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2. . AIMS OF THE SYLLABUSES. . 3. AIMS. enable pupils to acquire understanding and knowledge so as:to become confident citizens in a technological world, able to take or develop an informed interest in matters of scientific import; to recognise the usefulness and limitations, of scientific met
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1. 1 Syllabus Review Process Rigour and relevance of content
Inclusion of IT, NE and Thinking skills
2. 2 AIMS
OF THE SYLLABUSES
3. 3 AIMS enable pupils to acquire understanding and knowledge so as:
to become confident citizens in a technological world, able to take or develop an informed interest in matters of scientific import;
to recognise the usefulness and limitations, of scientific method and to appreciate its applicability in other disciplines and in every day life;
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5. 5 AIMS develop abilities and skills that
are relevant to the study and practice of science;
are useful in everyday life;
encourage effective communication;
encourage efficient and safe practice.
6. 6 AIMS develop attitudes relevant to the study and/or practice of science such as:
objectivity;
enquiry;
initiative;
inventiveness;
integrity.
concern for accuracy and precision;
7. 7 AIMS stimulate interest in and care for the local and global environment.
8. 8 AIMS promote an awareness
that the study and practice of science are co-operative and cumulative activities, and are subject to social, economic, technological, ethical and cultural influences and limitations;
that the applications of science are generally beneficial but the abuse of scientific knowledge can be detrimental to the individual, the community and the environment;
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11. 11 Emphasis of the Syllabuses
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13. 13 Infusion of MOE Initiatives Thinking skills
Information technology
National Education
14. 14 Thinking Skills/Processes Examples of Thinking Skills
Comparing
Inferring
Making deduction
Predicting
Analysing
Experimental inquiry
15. 15 Thinking Skills/Processes Examples of Processes
Planning investigations
Decision-making
Creative problem solving
16. 16 Information Technology Data Capture (Hardware)
Involves the use of sensors and data-loggers
It allows more time for analysis and evaluation
Experiments include rates of reaction and acid-base titration
17. 17 Information Technology Data Analysis (Software)
Allows data to be analysed graphically
Able to present multiple data on the same graph
Useful for students to visualise the trends, e.g., trends present in Periods and Groups of the Periodic Table, and effects of concentrations on the rate of reactions.
18. 18 Information Technology Teaching Aids and Resources (Software)
e.g., multimedia courseware, CD-ROMs and internet resources
for self-paced learning of individual students
for use in classroom demonstrations and simulations
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20. 20 Outline of the Syllabus GCE ‘O’ LEVEL PHYSICS
Section I: General Physics
Section II: Thermal Physics
Section III: Waves
Section IV: Electricity and Magnetism
Section V: Nuclear Physics
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34. 34 Lower Secondary Science Syllabus
35. 35 Lower Secondary Science Special/Express/Normal (Academic) Syllabus Framework
Optional Objectives for N(A)
Assessment Objectives & Modes
36. 36 SYLLABUS FRAMEWORK Continuation of the Primary Science Syllabus
Topics are organised into Themes
Science As An Inquiry is used as a framework
37. 37 SYLLABUS FRAMEWORK
38. 38 SYLLABUS FRAMEWORK
39. 39 Lower Secondary Science Normal (Technical) Syllabus Framework
Assessment Objectives & Modes
40. 40 LSS N(T) SYLLABUS FRAMEWORK Structure of Syllabus:
6 Core Units
3 Elective Units
41. 41 LSS N(T) SYLLABUS FRAMEWORK Core Units:
Introducing Science and Technology
Keeping the Body Going
Matter
Movements and Machines
Current in Action
Heat at Work
42. 42 LSS N(T) SYLLABUS FRAMEWORK Elective Units:
Optics
Leisure
Materials