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Lear ning to Teach ICT in the Secondary SchoolThis book is designed specifically for students training to teach ICT a.
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- SAGE Books - Learning and Teaching Using ICT in Secondary Schools
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- Learning to Teach Ict in the Secondary School: A Companion to School Experience
- Learning to Teach ICT in the Secondary School : A Companion to School Experience
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I am a new teacher teaching ICT in secondary school. I was looking for a book that helps me teach ICT better to my students. While this book comes with some useful information, it is not what I am looking for. For one, it does not address the issues of 1. How to engage the students in ICT. How to deal with students discipline problems 3. How to deal with the classroom in today's high inforcomm environment, where students just whip out their iphones, etc and take a picture and considered that they have learnt the topic instead of writing things down.
How to stop your students from surfing facebook, porn, playing games, chatting on MSN instead of focusing on your lessons? How to deal with parents who constantly demand more etc. What are some examples of student's projects? This new, second edition and its companion volume, A Practical Guide to Teaching ICT in the Secondary School, have been significantly revised and updated to offer comprehensive coverage of every aspect of teaching ICT successfully. Underpinned by a theoretical perspective and backed up by the latest research, it encourages student teachers to develop a personal approach to teaching ICT.
With the recent increased emphasis on teachers as researchers and the alignment of many PGCE courses with Masters level criteria, reference to important concepts and theoretical positions have been strengthened. Throughout the book useful tasks and activities to help student-teachers analyze their own teaching and explore the knowledge and skills needed to become a successful teacher of ICT.
Rooted in best practice and up-to-the-minute research, this book is also the ideal refresher for more experienced ICT teachers. Other books in this series. Add to basket. Table of contents Contents 1. Introduction: How to use this book 2. What is ICT?
SAGE Books - Learning and Teaching Using ICT in Secondary Schools
Does the current ICT curriculum deliver what society and the individual wants? ICT in the curriculum? Part 2 - ICT and pedagogy 5. New technology, new teaching 6. Autonomous learners and communities of learning 7. Creativity and ICT 8. Thinking skills and ICT 9. Further, the use of various packages such as desktop publishing and graphics can provide excellent aids for pupils to produce quality work. Many pupils are unable to sketch or draw well and are therefore reluctant to put their ideas on paper, so ICT can make a significant difference.
The introduction of other ICT software provides pupils with access to industry standard products that they can use easily. Examples of this include software to construct artwork for printed circuit boards pcb , design packages that are capable of communicating work to a printer, plotter, computer-driven milling machine, signwriting machine or similar device. In a similar manner, the making element of design and technology gives pupils the opportunity to explore the properties of different materials — how they can be processed to make high quality products.
Again, knowledge of ICT can assist some of these processes. The use of computer aided manufacturing CAM can enhance, encourage and build the self-esteem and confidence of pupils. Examples of CAM use in textiles include computer driven sewing and embroidery machines. One area of design and technology relates directly to ICT. This is systems and control. In this area, computer control is one of the elements taught. The software available for this is now very user friendly.
Pupils can quickly learn how to use the packages and design programs to control models they have designed and built. For example, pupils in Key Stage 3 can undertake simple systems such as an egg timer or traffic light sequencing successfully. Pupils in Key Stage 4 can design and make systems to control the movement and storage of stock in a warehouse or a system to control a three-floor lift. The potential is very great, and limited only by imagination and school resources!
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What are the key differences? Some have a Computer Science feel to them, with the emphasis on how hardware and software works; others have more of a Business Studies feel, with the emphasis on solving business problems. For students beyond age 16, these emphases are reflected more formally in the various schemes available. Both branches of advanced study are characterised by more expectation of analysis rather than the description of systems that is appropriate for GCSE, and the balance of activity may be different from the style which is typical of GCSE.
This idea will be considered further in subsequent chapters.
Learning to Teach Ict in the Secondary School: A Companion to School Experience
Many successful schools start the more formal approach to problem solving in Key Stage 4, and Chapter 8 will explore this in more detail. The more formal branch of advanced ICT emphasises depth of understanding of concepts and more detailed knowledge of techniques in order to gain a high level of control over ICT systems. You will need to plan extended engagement in realistic settings, through case studies, role play, work placements, independent study and seminars.
Structured reflection on experience will be the primary mode of developing concepts.
Learning to Teach ICT in the Secondary School : A Companion to School Experience
The differences are only in the balance of activity, however, and you should apply the same principles of effective ICT teaching that apply to lower level courses to advanced teaching as well. These principles will be developed in the next few chapters. Choose a topic that appears in both, and analyse the differences in what is expected. You may need to consider the assessment scheme and sample examination questions to appreciate the differences fully. Compare, too, the approach taken by textbooks designed for the different types of course, and analyse the differences.
National Curriculum ICT involves learning to apply ICT tools of an increasing range and sophistication to a broadening and deepening range of problems. The processes cover a number of strands that provide a foundation for more advanced study.
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Progression in ICT capability involves development in various components — higher order skills, concepts, processes, techniques and routines — and teaching approaches should pay attention to all these. The basis of most aspects of intermediate and advanced courses is the information system, its analysis and design in terms of information required, and the data to be collected, entered, processed, communicated, displayed and stored. Teaching approaches should involve the study of real systems, with practical and theoretical work integrated as far as possible.
Owen-Jackson, G. A companion volume to this one, designed for Design and Technology teachers, which gives a fuller perspective on the nature of design and technology as a subject. Confidence in your own subject knowledge is essential for good teaching. Your awareness of and reflection on what you know and how you know it your metacognitive knowledge are paramount. As you learn to teach, you will need to fill gaps in your knowledge and develop a deeper understanding of ideas that may be a little hazy from your previous studies or employment. We recognise that you learn new things in ICT all the time when applying ICT processes to real life information needs, but now you will be learning for teaching purposes.
It is important that you can represent your ideas to make them suited to the ability of the learners you are dealing with. In doing this, you need to make your points simple but still correct. Consider the simple model of different aspects of subject knowledge provided in Figure 3. At the lowest level we have the basic ICT skills that have been classified in Chapters 1 and 2 as processes, techniques and routines. We have seen that these skills are part of a much more complex idea: ICT capability.
This involves the marrying of skills with the knowledge and understanding which are used to determine how and when it is appropriate to apply these skills for your own use. Figure 3. What about knowing about how the computer works? Do the answers to these questions have an impact on Figure 3.