and loss, students were able to locate further information in order to extend and consolidate their newly acquired knowledge of the subject being taught and were able to gain rapid and direct access to ideas and experiences from a wide range of people. In this case, the online tutorial was devised and designed by a teacher from another school.

The results of this rather simply designed and planned lesson on profit and loss were positive and showed agreement with findings by Tomlinson (1981) who found that ICT increases motivation in students and increases their commitment to learning their subject. In fact, Tomlinson found that ICT enhanced the confidence and self-esteem of learners, as well as stimulating student determination to learn the subject, the amount of time spent on task, and the level of control over their own learning experience. All of these factors were seen in this lesson on profit and loss.

But ICT is not just a beneficial tool for students, it is also a tool that the Qualified Teacher Standards expect teachers will use (Training and Development Agency for Schools, 2007) because it also “raises the profile” of teachers, makes teachers refresh their perspective on what they are teaching, and offers the potential for a variety of individual and group activities (Leask and Pachler, 1999, p. 5). Teachers should try to vary their teaching style as often as possible and exhibit “a knowledge and understanding of a range of teaching, learning and behaviour management strategies and know how to use and adapt them” (Training and Development Agency for Schools, 2007, p. 8) Teachers should bring in new tools and new ways to present information, and giving students as many opportunities to learn facts and skills in a variety of ways (Davies and Brant, 2006, p. 142) and this is because within any given class a teacher will encounter students with various learning styles. For example, visual learners, who enjoy learning with pictures, graphs, artefacts and videos; auditory learners, who enjoy discussion and listening to tapes; and kinaesthetic learners, who enjoy simulations and role play. Ideally, a subject will be approached using all of these methods in the classroom.

Moving away from the information processing models which are learning theories that tend to attract teacher-centred learning styles, there are the learning theories that are more student-centred, and these are called experiential learning theories. The theory underpinning this experiential model is one that stresses the relationship between experience and learning. Each individual student, it is theorised, has collected a range of experiences about a phenomenon and it is this range of experience that is called upon to introduce a new topic. Davies and Brant (1999) discuss Kolb’s learning cycle and note that lessons informed by the experiential theory begin with student experience and examples instead of teacher-imparted principles and concepts. Kolb’s learning cycle begins with the teacher calling on student experience as a way of introducing a new subject. Next students are encouraged to reflect on their experiences, to make generalisations from their experiences and, finally, to act on this new knowledge (Davies and Brant, 1999, p. 168).

This theory of learning was implemented in a lesson on budgeting (Appendix II). This lesson aimed to introduce the concept of budgeting and the wide range of costs that might be involved in advertising and promoting a product (which the students had designed in a previous lesson). The learning activity was to plan a promotional event to advertise and promote their product to the public. Students were expected to investigate the costs involved, generate data and produce a projected budget for the event.

The role of the teacher in this lesson was to motivate students to discuss their own experiences of budgeting before they began the learning activity. As such, the teacher led a discussion about student’s spending habits over a typical week. The leading questions were: a) What do you spend your money on in a typical week? b) Do you spend more money during some parts of the week than others? Are there more expensive periods of the week? c) Do you keep track of your spending habits? Or do you just spend until your money runs out? d) Do you feel that you miss out on things you’d like to spend money on because you have run out of money? (Appendix II; Mark Your Challenge 2008).

It was after this discussion that the actual lesson activity was introduced. Students were asked to investigate where money might be spent in organising a promotional event. The teacher introduced the idea that an effective budget means that one must have good and clear knowledge of where the money might be spent. Students were directed to use the Internet, newspapers and magazines in order to gain background information about what such organising such an event might demand and were asked to present their prospective budgetary conclusions in a format they chose. The lesson ended with group discussion following presentation of student-group findings.

This lesson was particularly successful, as students responded confidently. The underlying theory behind this method is strikingly different to the information-imparting and information-processing theory that informed the lesson on profit and loss. Here, knowledge was not understood to be something that the teacher had and that the students did not have, but rather, that the students themselves already knew something about the subject and could further their knowledge with teacher-led guidance.

This understanding of knowledge is social constructivist one. Some factors involved in understanding this approach is that learners are essentially being introduced to new ways of “interpreting the world that has been constructed by academic disciplines or communities of practice.” For these new ways to become meaningful, the students needs to actively construct or reconstruct the knowledge in their own way, and this usually occurs by linking new knowledge to the real world, and to some real context, so as to bridge the gap between what is considered “school knowledge” and “everyday knowledge” (Davies and Brant, 2006, p. p. 170). Moreover, students need to do this via dynamic and meaningful social interaction. In fact, it is not enough to simply provide access to the environment about which they are learning, that is, through work placement or even business-related simulations and role-plays, but through authentic interaction with teachers and other students, as well as with experts in the subject they are studying. It was Piaget (1968) who stressed the importance of social interaction, because when students participate in discussion with others – peers or experts – Piaget found that they become stimulated to express content in their own language. By re-evaluating content on their own terms and with their own language, they are able to further develop their understanding of the subject taught. It is this social interaction, that enables them to process information learnt and make sense of the subject in an dynamic way, using their own language to articulate and reformulate what they have learnt. In this way, they are not just mimicking concepts, definitions and strategies learnt in the classroom but integrating what they have learnt about knowledge already constructed by a particular community – in this case the business community – and the success of this occurs when learners have experienced positive interactions.

This understanding of the learning process also links to into what is called the “zone of proximal development” (Vygotsky, 1978). This idea refers to the understanding that what we already know gives us “access” to things we do not yet know, so long as there is some help from a guiding expert. In the case of the lesson on budgeting, students already had some knowledge of money spent and the practical use of budgeting to make sure that money does not run out. From this personal knowledge, a teacher can guide learners towards more complex knowledge about a business situation. In evaluating the success of the lesson on budgeting, this social constructivist approach proved to be very useful.

In conclusion then, and in light of the importance placed on teacher’s having “high expectations” of their students (Training and Development Agency for Schools, 2007, p. 7), when designing lessons informed by various pedagogical theories and curriculum expectations, teachers can foster successful learning outcomes when they integrate their own knowledge of pedagogy, curriculum and subject and their own beliefs and expectations about the teaching and learning experience to produce successful educational experiences. The teacher’s high expectations of students were met with both lessons discussed above: the lesson on profit and loss with key concepts being delivered and then students encouraged to approach the subject using ICT activities, but also the lesson on budgeting which encouraged students to use their own personal experiences as a way into the lesson. Both lessons met the high expectations the teacher had of the learners and both teachers and students participated in a fully educational experience which fostered an environment of trust and a strong commitment to learning.

Appendix I

Lesson plan: Profit and Loss

Learning intentions: To introduce the concept of profit and loss and the related concepts of revenue and costs. To introduce simple verbal definitions and a mathematical equation in order to calculate and use the ratios of gross and net profit to understand a company’s profitability.

Resources: Teacher’s guided worksheet, and Internet tutorial and quiz (Salbstein, 2001).

1/ Lesson content: INTRODUCTION

Time: 5 mins.

Teacher: Teaching role, teacher-led.

Begin lesson with a story to introduce topic of class lesson an to engage student. The topic is the concept to be learnt – that of profit and loss – and why it is important for business.

The story: A business person runs a company which produces mp3 players. These products are sold so that the company makes more money that what the company spends. When a company makes more money than what is spent, we call this profit. Ask the question: Why would profit be an important concept in business? Students give their answers. Teacher confirms: Profit is an important idea in business because it shows us whether a business is successful (Salbstein, 2001).

2/ Lesson content: DEFINITIONS

Time: 10 mins

Teacher: Teaching role, teacher-led.

Introduce key definitions and mathematical equations: Profit, Gross Profit, Net Profit, Revenue, Cost, Ratios.

3/ Lesson content: MAIN PART OF LESSON

Time 35 mins.

Teacher: Teaching role, guide. Student: In pairs, computer activity, student-led.

Students now go to computers to proceed in pairs to complete an online tutorial on Profit and Loss Accounts (Salbstein, 2001). Each student pair is asked to check, compare and rewrite the definitions given by the teacher earlier with definitions given in the tutorial. Students complete the challenge quiz – record answers and and any concepts or ideas to be clarified.

4/ Lesson content: CONCLUSION

Time: 10 mins

Teacher: Teaching role, teacher-led.

Student: group discussion activity.

Students are asked how they well the participated in the online quiz and which questions they found challenging or sought clarification about. Students were asked if they reworked the definitions of issued at the beginning of class and asked to consolidate their ideas about why profit is important in business.

Appendix II

Lesson plan: Understanding budgeting.

[This lesson plan is devised from, with slight adaptations, from the Mark Your Challenge 2008 Money Matters Lesson Plan].

Learning intentions: To introduce the concept of budgeting and to understand the variety of costs involved in planning a promotional event to market a student-devised product.

Learning activity: To plan a promotional event to market a student-devised product and investigate the overall costs involved. To produce a budget for the project.

Resources: Internet, teacher’s notes, personal experience.

1/ Lesson content: INTRODUCTION

Time: 10 mins.

Teacher: Teaching role, teacher-led. Student discussion activity.

Begin lesson with a discussion about student’s general spending within a given week. Leading questions: What do you spend your money on in a typical week? b) Do you spend more money during some parts of the week than others? Are there more expensive periods of the week? c) Do you keep track of your spending habits? Or do you just spend until your money runs out? d) Do you feel that you miss out on things you’d like to spend money on because you have run out of money?

Students respond with their own knowledge based on personal experience.

2/ Lesson content: MAIN PART OF LESSON

Time: 40 mins

Teacher: Teaching role, teacher-led. Student group work.

Teacher introduces learning activity.

Students meet in groups to discuss the planned event and potential costs that might be incurred. Students are encouraged to think about all the ways in which money might be spent and to organise expenses into main areas of expenditure. Students are asked to present their data in their own format.

3/ Lesson content: CONCLUSION

Time 10 mins.

Teacher: Teaching role, guide. Student: In pairs, computer activity, student-led.

Students present and discuss their findings and compare to other group findings. Students are encouraged to question their results and data and to compare and contrast differences with other groups.

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Reading Intervention Programme

Effects of an Out-of-school Intervention Program

on Reading Ability and Attitude

in Low-achieving First-grade StudentsAbstract

This study, conducted at *****, proposes instituting a before- or after-school program to address the needs of struggling first-grader readers. Biweekly intervention sessions, lasting 30 minutes each, will take place from early September through May. Using individualized instruction targeting deficiencies in individual student skills and a balanced literacy approach, data will be collected to determine the effectiveness of the program and student attitudes about reading. Parent attitudes and participation in their children’s learning will also be explored. Data will then be compared to the average gains made by typical first-grade students.

I anticipate these sessions will have a positive effect on student learning and attitudes, and that participants will make slightly greater gains than typical first graders.

Introduction
Background/School Information

In the fall of 2008, I will begin my third year as a first-grade teacher at ******. According to the 2007 School Report Card (2007), the **** student population includes 335 students in kindergarten through fifth grade. It is a diverse school (51.9% White, 2.1% African American, 34.0% Hispanic, and 11.9% Asian/Pacific Islander). 17.6% of students are from low-income families and 21.2% have limited English skills. The average size of my class over the past two years has been 25 students, with over half (14 last year) speaking a second language (including Italian, Polish, Serbian, Spanish, Tagal, and Urdu) at home. Some parents refuse bilingual or ELL services in favor of a regular classroom placement. Students begin the year at many different literacy levels. The majority of students make excellent progress with the current literacy program (Harcourt Trophies). While most of the students who attend kindergarten in our district have mastered their letter names and successfully integrate their phonemic awareness skills with phonics instruction, there are a few students each year that struggle with these skills and have not mastered our basic kindergarten sight words. Often students who come from other school districts are even further behind. Some parents of these students have admitted to spending little or no time reading with them at home, either because the child is reluctant to work with the parent, lack of time, or because their own literacy skills may be lacking.

My Philosophy/Past Efforts

I believe it is my responsibility to ensure that every student learns the necessary skills to become a successful reader and to develop a love of reading. I also assume that every student will learn if expectations are high. I believe in using a balanced approach to literacy instruction (Tompkins, 2003), using phonemic awareness, phonics, and literacy instruction which incorporates both reading (shared and independent) and writing. In searching for a way to reach struggling students and help them improve their emerging reading skills, I began a biweekly guided reading group during lunch during the 2006-07 school year for four struggling students. The students were tested using AIMSweb® and made considerable improvement between January when the program was implemented and the end of the year. One student’s reading fluency increased from ten to 33 wpm, an increase of 330% in four months. Although the lunch hour was a convenient time to work with the students, it was difficult to ensure they were focusing on the lesson and finishing their meals at the same time. I have considered the advantages and disadvantages of working with them either before or after school. While an after-school program will afford more structured time to better meet their needs, a before-school program might ensure better attendance (***, personal communication, July 7, 2008). **** has offered both a before-school remediation program with fourth graders and an after-school book club with second graders, noted that students seemed more focused in morning sessions (*****, personal communication, July 14, 2008). Before implementation, I will survey parents to determine which format best suits their schedule.

Role of the Researcher

As an active participant and researcher in this study, I will be working directly with four to six of my lowest-achieving first-grade students. Individual student needs will be targeted through word activities, shared reading, independent reading, guided reading, and writing activities.

Area of Focus

The purpose of this study is to describe the effects of a biweekly out-of-school intervention and guided reading program on reading ability and student attitude about reading in low-achieving first-grade students.

Research Questions

My focus question is: How will implementing an out-of-school intervention and guided reading program affect reading ability and student attitude about reading in low-achieving first-grade students? I plan on implementing this program at the beginning of the 2008-09 school year and continuing it through the end of May. I hope to answer the following questions through this action research project: How will biweekly out-of-school intervention and guided reading sessions affect reading fluency? How will these sessions affect student reading comprehension? What effect will this program have on student attitudes about reading and school in general? What effect will these sessions have on student writing ability? What effect will this program have on parent attitudes about their child’s reading ability and education in general? Will parent involvement in working with their children be affected by their participation in the program?

Key Terms
AIMSweb® – “a scientifically based, formative assessment system that ‘informs’ the teaching and learning process by providing continuous student performance data and reporting improvement to parents, teachers, and administrators to enable evidence-based evaluation and data-driven instruction” (AIMSweb® Organization Website, n.d.).
Analytical Reading Inventory (ARI) – “The ARI is an individually-administered assessment conducted during a one-on-one reading conference. It is administered periodically to students in grades 4-8. Results are used to determine a student’s instructional reading level, guide teachers in planning classroom instruction, identify appropriate supports and interventions, and document progress over time.” (“Student Testing,” n.d.)
Differentiate – “To use differentiated instruction – an approach to teaching essential content in ways that address the varied learning needs of students with the goal of maximizing the possibilities of each learner” (ASCD Website, n.d.).
Fluency – “Reading smoothly, quickly, and with expression” (Tompkins, 2003, p. 397).
Grapheme – “A written representation of a sound using one or more letters”

(Tompkins, 2003, p. 398).

Phoneme – “A sound; it is represented in print with slashes (e.g., /s/ and /th/)”

(Tompkins, 2003, p. 399).

Phonemic awareness – “The ability to manipulate the sounds in words orally”

(Tompkins, 2003, p. 399).

Phonics – “Instruction about phoneme-grapheme correspondences and spelling rules” (Tompkins, 2003, p. 399).
Running Records – While observing individual children as they read aloud, “teachers calculate the percentage of words the child reads correctly and then analyzes the miscues or errors” (Tompkins, 2003, p. 386).
Effects of an Out-of-school Intervention Program on Reading Ability and Attitude

in Low-achieving First-grade Students
Literature Review
Introduction

Students today enter school at very different developmental and readiness levels. First grade is a year of exciting growth, presenting new challenges for developing children – from the all-day format to learning how to read. While many students adapt to the all-day schedule and flourish in the first-grade classroom, some are not able to keep up, slowly falling further and further behind their classmates. Teachers often struggle to differentiate instruction to meet

the diverse needs of their students. They also look for ways to ensure that every student is functioning at or above grade level, particularly since the No Child Left Behind Act (NCLB) was enacted in January, 2001 (Huncosky, 2004). Because time is limited during the school day and class sizes are often large, many teachers turn to after-school hours to remediate instruction for their struggling students (Brown, 2008; Davis-Allen, 2008; Huncosky; Little & Hines, 2006;

Saddler & Staulters, 2008). Their studies show varied results in gains among the lowest-achieving students.

What is a struggling student? Davis-Allen (2008) uses the term “at-risk,” describing these students as “strangers to the behaviors and values of the middle-class (as cited in Davis-Allen, 2008). Students were asked to participate in her study because of prior substandard academic achievement (Davis-Allen). To meet Huncosky’s (2004) criteria, students were functioning below grade level in reading or failing to turn in homework. Reading Recovery uses an assortment of tests given at the onset of first grade to target the lowest-achieving students for their 12-20 week program (MacKenzie, 2001). In simpler terms, struggling students are those who, academically, are not performing at grade level.

As I begin my third year teaching first grade at Wesley School in Addison, Illinois, and as I reflect on ways to improve learning for all my students, I have found that the majority of my students have been well-prepared for first grade, with a strong background in phonemic awareness and a firm grasp of phonics. They already understand the grapheme-phoneme connection and are ready to begin putting letters and sounds together to make words. Even those who may be a little behind their classmates developmentally catch up quickly and are usually reading at grade level by the middle of the year. Unfortunately, each year I have had three or four students that slowly lose ground, either because they lack a solid background in literacy, have difficulty attending to the daily lessons, or have potential learning disabilities which have not yet been diagnosed. As the work gets progressively more difficult, these students struggle with the district’s literacy curriculum. The second grade teachers report that these low-achieving students sometimes continue to struggle throughout second grade (C. Walters, personal communication, July 14, 2008). This led me to wonder if we were to target the lowest students right from the beginning of the year, would this lead to better outcomes for them in first grade and beyond? According to C. Wartman (personal communication, July 7, 2008), principal at Wesley School, we often take a wait-and-see approach in first grade. As stated earlier, many low students are successful with the curriculum as we differentiate to their needs in the typical classroom; thus, the wait-and-see approach works for them. But for those few who quickly fall behind, the wait-and-see approach is not acceptable. My goal through my action research project is to find a way to reach these students before they fall too far behind their peers.

These past two years I have had the assistance of a reading aide for 2-1/2 hours per week. At the beginning of the 2006-07 year, she led extra guided reading sessions with all of my students through a push-in model. It quickly became clear that four students needed extra remediation; therefore, she began pulling them out three times a week. This offered several disadvantages, the most significant being they missed valuable classroom instruction and may have felt disconnected from their classmates. How, then, might I find a way to fill in the gaps in their education without taking them out of the classroom for remediation? My first thought was to institute an out-of-school program.

Relevant Literature

Very little research is available on out-of-school programs for first graders. Perhaps this is because it is already a great adjustment for them to be in school all day, and it may be difficult for them to add an extra half hour or more to their already demanding schedule (C. Wartman, personal communication, July 7, 2008). Parents may not be available, particularly those who work, to drop their children off early or pick them up after the school bus has already departed (C. Wartman). A study by Huncosky (2004) addressed at-risk students in first through third grades through a ten-week, biweekly, after-school reading and math program (Huncosky). Students were selected for this program either because they were below grade level in reading achievement or because they failed to complete homework (Huncosky). One teacher who worked with students in this program commented, “It is not a program to narrow the huge gap. It’s a program to help kids who are ready to be helped” (Huncosky, p. 14). Other teachers believed that the students accepted in the program should be able to work well on their own and in small groups (Huncosky). Most low-achieving first graders, because they are not yet able to work independently, do not meet these criteria. Huncosky (2004) did not include a pre- or post-assessment, instead relying on teacher questionnaires to evaluate the effects of the program. The literacy activities used varied from teacher to teacher, and she does not state whether or not efforts were made to address the needs of individual students (Huncosky). The focus of the study was on student attitudes about reading, rather than on assessing their performance (Huncosky). Qualitative data (teacher questionnaire addressing reading gains) of the survey showed mixed responses as to improvement in reading ability in these students. With a teacher-to-student ratio of 8:1 and inconsistent teaching approaches, this format would not work well with struggling first-grade students. This study indicates a need for structure and consistency in instruction, lessons which address specific skills in which individual students are deficient, and small teacher-to-student ratios in order to meet the needs of low-achieving first-grade students.

Reading Partners

I reviewed literature on two programs that include one-on-one instruction with elementary students. The first program, Reading Partners, used trained tutors (master’s degree students) who implemented consistent interventions with at-risk fourth grade readers in an inner-city elementary school. The tutors were trained to:

“(a) review past material; (b) introduce or extend a strategy; (c) read a new selection;

(d) engage in related writing; and (e) provide a related, supplemental activity to extend or enrich the learning” (Saddler et al., 2008, p. 204).

Sessions were held twice a week and were 60 minutes long. An Analytical Reading Inventory (ARI) (cited by Saddler et al., 2008, p. 205) and interest inventories were used to assess student reading and comprehension ability and to form bonds between the tutors and tutees (Saddler et al.). The average participant gained at least one grade level in reading, along with other intangible benefits, such as a more positive attitude and interest in reading (Saddler

et al.).

Reading Recovery

Another very successful program that addresses struggling first graders is Reading Recovery. According to their website, “Reading Recovery is a highly effective short-term intervention of one-to-one tutoring for low-achieving first graders” (“Reading Recovery,” n.d.). The program targets the four lowest first-grade readers for daily half-hour one-on-one sessions with teachers trained in the Reading Recovery program format (“Reading Recovery”). Once a student is reading at grade level (after an average of 12-20 weeks), he/she graduates from the program and becomes part of a literacy booster group (MacKenzie, 2001). The Reading Recovery organization reports that 75% of struggling readers are reading at grade level after completion of the program, while the remaining 25% are recommended for further evaluation and remediation (“Reading Recovery”).

Both the Reading Partner and Reading Recovery programs reinforce the positive academic benefits of one-on-one and small group lessons to assist low-achieving students to make and maintain gains in their literacy development. It also demonstrates the need for continued small-group reinforcement once students are working at grade level.

Students with High Reading Potential

Next, I turned to literature to find out what other types of programs are being offered and which are the most successful. Little and Hines (2006) studied the effects of a 12-week, biweekly, after-school reading program on students in third through sixth grade. The study targeted students with “high reading potential” (Little et al., 2006, p. 11), offering book talks, read-alouds, and supported independent reading, followed by choices of literacy activities. As part of the 90-minute sessions, students were encouraged to read books independently that would be challenging and of interest to them (Little et al.). The goals of the program were to build reading fluency and to make reading more pleasurable (Little et al.). Although the study showed varied results, students in third and fifth grade made above average weekly gains in reading fluency compared to a national sample (Little et al.). One sixth grade student with a “negative attitude” (Little et al., p. 29) had a 40-point decline between pre- and post-test scores, which adversely affected the average scores of the 15 sixth-grade students in the study (Little et al.). This study demonstrated the benefits of teacher read-alouds, self-selected independent reading, and varied literacy activities. It also indicated a positive correlation between students in an after-school program who read books at their instructional level and weekly reading fluency gains.

21st Century Community Learning Center Initiative

Brown (2008) studied a 21st Century Community Learning Center Initiative (CCLC) after-school program over three years, following the progress of 20 at-risk students from second through fourth grade in rural Georgia. She discusses the many benefits of a structured after-school program, such as improved attendance rates, attitude, homework completion, social skills, and student aspirations (as cited in Brown, 2008). Brown used yearly Criterion-Referenced Competency Test (CRCT) reading scores to assess student progress. The students’ scores improved between second and third grade (+1.85 points), but decreased between third and fourth (-23.85 points) for an overall decrease of 22 points. Report card grades in reading also decreased 2.9 points between second and fourth grades. While this may, on the surface, seem discouraging, these students outperformed the average student at the school, whose CRCT scores decreased 34 points over this same period. With no control group, we cannot ascertain how these students compare to similar at-risk students who did not participate in the after-school program. Because program participants outperformed the average student, I believe the program was successful

for these students, and it demonstrates the benefits of out-of-school remediation for at-risk

primary students.

After-school Programs and NCLB

In 2003, the U.S. Congress, seeing a need for quality after-school programs to ensure that every child is successful, set aside $993.5 million for after-school programs as part of the NCLB Act (as cited in Brown, 2008; Davis-Allen, 2008). Recent literature shows mixed reviews of the effectiveness of these programs. One reason for this may be that many of the studies do not have a control group; thus, it becomes difficult to determine whether after-school programs are truly effective. Many students, despite enrollment in after-school programs, are still achieving below grade level, but without these programs, they may possibly have fallen even further behind. Because the students have made greater gains than the norm in most of these studies, I believe they demonstrate that extra remediation sessions, particularly those that target specific deficiencies in individual students and include one-on-one and small group remediation, are effective in achieving success for struggling students.

Conclusion

The review of existing literature has led to some important components I will include to remediate instruction to my struggling first-grade students. To ensure optimum attendance, I will first survey parents to find a before- or after-school time that will fit their weekly schedule. Through pre-assessment and teacher observations, instruction will be targeted to individual student needs. At the beginning of the year, we will work on phonemic awareness, phonics, and sight words to address deficiencies in student reading readiness. Future sessions will follow a consistent schedule, including word work in targeted areas, teacher read-alouds, independent reading, guided reading, and writing. Guided reading at student instructional levels will be conducted in small groups of four or fewer students. Time will be spent each session working one-on-one with students or having the students read one-on-one with me, in order to assess their individual needs. This one-on-one time will also be used to assess student progress through running records, AIMSweb® testing, and/or reading inventories. In order to incorporate these strategies, the biweekly sessions will be limited to four students with each period lasting 30 minutes. If necessary, a third weekly session may be added to meet the needs of these emerging readers. I will track their progress and make adjustments to the curriculum depending on

student progress.

Parent involvement is a major component in student learning outcomes, particularly in struggling students where an “extra boost makes all the difference in the world” (H. Byers, personal communication, July 14, 2008). To encourage their participation, I will use parent surveys and home reading logs to determine and track parent involvement in working with

their children.

Data Collection
Methodology

1. My reading aide will administer AIMS Web tests biweekly to assess student progress in fluency. This will serve as an objective assessment (quantitative data) of whether my intervention program is successful and will be one method of tracking student progress.

2. I will also assess using running records once or twice a month. Since I will administer these assessments myself, they will give me a good indication of what areas to target in our before-school sessions. I will use the results (quantitative data) to track student progress and adjust instruction.

3. During one-on-one and small group guided reading time, I will use a checklist (and take notes) to determine if students are able to read with expression. This will be a third indicator (quantitative and qualitative data) of reading progress to document in my study.

4. I will collect data on individual student reading comprehension using three methods:

4a. The weekly end-of-story tests (quantitative) will be an immediate indicator of whether students are able to read using recently-taught skills and comprehend what they are reading. The ability to write an answer the open-ended question at the end of the test will also be used to assess student progress (qualitative data).

4b. Once students develop basic reading skills, I will assess each student using a reading inventory – either the John’s Basic Reading Inventory (BRI) or a Qualitative Reading Inventory (QRI) to target areas that need remediation. This will be used on an as-needed basis, depending on student progress. It will also be used to track the success of the remediation program (quantitative and qualitative data).

4c. The third comprehension assessment will be in the form of unfamiliar reading passages, followed by a series of questions. These will most likely be introduced during the second half of the year, and will provide quantitative data to assess student comprehension by recording the number of correct answers.

5. I will also use several surveys to assess student and parent attitudes. These surveys will include closed- and open-ended questions and will be given at the beginning and end of the year to determine if participation in the program has changed student/parentattitudes, interest, and motivation to read.

6. I will use teacher observations (in the form of a Likert scale) to assess student attitudes, interest, and motivation in reading.

6. Another survey will be used to assess parent involvement in literacy activities with their children. By using pre- and post-survey data, I will discover if parent involvement is affected by student participation in my remediation program.

Call for Action

References

2007 School Report Card (2007). Retrieved July 7, 2008 from http://www.asd4.org/docs/srcards/Wesley.pdf.

AIMSweb® Website (n.d.). Retrieved July 16, 2008 from http://www.aimsweb.com.

Association for Supervision and Curriculum Development ASCD Website (n.d.)

Retrieved July 16, 2008 from http://www.ascd.org/portal/site/ascd/menuitem.3adeebc6736780dddeb3ffdb62108a0c/.

Brown, G. D. (2008). An analysis of an after-school program in a small, rural elementary school in Georgia. (Ph.D., Capella University, Minneapolis, MN). Retrieved July 5, 2008, from Dissertations & Theses: Full Text database. (Publication No. AAT 3297914).

Davis-Allen, Y. R. (2008). Impacts of an after-school program on student achievement for at-risk children. (D.Ed., Capella University, Minneapolis, MN). Retrieved July 7, 2008, from Dissertations & Theses: Full Text database. (Publication No. AAT 3289497).

Huncosky, K. (2004). Closing the achievement gap at Huegel Elementary School: What can

I do? Madison, WI: Huegel Elementary School.

Little, C. A., & Hines, A. H. (2006). Time to read: Advancing reading achievement after school. Journal of Advanced Academics, 18(1; 1), 8-33. (ERIC Document Reproduction Service No. EJ753969) Retrieved July 5, 2008, from ERIC database.

MacKenzie, K. K. (2001). Using literacy booster groups to maintain and extend Reading Recovery success in the primary grades. Reading Teacher, 55(3), 222.

Reading Recovery: Basic Facts (n.d.). Retrieved July 12, 2008, from http://www.readingrecovery.org/reading_recovery/facts/index.asp.

Saddler, B., & Staulters, M. (2008). Beyond tutoring: After-school literacy instruction. Intervention in School & Clinic, 43(4; 4), 203-209.

Student Testing on San Diego Unified School District Website (n.d.). Retrieved July 17, 2008, from http://www.sandi.net/indices/testscores.html.

Tompkins, G. E. (2003). Literacy for the 21st century. Upper Saddle River, NJ: Pearson Education.

Appendix A

Beginning of Year Parent Survey – Page 1

Appendix A

Beginning of Year Parent Survey – Page 2

Appendix B

End of Year Parent Survey

Appendix C

Beginning of Year Student Questionnaire

Appendix D

End of Year Student Questionnaire – Page 1

Appendix D

End of Year Student Questionnaire – Page 2

Appendix E

Checklist

Appendix F

Interview Protocol

1.Do you think a before- or after-school format is better suited for first grade remediation?

2.How do you think an after-school literacy and guided reading program might affect struggling first grade students?

3.How would you decide which students should be included in an after-school program?

4.How many first graders should be included? Should there be a limit?

5.What strategies would you recommend to help these students?

6. If is always helpful to have reinforcement at home. What methods can be used to encourage parents to read with their children?

7.How do you think parent involvement affects student outcomes?

8.How do you think student involvement in an after-school program would affect parent involvement in reading to their children?

9. How do you think technology can be used in remediation programs?

10.How effective do you think “reading buddies” are to help first graders improve reading skills?

11.How long do you think each session should last?

What do you think the optimal size of each guided reading group should be?
What literacy skills are lacking in second grade students at the beginning of the year?
How might the leveled books that will be available this fall be used in an after-school program?
Are there any leveled books available to be sent home with the students?
Very little literature exists on after-school programs for first graders. Why do you think that might be?

17.Are there any recommendations you might have for this program?

Appendix A

Triangulation Matrix

Research Questions

Data Source

1

2

3

1. How would two extra literacy/Guided Reading sessions a week affect reading fluency in struggling readers?

AIMSweb®

Pre- and Post-Tests

Running Records

(Ongoing)

Teacher Observations/

checklist

2. How would these sessions affect student reading comprehension?

End-of-Story Tests

Comprehension Passage Quizzes

Reading Inventory

3. What effect would this program have on student writing ability?

Writing

Portfolio

End-of-Story

Tests

Teacher Observations

4. What effect would this program have on student attitudes about reading and school in general?

Pre-Survey

Intervention Methodology in Education

Intervention methodology can be used in various educational streams. It can be used for mathematics, science or language study. One can find problem in learning new languages, mathematics, and science or in any other subjects. One can use Intervention methodology for teaching this stuff to one who cannot learn it easily. Teacher can apply this Intervention Methodology via various styles (Anon., n.d.). It can be applied by teacher via teacher directed interventions, scaffolded interventions, responsive interventions or by a combination of teacher directed interventions, scaffolded interventions and responsive interventions. Teacher directed interventions are those where teacher gives a title, problem to students, helps in constructing way to achieve goal, and gives a response to students directly. Responsive interventions are those where interventions are done upon requirement of students. In this type teacher helps the students to make strategies, gives solution of students questions via questioning only. In this style of intervention students makes their own plan and strategy to achieve goal. Students use reference texts or create analogies to learn topic. It is a responsive invention. If the communication between student and teacher gives a scaffolded response, invention method becomes scaffolded and responsive. Responsive intervention approach is an alternative approach to common other approaches. This approach can give better outcomes if tried logically. Teacher can collect interventions that help students to study deeply, can help students to fulfill their learning needs and also help students to give good performance. Students who learn via basic style where teacher teaches them directly are less skilled than who learns via responsive interventions. Responsive interventions (Anon., n.d.) helps the students to learn self planning, can help students to make subject more interesting. For responsive intervention, one cannot plan that how will he / she teach. One cannot use what him or her plan. One can use trigger to try intervention differently where he or she needed to give particular case and needs to try to get response for that scenario. Here one needs to be contiguous. How to plan for contingency? One can teach students in more interesting way than another one just via using perfect timing of what to ask? For a different one can use scaffolded interventions too. Use of both responsive intervention and scaffolded interventions. Interventions are also depends on some other criteria too like student’s age and their pre-knowledge on topic and all. What is student’s average age? Some methods can be applicable for younger and some can applicable for older one only. For example, A primary school’s student needs to be questioning differently than of student of higher secondary school.

For deployment of intervention methods one need to set particular environment (Anon., n.d.). What includes in arranging the environment? It includes structural facilities like good classroom. Good physical environment to provide comfort to students. This environmental change helps student to relate with situation. Social environment (Anon., n.d.) also needs to set according to students. One can also use funny comments or joke to make environment light and can start or continue communication effectively. Playing activities also can be used by teachers to make study more lubricate and interesting. One can sing songs to make atmosphere light. Teacher is supposed use predictable routine and daily routine activities. For responsive intervention one need to follow students’ lead. Student’s lead means in what student is interested, what he / she loves to do or on what topic he loves to talk. What is the need of following these leads? By following this, one can know where student is interested and via this one can respond to student easily. Student’s attention is a big thing in responsive intervention. Students are getting more interested in conversation when teacher follows their lead. One can use labeling and commenting for better outcomes. For commenting, first teacher is supposed to give specification and a particular label to each activity of student and then supposed to comment on that. The benefit of commenting is that student came to know that how well he / she performed. Student will give more responsive if teacher uses commenting and labeling technique. For building student’s vocabulary via responsive intervention technique one can use imitating and expanding methods. Imitating and Expanding is a technique where teacher asks students to imitate his /he words or teacher imitates student’s words. It will help students to pronounce words more clearly and will also help students to understanding the pronunciations of words. One can use open- ended questions to students. Open ended questions are like, “Who are you?”, “Where are you?”, “What are you doing?”, “How are you doing?”, “What is this?”, “Where it is?” and all. Students can give answers of these questions via one or two words too. So, it helps them to start communicating in new language. Teachers are also supposed to motivate students via praising their work, giving those rewards and via positive attitude. Positive attitude and motivation makes student feel more comfortable. Like if teacher poke student on back or praise his/ her work. So, student will pay more attention than before. One can motivate students via providing choices. Provide more than one activity to students. So that they can choose their favorite one and can enjoy it. Providing choices will encourage students to learn new things and to do communication continuously. It will help students to prefer topic, thing on which he / she wants to communicate. How to provide choices? To provide choices one can use rotation methods. He / she can rotate activities / things within classroom so that with help of less resort he / she can create more choices. One can make gap of few minutes within routine tasks. It will allow students to communicate. Give them playful tasks to do in between. Give them group activities.

One can uses these steps like “Instructional Match (Anon., n.d.), Scaffolding Step-by-Step Strategies, Modeling & Demonstration, and Performance Feedback, Opportunities to Drill & Practice to Strengthen Fragile Skills, Student ‘Talk-Through’ Activities, Periodic Review, and Progress Monitoring. Here instructional match is used to verify whether teachers are working at their best level and provide students more confidence and provide them success. Scaffolding is necessary for students to help in learning new things and become more advanced in that particular area. One can use many things to achieve it like giving fewer tasks to students. So that they can concentrate on that particular task / those particular tasks and masters in that task / s. One can divide students in groups so that they can share their knowledge and complete assignments. Step by step strategy: One can use / make strategies step by step for complex task so that task can be done simply and easily.

Modeling: Demonstrations and models can help students to learn things easily. It helps students to understand and implement content easily and correctly.

Performance review: Performance review is necessary after above tasks as performance review is only measurable thing where one can know who progressed how much?

After getting new skills and after sharpening that skills student can work independently and try new things. He / She can try these new skills and can strengthen them via applying it and by practicing those new skills. He / She (student) can practice hard on those things where he / she is interested and become expert of that and meanwhile enjoys that too.

Talk Through activities: After successfully completing learning task and sharpen those things by practicing teacher supposed to set up activities for students. Where teacher can ask students to do various talk through activities.

Periodic review: After students excelled in particular things, particular skill teacher is supposed to put learning process on next level, where he / she (student) can masters it. Meanwhile teacher is supposed to review his / her progress. So that teacher can know that whether he / she is going in right direction or not?

For teaching new language one can also use direct responsive intervention method. In this intervention method teacher is supposed to communicate / talk with students in new language only which they are supposed to learn. Via communicating formal things one can teach basic sentence to students in beginning. Like students were not aware of Italian Language. Students knows the name of the teacher. So, teacher can ask questions like my name is this, (Anon., n.d.)What is yours? “Il mio nome e This. Che cosa e il vostro? (Anon., n.d.) “. Here students cannot understand all these sentence but knows This is teacher’s name. So they assume that he / she was trying to tell his / her name. In addition to this students can also understand that the tone of last sentence was like of question. So they guess that teacher were trying to ask his / her name. So they (students) can answer like My name is Ray (Il mio nome e Ray). One can also tell that Good morning in very beginning of class like “buongiorno” . Here students don’t know the meaning of it but can surely assume that he / she gave morning wish or good wish. And can respond via imitating it. One can ask students “How are you? Via telling them “come stai?”. Here students won’t understand what teacher is trying to ask but then teacher can answer himself / herself “Io sto bene”. Students can understand little here or if they don’t. Teacher can use physical signs to teach them like pointing his / her hand toward black board and can say, “Si tratta di una lavagna”, (It is a blackboard). Here too students will not understand. But then teacher can try to point his / her finger on window and can say, “E una finestra” (it is a window), can point finger on door and can say, “E una porta” (it is a door). Here students can understand “E una” means nothing but It is. Teacher can try few new simple sentences later on. Like How are you doing?, How are you? , What are you doing? What am I doing, What we are doing?, What she is doing?, What principal is doing? In Italian language. “Come stai?, Come stai? , Che cosa stai facendo? Che cosa sto facendo, che cosa stiamo facendo?, Che cosa sta facendo?, Che cosa principale sta facendo?” . Here students can understand few basic words and able to respond them. Teacher can tell “bye bye , have agood day, see you” (bye bye avere una buona giornata) at the end of class.It is very interesting and quick learning technique. Here one who is teaches and one who is learning both can enjoy. Both can communicate with each other freely and both can feel comfortable after little time. Prospects of using this method is, it is quick, easy to implement and comfortable technique. In additon to this it technique can help the students to memorize words, sentences for long time, can help student in building vocabulary easily.The only disadvantage of this method is, in the starting phase students may get confused. Students may feel boarded or confused in early days as they don’t know much what was going. But a good teacher can overcome this problem via applying proper timing and gestures. So teachers and students all can enjoy study. Proper use of gestures and physical movement plays major part in success of this type of reference interventions. Teacher who use proper timing and gestures can use reference intervention more efficiently than who cannot use it. One can make subject more lucid and interesting with help of reference method. But if teacher don’t use it efficiently may be this reference intervention methodology won’t work as it supposed to be. It is not methodology’s failure but it is failure of particular teacher (Anon., n.d.). One can use Intervention methodology for language and other type of teaching too. For language teaching responsive intervention methodology and scaffolded interventions are mainly used due to their above described features and prospects. One can use both responsive intervention methodology and scaffolded intervention methodology at once. Means one can use a combination of both intervention methodologies responsive and scaffolded.

References:

Works Cited

Anon., n.d. [Online] Available at: http://interventionmethodology.com/types-of-intervention/.

Anon., n.d. [Online] Available at: http://www.interventioncentral.org/academic-interventions/general-academic/teacher-strategies-promote-learning.

Anon., n.d. [Online] Available at: http://nzcurriculum.tki.org.nz/System-of-support-incl.-PLD/Learner-initiated-supports/Language-and-learning-intervention.

Anon., n.d. [Online] Available at: https://translate.google.co.in/?hl=en&tab=wT#gu/hi/.

Anon., n.d. [Online] Available at: http://www.asha.org/slp/schools/prof-consult/RtoI/.

Anon., n.d. [Online] Available at: http://work.chron.com/responsibilities-intervention-teacher-7660.html.

Anon., n.d. [Online] Available at: http://www.ncbi.nlm.nih.gov/pubmed/16209031.

Anon., n.d. [Online] Available at: https://www.apa.org/education/k12/classroom-mgmt.aspx.

Interactive Whiteboards: Advantages and Disadvantages Study

Having personally conducted surveys whilst studying at University in England and Australia, I found at times it was frustrating, time consuming and the strike rate less than 5%.

At other times it was very rewarding with the strike rate at a healthy 30%.

Firstly the paper will take a look at four different papers and what pro and cons they gathered on IWBs

Secondly the paper will contain a model for conducting a large scale research survey.

It will contain:

The initial phase to implement the survey
The methodology used to collect data
The questions used in the survey
Analysis of the data
Justification

The research is very important for teachers as it let them know if the IWB improves the pedagogy in teaching and learning. It will also help the teachers understand their weaknesses and strengths using new technology in the teaching and learning environment. They will then be able to plan their lessons so the students are able to get a full understanding of the IWB as a teaching tool and not a plaything.

The teachers may find they have to teach basic computer skills to the students, such as:

Terminology (literacy)
How to turn their computers on
How to log in and out
Software use
How to access the internet
Key board skills

The teachers may say that they do not have time to teach a separate subject as it will encroach on the lessons they are teaching.

Without recognising the weaknesses of the students, in using the IWB, the students may miss out on valuable opportunities that are fundamental in their pedagogy growth

Quotes

According to Sudgen that something, “as bland as a projected image could be used interactively in this way” (Sudgen 2002). The difficulties he experienced with the IWB showed that there were logging on problems by the students and if the IWB was knocked it had to be re-calibrated (Sudgen 2002)

Other problems encountered were light shinning on the IWB caused shadows making it difficult to see the images, the key board only shows lower case letters, making it hard for some students to recognise letters and problems caused by the students resting their hand on the IWB whilst writing (Sudgen 2002)

Even with the difficulties Sudgen encountered during the lesson, he found the students worked with each other on how to find the correct word and its’ spelling using the IWB (Sudgen 2002). He also found by the end of the lesson the students had gained confidence in using the IWB even if they put in the wrong answer, they all supported each other by offering alternative answers (Sudgen 2002)

Research by Dorothy Walker at the Royal Docks Community School in 2003 found some surprising results IWBs’ had on the pedagogy of the students and how it improved the time teachers spent actually teaching.

With the help of the deputy head, Tom Smith, Walker found that the teachers where getting 20 – 25 per cent more time teaching (Walker 2003)

The school was that impressed with the value of the IWB; they have 54, which are housed in a purpose built building (Walker 2003)

Smith has asked to be benched marked against other schools, but as yet Ofsted “can’t find anyone like us” (Walker 2003)

The Docklands school has 1,200 who speak over 48 languages, this made Smith search for innovative technologies to help the students, whose special needs exceeded 10 times the national average.

When Smith first saw the IWB he knew it would help with literacy, as many of the students are visual learners (Walker 2003)

The students are enthusiastic in helping new teachers use the IWB as well, (the teachers) receive extensive in house training (Walker 2003)

The students use the IWB to interact with each other’s ideas by sharing their work, with over 600 PCs in the school the students can access the IWB to evaluate what they have be presented with in the previous lessons as well as being able to download their homework.

Hull University together with Promethean (the maker of IWBs) and with funding from NESTA carried out research in August 2002, to find out how effective IWBs are in delivering excellence in the teaching and learning environment (Hull University 2002)

The aim of the project over two years, focused on 200 classroom observations in schools and colleges.

During the observations the researches noted the strengths and weaknesses of the teachers using IWBs in teaching and learning.

The data collected helped them develop digital resources used for research in the learning environment.

The researchers found that teachers have to consider that IWBs can be beneficial for teaching if they make sure the students can see the fonts from all areas of the classroom, they can all hear the IWB and that light entering the room may make the IWB hard to read.

They found that teaches could use wireless technology so they don’t have to go back to their computer, also the teachers could use the IWBs technology to save time by saving the WEB sites accessed on the hard drive (Hull University 2002)

Using an interactive whiteboard (IWB)

The research taken out relied on a single researcher observing lessons using an interactive white board and conducting interviews with teachers

The primary school was purposely built for teachers to use ICT and how it would enhance pedagogy in learning and teaching (Beauchamp 2004)

Over the period of two years the teachers where trained on how to use ICT, giving them differing levels of confidence. When they started in the new school the IWB was new to them.

The researcher divided the data collection into four stages:

Data collection
Validation
Interpretation
Action (Beauchamp 2004)

The researcher had the consent of the teachers and management to observe seven teachers using the IWB over a two day period (Beauchamp 2004)

During the lesson the researcher took contemporaneous notes and after the lesson the researcher had an unstructured interview with the teacher on any issues they had using ICT and the IWB

During the initial stages the teachers where given plenty of notice by the researcher what lessons would be observed

The researchers noted the amount of skills the teachers had in using ICT, and teachers’ pedagogic practices in using ICT.

It was noted that there was a range of skills and competencies in using ICT.

The researcher categorised the skills and competencies of each teacher by:

Black / white board substitute
Apprentice user
Initiate user
Advanced user
Synergistic user (Beauchamp 2004)
Validation

After the initial phase of the observation the researcher was able to table the characteristics of the teacher and how they progressed.

The second stage of observation carried out a year later allowed the teachers’ time to develop their skills and pedagogy in using ICT

During the second stage of the research, the focus of the observations matched the skills on the framework developed from the data collected from the initial stage.

The interviews conducted with the teachers were taped in order to validate and ground the findings (Beauchamp 2004)

During the second stage interviews the teachers were given the frameworks developed from the first stage. Unlike the initial interviews, the framework provided a structure to the questions asked by the researcher

The research did not take into account the years of experience and age of the teachers, as its’ aim was to get an overall representation of all primary school teachers.

This eliminated any variables to ensure a model was developed which represented all teachers (Beauchamp 2004)

Interpretation and Action

A qualitative analysis was used to analyse the data collected by the researcher. The data collected identified common features as well key differences in areas of cognitive and pedagogical development of how teachers used ICT and IWB

The variables noted were:

Operating system use
Mechanical skills
Program variables
Classroom management and pedagogy (Beauchamp 2004)

The researcher noted on occasions there where advancements predominantly in the pedagogical and mechanical skills of the teachers.

Difficulties

The research conducted in the primary school looked at how the teachers used and implemented ICT and IWB in the learning and teaching environment.

The research was conducted over two days observing and interviewing the teachers in two stages, with a gap of one year between each stage.

The length of time between each stage may of led to a belief by the teachers that they had plenty of time to improve their skills. The evidence presented by the researcher does not suggest the skills where improved in leaps and abounds over the year.

Seven teachers took part in the research; all had prior knowledge of which lessons would be observed. The small number of teachers used in the research would make it very difficult and probably bias to come to a general consensus.

The interviews in stage one were unstructured, whereas in stage two they were taped and structured. The problems of having an unstructured interview would of made the analysis of the data unreliable and complex in being able to validate the findings.

Stage Two

The initial phase to implement the survey

I would look at getting backing from the Education Department to conduct the survey. This would give the survey credibility and help to get participation from the schools’ management and teachers.

The letter to the Department of Education will contain this preamble:

Problem Definition i.e. The use of the Interactive White Board (IWB) in the teaching and learning environment and how it improves pedagogy.

With the event of new technologies used in the classroom there is a need for the system to be investigated. Increasing the knowledge of teachers in the use of IWB will give them knowledge of its’ potential as a tool in the pedagogy process.

If teachers feel more comfortable using the IWB it will benefit them in lesson planning, understanding the needs of their students and how to combat any difficulties their students may have.

The IWB is expensive, but it is here to stay, with the emphasis on using Information Communication Technologies (ICT) in the 21st century classroom.

If a teacher feels incompetent in using the IWB they may not use it in primary schools. This could disadvantage the students when they go to higher education.

The aim is to ask primary schools to participate in a wide scale research project.

Data will be collected by way of:

An online questionnaire
Interviews
Observations

The survey will not contain any personal information on teachers or students.

Note: The preamble would be written as a letter

The letter will include the questionnaire and any other relevant material that will support the proposal.

Bu way of a bulletin, primary schools will be asked to participate in a large scale research project. The rational of which is to improve the use of new technologies in teaching and learning.

The schools will be told that the survey will be online and conducted by way of observation and interviews.

They will be able to pick which ones they would be happy to participate in.

The schools will be asked to register at an encrypted WEB site.

After registration the schools that register will be given a registration number.

The schools will be required to provide:

Size and type of school i.e. private, public, special ed etc
Subjects taught using IWB
The range of teachers experience
Location; city suburban, country

The schools will be then asked to fill in the online questionnaire (below)

The survey:

After collecting the online survey an analysing by way by way of graphs the second phase of the survey will come into place.

This will entail a suitably qualified person going to schools and conducting the observations and interviews e.g. retired teacher

The observation and interview will be conducted with an arrangement between the teacher and data collector.

The observer will note:

The subject being taught.
The grade being taught.
What the IWB was used for e.g. Internet, research etc.
Length of time the teacher used the IWB.
Whether it improved pedagogy or complemented it.
The competency of the teacher.

During the interview, the observer will ask the teacher:

How the IWB complimented their pedagogy.
Had they had training on the use of the IWB
How long had they been using the IWB
Would they like more training
Any issues they have with the IWB
Any improvements

The interviews should take no longer then five minutes with a tick box sheet and a small comment section.

The data collector will then log into the WEB site and upload all the data

Conclusion

Without large scale research it is very easy to generalise and come to conclusions that the researcher wants.

As we found at Docklands, Smith could not get a benchmark that would help him assess the effectiveness of using the IWB

Other researchers collected data from a small group, compared to the amount of schools, yet they tried to generalise their finding to the overall schools populace.

It seems that IWBs are going to be the future of teaching, therefore the Education Departments and Governments need to make certain data collected on the benefits of IWBs needs to quantitive and qualitive, without which could lead to problems in literacy and pedagogy that will impact on teachers and students alike.

Bibliography
Internet

Druin A, et al, http://www.blackwell-synergy.com/, Sydney Australia, 13 May 2006

Beauchamp Gary, http://www.tandf.co.uk/journals/titles/, Sydney Australia, 15th May 2006

Hull University et.al, http://www.thereviewproject.org/about.htm,Sydney Australia, 27th May 2006

Roschelle J, http://www.blackwell-synergy.com/, Sydney Australia 13 May 2006

Sudgen D, http://ferl.becta.org.uk/ , Sydney Australia, 27th May 2006

Walker D, http://www.tes.co.uk/, Sydney Australia, 27th May 2006

The complete addresses

http://www.blackwell-synergy.com/doi/pdf/10.1046/j.0266-4909.2003.00028.x

http://www.tandf.co.uk/journals/titles/1475939x.asp

http://ferl.becta.org.uk/display.cfm?resID=2640

http://www.tes.co.uk/section/story/?section=Archive&sub_section=Online+Education&story_id=373324&Type=0

http://www.thereviewproject.org/about.htm

Bibliography
Internet

Druin A, et al, http://www.blackwell-synergy.com/, Sydney Australia 13 May 2006

Beauchamp Gary, http://www.tandf.co.uk/journals/titles/, Sydney Australia 15th May 2006

Roschelle J, http://www.blackwell-synergy.com/, Sydney Australia 13 May 2006

The complete addresses

http://www.blackwell-synergy.com/doi/pdf/10.1046/j.0266-4909.2003.00028.x

http://www.tandf.co.uk/journals/titles/1475939x.asp

Interactive Whiteboard: Benefits in the Classroom

Introduction

The issues surrounding the use of interactive whiteboards (IWB) and creativity forms the focus of this essay. This area provides an opportunity to look at the interaction between new technologies and classroom reality in the Primary school setting, both in theory and practice. The essay starts with a brief overview of interactive whiteboards within the classroom setting before looking more closely at encouraging creativity both in teaching and learning.

Teachernet (online) credits interactive whiteboards with the benefits of:

Improving understanding of new concepts
Increasing pupil motivation and involvement
Improving planning, pace and flow of lessons
Teachernet online, Interactive Whiteboards

As Cogill (2003, p. 52) points out in her research report for Bects/DfES on IWBs in primary schools, the uniqueness of IWBs lies in its design to be used by teachers for teaching at whole class level. Yet in order to achieve the goals quoted above it is clear that certain other systems need to be put in place, especially professional development and teacher training. For example, as Barber et al. (2007) point out, it is vitally important for teachers to be confident and familiar with IWBs in order to use them to best effect. They also need to have a solid understanding of how to work with, and inspire, creativity and why (e.g. see Loveless 2002). To this end, and in agreement with official policy, there has been an upsurge in texts designed to help teachers work with IWBs. For example, Cooper et al. (2006) give a pragmatic description of how one can use IWBs within all teaching areas, from Maths to Reading. Craft (2000) also argues for the potential to use new technology with creativity rather than following the view expressed by some teachers that ‘…computers, far from stimulating or fostering creativity, both represent and do the exact opposite of this’ (Craft 200, p. 88). In creating space to use technology creatively it would seem that the first stage is to support their classroom use through training teachers both at pre-service level and through ongoing professional development.

However, there is room for debate as to the depth of learning some of these formats inspire, seeming as occasionally do to seek to add entertainment rather than enrichment to learning. Whilst the funding made available through official initiatives, such as the National Grid for Learning (DfES 2003: DfES 2001) has encouraged schools to invest in new technologies, there is a need for systemic support to get the best out of it. For example Machin et al. found correlations between schools success with ICT and a ‘fertile background for making use of it’ (2006 p. 12). More pragmatically, Yelland (2007, p. 163) is one who warns that ‘not all software is positive for learning outcomes’ but then goes on to argue, in common with Machin et al. that it is the pedagogies generated by these new technologies that can create issues. Likewise Sutherland et al. (2004) warn that embedded use of ICT in the classroom can affect how knowledge is constructed. It is bearing this in mind that the following essay seeks to differentiate between, and concentrate on, creativity and not on the range of pedagogies that fall between poor practice and what has been referred to as edutainment.

It seems clear that IWBs can provide a fantastic support, especially for visual learners, and posses the potential to be used to support and encourage highly creative interactive and educational learning environments through a wide range of curriculum areas. The ability for both students and teachers to manipulate visual materials (e.g. numbers, words, pitures etc) via the IWB and interact with the information displayed has been credited with:

…increased pupil engagement, motivation and enjoyment, all potentially leading to improvements in pupil attainments

Jones & Vincent 2006, p. 2

However, research shows there is still considerable unfulfilled potential with the creative use of IWBs (Jones & Vincent 2006: Smith et al. 2005). Creativity in itself has been viewed as essential for the progress of society (Cropley 2001, p. 133) and the next section of this essay looks more closely at how IWBs can be used in a variety of creative contexts starting theory and exemplifying with practice.

Learning, or cognitive, styles are traditionally divided into visual, aural and kinesthetic and, in common with Gardner’s (1983) Theory of Multiple Intelligences, recognize what Craft (2000, p. 10) called a pluralist approach. This means catering for the various ways in which individual’s best absorb information and make meaning of it which in turn affects levels of student motivation. From the teaching perspective, creative planning is a means of overcoming individual barriers to learning and requires presenting information in a number of different ways. Cropley (2000, p. 148) saw this application of variety as encouraging creativity in students. IWBs ability to operate as a computer means that audio and video tracks, live websites and multimedia applications can be used to appeal to a range of students learning styles. Ideally, this engages their attention, thereby impacting on their motivation and encouraging creative thinking.

IWBs provide an opportunity to link or encourage student interests in a very visual and interactive way. The following takes an aspect of geography as an example of the ways that IWBs can enhance and allow creativity of teaching methods. When teaching the water cycle, the IWB can be linked to any number of live weather cams and channels both in the locality and internationally and show real time weather. Diagrammatic representations of the water cycle can involve the students moving the pictures or labels into the right order using the IWBs touch sensitive capability. Graphic representations of rainfall data or ‘what if’ questions connected with changes in rainfall can all be presented on the IWB. The IWB allows questions to be investigated and extra dimensions to be added, such as a 3 dimensional view of a rain drop or the response to a question regarding the different forms of water – solid (e.g. show ice cubes to glaciers), gas (e.g. show animated kettle boiling or a steam train running) or liquid (show rivers, seas etc). Notes can be added as the subject is discussed and saved for review the next time.

It has been commented that, even as early as Key Stage 1, science can be taught in too theoretical a manner (Charlesworth 2008). Yet in the Ofsted Success in Science report (2008), from which this information apparently derived, the use of an IWB is described as an effective component in a science lesson demonstrating how light works. The teaching strategies included whole class to small group work, role plays and investigative questioning with the IWB used make notes of the students ideas and ‘aid learning’ (Ofsted 2008, Sec. 18, p. 16). Although how the IWB was used to aid learning was not actually described, the suggestion is that it was a valued means of contributing to lesson management, flow and effectiveness.

Likewise in maths, the IWB can be used to easily display mathematical representations, be they numeric or conceptual, such as numbers or blocks on a clearly visible scale to the whole class. IWBs provide an excellent support to lesson modeling. This issue of visibility is clearly important and to be able to demonstrate things such as small blocks or coins to a whole class so all can see has been mentioned frequently, such as one of the teachers in Cogill’s research into IWB use in primary schools (2002, p. 25). The DfES has produced – and continues to do so – Interactive Teaching Programs (ITPs) within the Primary National Strategy. For numeracy, these provide curriculum linked interactive programs designed to contribute, not take over, the lesson. Other methods include those demonstrated by Cooper et al.(2006) who show simple ways to add to the dynamics of the lesson, for example using games with clipart to play number line football on the IWB and so on. The important point is that the IWB works in combination with other teaching strategies, not at the expense of, or to the exclusion of, a balanced well-rounded teaching approach.

Equally, the IWB is available to literacy and has an increasing array of supporting software (e.g. DfES ITPs). Cooper et al. (2006) exemplify the IWBs ability to provide students with focus through managing the amount of text visible and the method of presentation – font size and type, highlighted, shaded, hidden, revealed, coloured etc. This adds a dimension to focusing on text formats, from punctuation to spelling and can be very useful in identifying difference for students and helping the retention of information. At the same time, the IWB allows for connection to external media, for PowerPoint’s, video and audio clips, all of which add a dimension to the intended learning if used carefully.

IWBs can also be used to create an inclusive environment for students with special needs. As with the font, size and colour changes mentioned above, for students who may have issues with eyesight or problems interpreting words, IWBs can be used to add a dimension of size and impact. For students who find it hard to concentrate, the use of interactive, highly visible materials within their range of interest can easily be projected through IWBs, for example using cars as counters or horses as cursors. The ability to use the IWB to gather notes may also enhance assessment opportunities for the teacher and the savable nature of IWB notes means these are accessible when required in an easily usable format. All these elements not only add to the pace of the lesson and appear to add to the pace of the learning, they also add to the teachers resource bank both for teaching and evaluating progress.

In essence, it is perhaps in the area of ongoing professional development that the creative use of new technologies, such as IWBs, needs to focus. When the teacher is motivated and confident, then that comes through in the teaching tools. Indeed the research looked at for this essay has generally agreed with Wood and Ashfield (2008) that new technologies such as IWBs can provide excellent formats for creating and inspiring creative teaching and learning, yet these depend on the teacher’s knowledge and ability to use the technology to achieve this. Becta supports this in its assessment of research and comes to the conclusion that:

In some subjects, the more experience the teacher has of using the interactive whiteboard the greater the likelihood of positive attainment gains for pupils

Becta 2007, online

Cropley (2001) argued that creativity is dependent on a wide range of factors, from cognition to personality, and this has to be considered within the context of the whole classroom environment. IWBs provide teachers with another means of teaching creatively through presentation in altered formats, especially when it comes to communicating with the class as a whole. However it is not alone in encouraging the creative skills of divergent (broad concept connections) and convergent thinking (focused concept connections) or in developing meta-cognitive thinking and accommodation, rather than assimilation, of information.

In conclusion, IWBs have the potential to be used extremely creatively for both teachers and students. However, as with many new technologies, their use needs to be supported both by school policy and professional development. As it is likely that these technologies will continue to develop considerably during the near future, it is not enough to teach the usage of specific technologies and think that is where it ends. Perhaps an ongoing mentoring program or collaborative approach to planning with a high IT content may help compliment continued professional development. The same criteria apply to pre-service teacher training whereby familiarity with current IT needs to be support by an ongoing ability to develop IT capacity. From the students’ perspective, well planned and imaginatively used IWBs provide a stimulating, engaging and motivating means of learning. It is clearly just as important to use this interface as a part of a holistic, well rounded curriculum as well as an area in itself and not enough to assume familiarity with contemporary technology without teaching it.

References

Audain, J., David, A., Flute, M., Fielder, S. & Cogill, J (2006) You can use an interactive whiteboard for ages 7-11, Scholastic

Barber, D., Cooper, L. & Meeson, G (2007) Learning and Teaching with Interactive Whiteboards : Primary and Early Years, Learning Matters

Becta (2007) ‘Becta response to the evaluation of the Primary Schools Whiteboard Expansion project, accessed 11th January 2009, http://www.becta.org.uk

Becta (2004) ‘Getting the most from your Interactive Whiteboard: A guide for Primary Schools, accessed 10th January 2009, http://publications.teachernet.gov.uk/eOrderingDownload/15090.pdf

Charlseworth, (2008) ‘Science teaching ‘too theoretical’, online article accessed 12th January 2009, http://www.vnunet.com/vnunet/news/2219313/science-teaching-theoretical-ofsted

Cogill, J (2003) ‘The use of interactive whiteboards in the primary school: effects on pedagogy’, in ICT Research Bursaries: A Compendium of Research Reports, ICT in Schools Research and Evaluation Series – No, 16, Norwich: HMSO, available online at http://publications.teachernet.gov.uk/eOrderingDownload/DfES-0791-2003.pdf#page=54

Cooper, A., J., Botham, K. & Cromie, H (2006) You can use an interactive whiteboard for ages 4-7, Scholastic

Craft, A (2000) Creativity across the primary curriculum: framing and developing practice, London: Routledge

Cropley, A. J. (2001) Creativity in education & learning: a guide for teachers and educators, Kogan Page

DfES (no date) Interactive Teaching Programs (ITPs), accessed 12th January 2009, http://www.standards.dfes.gov.uk/primary/frameworks/library/Mathematics.ICTResources/itps/

DfES (2003) Fulfilling the Potential: Transforming Teaching and Learning through ICT in Schools, Norwich: HMSO

DfES (2001) Survey of ICT in Schools 2001, Norwich: HMSO

Gardner, H (1983) Frames of Mind: The theory of multiple intelligences, Basic Books: New York

Jones, A. & Vincent, J (2006) ‘Introducing interactive whiteboards into school practice: one school’s model of teachers mentoring colleagues’ online article accessed 12th January 2009, http://www.aare.edu.au/06pap/jon06333.pdf

Loveless, A (2002) ‘Literature Review in Creativity, New Technologies and Learning’ Report 4, Futurelab Series, Bristol: Futurelab, available online at http://www.futurelab.org.uk/resources/documents/lit_reviews/Creativity_Reveiw.pdf

Machin, S., McNally, S. & Silva, O (2006) ‘Summary of articles: New technology in schools: is there a payoff? Discussion Paper No 55’, Centre for the Economics of Education at CEP, accessed 12th January 2009, http://cep.lse.ac.uk/pubs.download.CP199.pdf

Ofsted (2008) Success in Science, Ref. No.070195, accessed 12th January 2009, www.ofsted.gov.uk

Smith, H J., Higgins, S., Wall, K. & Miller, J (2005) ‘Interactive whiteboards: boon or bandwagon? A critical review of the literature’ in Journal of Computer Assisted Learning, Vol. 21, pp. 21-101

Sutherland, R., Armstrong, V., Varnes, S., Brawn, R., Breeze, N., Gall, M., Matthewman, S., Olivero, F., Taylor, A., Triggs, P., Wishart, J. & John, P (2004) ‘Transforming teaching and learning: embedding ICT into everyday classroom practices’ in Journal of computer Assisted Learning, Vol. 20 (6), pp. 413-425

Teachernet (online) ‘Interactive Whiteboards’, accessed 10th January 2009, http://www.teachernet.gov.uk/wholeschool/ictis/infrastructure/iwb

Wood, R. & Ashfield, J (2008) ‘The use of the interactive whiteboard for creative teaching and learning in literacy and mathematics: a case study’ in British Journal of Educational Technology, Vol. 39 (1), Jan, pp. 84-96

Yelland, N (2007) Shift to the Future, Abingdon: Routledge

Integrating ICT in Teaching and Learning Mathematics

Investigate and discuss the use of ICT in teaching and learning Mathematics. Explore the use of MAPLE.

Illustrate and discuss:

1) Competence with the main features of a range of ICT:

ICT in teaching and learning mathematics is a requirement of the National curriculum and computer simulations can now place mathematics in a real life context. [1]There are a number of superior computer-based environments available to support this process. Some of these include dynamic geometry environments, graph-plotting packages, statistics and data holding packages and computer- algebra packages.

Graphing calculators can be used to teach the beginning of Algebra. Similarly pocket calculators are convenient and quick to access as well as being relatively inexpensive today and is a useful mathematical tool.

With the graphing calculator it is possible to determine that ‘every classroom could be turned into a computer lab and every student could own his or her own inexpensive personal computer with built-in mathematics software’ [2]

The researchers Arnold and Aus identified three generations of graphing calculators: scientific calculators with large viewing windows, e.g. The T1-82, those which were more versatile with a range of mathematical functions like the Casio – 98JOG and those with CAS and dynamic geometry like the TI-92. Several discussions can be had around the implementation of calculators in mathematics teaching and learning and the subject continues to spark debate. Although the resolution of a hand held calculator is not comparable with that of a computer screen there is no need to alter the setting of the classroom or have to gain access to a number of computers to use it for learning. With regard to computational skills and mental arithmetic again calculators come up for criticism although there is a definite argument to be had that suggests calculators do not compromise the application of basic mathematical skills, as long as those skills are developed first in a conventional environment using pen and paper based calculations. [3]

ICT can assist with turning algebraic symbols into graphical representations and vice versa. Using spreadsheets for algebra can encourage the use of letters to be interpreted as symbols and spreadsheet symbols can be used to solve mathematical problems[4]. Spreadsheets can be utilized to introduce students to a range of mathematical ideas and as a more generic mathematical tool. Recent research also provides evidence that young people are beginning to use spreadsheets on their own home computers. [5]Dynamic geometry can be used to teach transformation geometry as it can for establishing properties of circles, functions and graphs.

Secondary level curriculum mathematics skills and the application of IT can be linked intrinsically by way of some of the following examples.

The pupils ability to develop skills of mathematical modeling through the exploration, interpretation and explanation of data can be enhanced by using the appropriate graphical representations for displaying information from a data-set, by experimenting with forms of equations in producing graphs which are good fits for data plots and using motion sensors to produce distance-time graphs.

Software can be applied in the context of learning about shapes, space and links with Algebra which automates geometric constructions, carries out specific geometric transformations and performs operations on co-ordinates or is able to draw loci.

Finally by entering a formula in algebraic notation to generate values and match a given set of numbers, this can support the Secondary level skill to explore, describe and explain patterns and relationships in sequences and tables of numbers. [6]

There are many reasons why mathematics teachers are reluctant to integrate ICT into teaching in the classroom. Many of the computer-based environments are complicated and teachers need to learn themselves how to use these tools effectively for doing mathematics. Although newly qualifying teachers have to pass a basic ICT test as part of their training, it is still difficult for teachers to know where to start, particularly some of the older generation of mathematics teachers. In the practical sense access to computers is not always possible for the benefit of every child being able to learn at the same time and sub-groups and individuals may have to be established in order to take it in turns to use a single computer in the classroom which can be time consuming and logistically difficult.

However computers and calculators can be considered to provide six major opportunities for students learning mathematics:

Learning from feedback – the computer can provide fast and reliable feedback which is non-judgmental and impartial. This can build students confidence and help them construct their own ideas.
Observing patterns – The speed of computers and calculators enables students to provide many examples when exploring mathematical problems.
Seeing connections – The computer enables formulae, tables and numbers and graphs to be linked easily. The result of seeing one representation and changes in the other helps pupils to understand the connections between them
Working with dynamic images – Students can use computers to manipulate diagrams and encourages them to visualise the geometry.
Exploring data – Computers enable students to work with real data which can be represented in a variety of ways. This supports its interpretation and analysis.
‘Teaching’ the computer – When students design an algorithm to make a computer achieve a specific task, they are urged to express their commands literally and in a correct order.[7]
2) Demonstrate the ability to explore maths and solve maths problems using MAPLE in-depth.

MAPLE can be defined as a fundamental computer algebra software package which uses simple commands to perform complex operations and enables like by like analysis similar to using a pen and paper. It also allows pupils to focus on the underlying mathematical principles. [8]

In Darlene Wu’s Understanding of Calculus she uses a number of experiments to determine the benefits of MAPLE on a series of students. She adheres to the notion that most traditional algebraic features can be delegated to a computer. In particular using MAPLE most problems can be resolved and believe this should be riled out for the benefit of all students studying mathematics. The problem below was assigned to a group of students in a research environment:

Graph f(x) = ln(sin(x)*cos(x)) and

g(x) = ln(sin(x)) + ln(cos(x)). What is the relationship between the graphs? Does it

contradict the property ln(x*y) = ln(x) + ln(y)?

By using the graphs of these two functions together with the graphs of sin(x) and

cos(x), the students investigated the properties of sin, cos, and ln

and show their answers in writing.

Students used Maple to draw the two graphs easily, but they looked

entirely different. This led the researchers to wander whether this contradicted

ln(x*y) = ln(x) + ln(y)? And if so how would students explain it?

The experiment needed to be repeated several times, recalling the definitions and properties of ln, sin and cos and concluded that the students assumed the two graphs looked different, whereas they are identical as long as ln(sin(x)cos(x)) and ln(sin(x))+ln(cos(x)) are defined.

Wu’s paper concludes that it is necessary to train students to use mathematical methods effectively not just for the purposes of their job but for ‘the real world’ and that software programmes that help in this process are fundamental to their learning. However as a number of contradictions and problems emerged with equations through using MAPLE not only does Wu concede that students may become confused and panic if they cannot attribute the Mathematics problem to themselves or the Mathematics problem itself. She also notes that when teaching calculus it is important to consider whether such technology is still too overwhelming as well as students becoming dependent on its solutions, rather than working them out traditionally. [9]

In comparison to this notion another paper with MAPLE as its core area of study is Fitz-Gerald and Healey’s Enlightening the mathematics curriculum with MAPLE. This discusses the implementation of MAPLE to the undergraduate Mathematics curriculum in a large University in Australia. The overall consensus was that in applying MAPLE, traditional topics that were once unpopular with students were now being approached in a much more understanding and enthusiastic way. This experiment demonstrates the advantages of being able to encourage Mathematics by way of helpful software across new audiences who might not have been inspired previously to study in this area.[10]

3. Identify the ways in which a particular ICT Software or graphics calculator can be used within a learning environment and the advantages/disadvantages of each in enabling effective maths learning.

In Horton et al’s The graphing calculator as an aid to teaching algebra the paper points out that calculators have become popular in the classroom for the benefit of convenience and speed. What the researchers also determined was that tutorials on the Casio FX2.0 and FX 2.0 PLUS models actually improved manipulative skills. Students beginning a college algebra course following the tutorial scored significantly higher on a test which involved solving linear equations and in addition made suggestions for the tutorial also contributing to an improvement in attitudes.[11]

It is interesting to consider their benefits for something other than the obvious assumptions to be made about graphics calculators. In absolute contrast to all perceived theories Graphic Calculators In The Classroom: Students’ Viewpoints presents the results of a piece of research carried out amongst low achieving eleventh grade pupils in Portugal. This revealed that little improvement was gained from introducing graphic calculators to mathematics lessons as the pupils considered the impact of their teacher; their teaching style and personality to be of more educational value to them than the calculator, which improved very little in terms of their academic improvement where mathematics was concerned.[12]

Another perhaps more important everyday negative aspect of graphic calculators is their inclusion of games and other non-educative devises such as phonebooks and personal organizers which can detract pupils away from the learning process in the classroom. In addition, the potential for students to store information and consequently cheat during examinations when they are allowed to take calculators in with them in a test environment. The other argument when weighing up some of the differences between hand-held devices and computer programmes is that a calculator can accompany a student into an examination, whereas a computer cannot. They are flexible and user- friendly as well as being able to be powered by solar energy which is of course far more beneficial to the environment.

Another advantage is the diminishing cost of calculators. They can be easily purchased anywhere at a relatively small price in comparison with a computer which ‘It has been suggested recently render(s) the use of graphics calculators much more attractive to schools than computers’[13]

Interestingly in his research Spreadsheets, graphics calculators and mathematics education, Barry Kisane provides a suggestion for combining programmes into graphics calculators in order to maximize their potential, thus making them less of a calculator and more of a computer. And notes that ‘The inclusion of these essential features on graphics calculators seems to extend the range of influence of the spreadsheet as a useful device for mathematics education in secondary schools, and is deserving of attention to exploit it appropriately’.[14]

Essentially perhaps the way forward with graphics calculators is to then modify and technologically enhance them further so that they can take on many of the characteristics of the computer whilst not having the capacity to store information that might prove potentially incriminating to a student in the examination room.

Bibliography

Bishop, A.J, Clements, M.A (2003) Second International Handbook of Mathematics Education: Springer

Cowan, P (2006) Teaching Mathematics: A Handbook for Primary and Secondary School Teachers: Routledge

Da Ponte& Canavarro (1993) Graphic Calculators In The Classroom: Students’ Viewpoints: Centro de Investigacao em Educacao da Faculdade de Ciencias

Fitz-Gerald & Healey Enlightening the mathematics curriculum with MAPLE, Essay taken from Maple V: Mathematics and Its Application : Proceedings of the Maple Summer Workshop and Symposium, Rensselaer Polytechnic Institute, Troy, New York, August 9-13, 1994By Robert J. Lopez: Birkhauser

Horton, R. M., Storm, J., & Leonard, W.H. (2004). The graphing calculator as an aid to teaching algebra, Contemporary Issues in Technology and Teacher Education, 4(2), 152 -162.

Johnston-Wilder, S, Pimm, D (2005) Teaching Secondary Mathematics with ICT: McGraw-Hill International

Kemp, M, Kissane, B & Bradley, J (1995) ‘Assessment and the graphics calculator’ in Anne Richards (ed.) FLAIR: Forging links and integrating resources, Darwin, The Australian Association of Mathematics Teachers, 235-241.

(Also available at http://wwwstaff.murdoch.edu.au/~kissane/papers/aamt95.pdf

Kissane, B (2007) Spreadsheets, graphics calculators and mathematics education, In K. Milton, H. Reeves & T. Spencer (eds) Mathematics: Essential for learning, essential for life. 21st Biennial Conference of the Australian Association of Mathematics Teachers (pp 331-339), Hobart: Australian Association of Mathematics Teachers.

Rielly, C (2004) The Application of Computer Algebra Software in the Teaching of Engineering Mathematics, Higher Education Academy

Sutherland, R (2004) Teaching for Learning Mathematics: McGraw-Hill International

Wu, D, Some Examples on Using Maple to Increase Students. Understanding of Calculus, Sourced from: http://archives.math.utk.edu/ICTCM/VOL08/C052/paper.pdf, Date accessed,

Information communication technology

“Resistance is Useless”
Introduction:

Today’s world or society is changing very fast with the help of ICT (Information Communication Technology). Everyday new technologies were developed to simplify the every days work, but there is a resistance to accept those new technologies among people. This is because of many people doesn’t like the “CHANGE” because they don’t like being changed. When change comes it brings resistance and fear to cope up with that or lose something valuable. Even many people could not understand how to use those new technologies or equipments. Many People have natural tendency to stuck with the way of work with whom they used to ,They often change and have faltering to change the way of work or equipments, Some people could not afford to adopt new technology or there is no support to demonstrate the way of using new technology. In medical field every day new technique or method or equipments were introduced but many physician, nurses and medical personal does not adopt these new technologies instead they continue working in there conventional way. New technologies are invented to reduce the work load as well as significantly improve the patient safety, patient satisfaction in the heath care system and also improve the hospital efficiency. As a example most of the hospital introduce the information database system where the hospital store all the information about the patient’s medical records, doctors information and all the staffs information about their education, salary, training etc.

In medical field or can say in eHealth the amount of resistance for the new technologies or equipments are much larger than other fields. In eHealth new technologies or methods are for better health care and lowered the healthcare costs, but physician, nurses and medical personals are hesitated to adopt these at first time because they came from different background. Even sometime the researchers or developers in medical technologies run out of budget or get budget to go or pass the research stage because of medical personal are unresponsive to those technologies or equipments.

Objectives
What are the factors while designing a system?
How a new system or technology will evaluate?
What are the ways to convince the people or the organization staffs who will to use this system or technology?
How would an organization introduce the new system or technology and prepare their employees to get the most of the system?
What are the reasons behind these resistances to new technology and methods in health care?
Discussions:
Lecture 4 (slide 46,48) advantages & disadvantages + Slide 32-37 (for evaluation)
Slide 8 focusing on benefits
Slide 24 – slide 30
Old people are pessimistic of new technology for usability inconvenience…
Conclusion:

It can be said that resistance is useless. Resistance is the biggest obstacle in developing new technology. Not only resistance always create problem there are lots of other factor involving to create problem to develop new technology both in medical sector as well as in other sectors. Most of the people have natural tendency to create resistance to the new things because they have fear to change the way of doings jobs. In other since resistance is useful to some extent it helps the developer to develop the new technology in more efficient and user friendly way, So that the end user can get the most of the system. It is more important to have in mind while developing new technology for whom they are developing, in which situation and context the user will use this tools, As well as which task it will solve otherwise resistance will always come to adopt the new technology.

Reference:
“Improve ICT systems in healthcaImprove” by Dr. Isabella Scandurra [Ph.D]
http://www.icup.org.uk/reports%5CICUP763.pdf
http://www.bridges-to-technology.com/page26.html
http://www.biomedcentral.com/1472-6947/6/1
http://www.deloitte.com/view/en_US/us/press/Press-Releases/press-release/8696c52c23d85210VgnVCM100000ba42f00aRCRD.htm
http://www.1000ventures.com/business_guide/crosscuttings/change_resistance.html
http://www.schulersolutions.com/resistance_to_change.html

Individual Learning Styles and Strategies

Learners As IndividualWhat is Learners as individual

What is an individual learner and what do they look like? To answer this question, I need the meanings given by many educators. Howe other learners can become the individual learners?

‘In sum, I believe that the individual who is to be educated is a social individual and that society is an organic union of individuals. If we eliminate the social factor from the child we are left only with an abstraction; if we eliminate the individual factor from society, we are left only with an inert and lifeless mass. Education, therefore, must begin with a psychological insight into the child’s capacities, interests, and habits’ John Dewey, from ‘My Pedagogic Creed’, School Journal vol. 54, (January 1897), pp. 77-80

“An individual is a person or any specific object in a collection. In the 15th century and earlier, and also today within the fields of statistics and metaphysics, individual means “indivisible”, typically describing any numerically singular thing, but sometimes meaning “a person.” (q.v. “The problem of proper names”). From the seventeenth century on, individual indicates separateness, as in individualism. Individuality is the state or quality of being an individual; a person separate from other persons and possessing his or her own needs, goals, and desires.” Gracia, Jorge J. E. (1988)

“Learner is an individual involved in the acquisition of knowledge or skills in a technological learning system.”Legendre, (2000:1)

“It is not concerned with one specific method, but allows for any method which the individual leaner finds beneficial to his’ learning purposes.” Fenner & Newby (2000)

I, from the meanings given above, conclude that learners as individual is the learning styles that learners seek to the new modern learning strategies and they can learn autonomous. This styles include with personality, intelligence, attitude and attitude. They just get the rough guidance from the teacher in the class and then they and bring it to be increased and link or integrate with other fields. These learners have to often practice themselves as it be their habits. A learning style is an individual’s preferred way of learning.

What are Learning Styles?

Before we deeply study into how to best advantages from making your learning style out, we need to spend a few moments studying the several types of learning styles and how to best identify which learning style group you appropiate into.

Learning styles point to the variance in your ability to amass as well as incorporate information. Basically, your learning style is the method that best allows you to gain and use knowledge in a specific manner. Most experts agree that there are three basic learning styles. Each individual may holds a single style or could possess a joining of different learning styles. In most cases, the personalities of a learning style can even be noticed at a quite young age. Once you have identified your particular learning style you will be able to identify ways in which you can adapt the learning process and your studies to maximize your education.

Visual Learners

Individuals who fall into this type usually learn through what they are able to see with their own eyes. Visual learners are those students who navigate for the positions at the front of the class, must have front row theater seats and love to be right up front for sporting events in order to get the best view. Visual learners have a orientation to describe everything that they see in terms of exposures. These learners love visual medias such as photos, diagrams, maps and graphs. They habitually are good writers and will commonly perform quite well on written assignments.

Auditory Learners

Auditory learners are very good listeners. They tend to consume information in a more proficient manner through sounds, music, discussions, teachings, etc. These individuals will be more probable to record lesson so that they can revision them at a later time for study goals. They recognize books on tape and may find that reading aloud will help them to keep information. Rather than written statement, auditory learners tend to do better on verbal presentations and reports.

Kinesthetic Learners

Kinesthetic learners are tactile learning. This means that they learn best through moving, doing, acting out and touching. Projects that are acted in nature are best for kinesthetic learners. They tend to become thwarted when they must sit for long phases of time. They enjoy deportment experiments, exploring and accomplishing tasks.

These students are independent and seek for the missing knowledge by themselves. They may have characteristics listed below; They…

are able to break up an organized visual field and keep part of it separate.
surpass at retrieving names.
conceive visual cues and are better at math.
prefer learning surroundings that require least interaction.
enjoy discovery learning and individualized self-paced learning.
are more likely to be males.
My Experience with the individual learners.

I can much less meet students like this in my classroom, for my being Thai traditional condition teacher. Thailand has the specific cultural for the younger men have to express their respect to the elder ones. My students gain knowledge just in the limitation of curriculum and the instruction I have given. The materials related to the identity of individual learning are also lack. It may be caused by the poor country and the condition of environment that Thai students are the students in the developing country-that means have not been developed yet.

However, I think this can be developed and changed by changing the crisis to become the chance. We can see various problems and this is the chance to diagnose and resolve them. It’s the time to take together between teacher and students. Individual learners must consist with personality, intelligence, psychology and behavior. All the aspects must be deal together by realizing the differences of individual.

Strategies to be learners as individual

There are activities might guide the learners to be independent and individual. They can be flexible , not arranged in orders, depending on their readiness and which condition. There are 16 strategies shown here.

Readiness / Ability

Teachers can use a variety of evaluation to find a student’s ability or readiness. Also, to learn new knowledge concepts students may be generally working below or above level or may be purely lack necessary required skills.

Changing the level of query and thinking skills and compacting the curriculum and are useful strategies for accommodating differences in ability or readiness.

Adjusting Questions

During large group discussion activities, teachers indicate the higher level questions to the students who can deal them and adjust questions accordingly for student with greater needs. All students are answering important questions that demand them to think but the questions are goaled towards the student’s ability or readiness level.

With written test the teacher may assign specific questions for each group of students. They all answer the same number of questions but the involvement needed varies from group to group. However, the alternative to go a parted from minimum requirements can be available for any or all students who indicate that they require an additional challenge for own their level.

Condensing Curriculum

Condensing the curriculum means assessing a students knowledge, skills and attitudes and providing alternative activities for the student who has already mastered curriculum content. This can be accomplished by pre-testing basic concepts or using performance assessment methods. Students who demonstrate that they do not require instruction move on to tiered problem solving activities while others receive instruction.

Row Assignments

Row activities are a series of related tasks of varying complexity. All of these activities relate to crucial understanding and key skills that students need to acquire. Teachers assign the activities as alternative ways of achieving the same goals taking into account individual student needs.

Acceleration/Deceleration

Accelerating or decelerating the step that students move through syllabus is another way of differentiating instruction. Students demonstrating a high level of competence can work through the curriculum at a faster step. Students facing difficulties may need adjusted activities that allow for a slower step in order to experience success.

Flexible Grouping

As student performance will transform it is important to permit movement between groups. Student’s readiness varies depending on personal intellects and interests, so we must remain open to the concept that a student may be below grade level in one subject at the same time as being above grade level in another subject.

Even highly talented students can benefit from flexible grouping. Always they benefit from work with intellectual peers, while seldom in another group they can experience being a leader. In either case peer-teaching is a valuable strategy for group-work.

Peer Teaching

Many times a student may have personal needs that require one-one instruction that go beyond the needs of his or her partners. After gaining this extra instruction the student could be selected as the “inhabitant expert” for that concept or skill and can get valuable practice by being given the chance to re-teach the concept to peers. In these situation both students can get benefit.

Learning Profiles/Styles

Another filter for assigning students to tasks is by learning style, such as adjusting preferred environment such as quiet, lower lighting, formal/casual seating, or learning modality: auditory (learns best by hearing information) visual (learns best through seeing information in charts or pictures) or kinesthetic preferences (learns best by using concrete examples, or may need to move around while learning) or through personal interests. Since student motivation is also a specific element in learning, understanding individual learning styles and interests will grant teachers to apply right strategies for developing intrinsic motivational techniques.

Student Interest

Interest surveys are often used for determining student interest. Brainstorming for subtopics within a curriculum concept and using semantic network to explore interesting aspect of the concept is another effective tool. This is also an effective way of teaching students how to focus on a manageable subtopic.

Reading Buddies

This strategy is particularly useful for younger students and/or students with reading obstacle. Children get additional practice and experience reading away from the teacher as they develop fluency and comprehension. It is important that students read with a specific purpose in mind and then have an opportunity to discuss what was read. It is not essential for reading buddies to always be at the same reading level. Students with varying word recognition, word analysis and comprehension skills can help each other be more successful. Adjusted follow up tasks are also assigned based on readiness level.

Independent Study Projects

Independent Study is a research project where students learn how to develop the skills for independent learning. The degree of help and structure will vary between students and depend on their ability to manage ideas, time and creativity. A adjustment of the independent study is the buddy study.

Buddy Studies

A buddy study permits two or three students to work together on a project. The expectation is that all may share the research and analysis information but each student must consummate an individual output to demonstrate learning that has taken place and be answerable for their own planning, time management and individual accomplishment.

Learning Contracts

A learning contract is a written understanding between teacher and student that will effect in students working independently. The contract helps students to set daily and weekly work goals and develop management skills. It also helps the teacher to keep evidence of each student’s advance. The certain assignments will vary according to personal student needs.

Learning Centers

Learning Centers have been used by teachers for a long time and may contain both differentiated and compulsory activities. However a learning centre is not necessarily differentiated unless the activities are varied by difficulty taking in to account different student ability and readiness. It is important that students understand what is expected of them at the learning centre and are inspired to manage their use of time. The degree of structure that is provided will vary according to student independent work habits. At the end of each week students should be able to account for their use of time.

Anchoring Activities

A student can do these activities at any time when they have completed present assignments or it can be assigned for a short period at the beginning of each class as students arrange themselves and prepare for work. These activities may be related to specific needs or improvement opportunities, including problems to solve or journals to write. They could also be part of a long-term project that a student is working on.

In conclusion, learners as individual is the one of methods encouraged the instructional progress. The characteristics defined the individual learners are given various by educators. They can be added and developed or also cut. These behaviors can be raise by the agreement of teacher and student. Learners as individual is also related to the research of many psychologists realizing the individual differences and it also includes with the assessment. We should assessment the students’ outcomes by be aware of their individual differences.

Reference Sources

http://en.wikipedia.org/wiki/Learning_styles

http://www.futureknowledge.org/background/the-perspective-of-the-individual-learner

http://www.instructorweb.com/info/learnstyles.asp

http://www.learning-styles-online.com/overview

http://people.usd.edu/~ssanto/styles.html

http://www.lsda.org.uk/files/PDF/1543.pdfhttp://www.questia.com/Index.jsp

http://www.saba.com/education/individual_learners.htm

http://www.tefl.net/esl-articles/learning-styles.htm

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Gracia, Jorge J. E. (1988) Individuality: An Essay on the Foundations of Metaphysics. State Univ. of New York Press.