| Description | Weighting (%) |
1. Nature of science. Concepts and methods; Neutrality and authority in science; Ethics; Controversy; Safety.
| 4.00 |
2. Systematics. The method and purpose of classification; Examples - the elements; "fossils"; Animals, plants and minerals.
| 2.00 |
3. Life and living. The living cell; Biodiversity; Plant and animal biology; Characteristics of life; The biosphere; Ecosystems.
| 18.00 |
4. Technology in scientific development. Measurement of distance, angles, time. Telescopes and microscopes.
| 4.00 |
5. Motion, forces and energy. Energy in natural processes; Sources of energy; Structures and machines; Heat and combustion.
| 12.00 |
6. Attraction and repulsion, Gravity, Magnetism.
| 4.00 |
7. Electricity and static electricity. Sound. Light.
| 12.00 |
8. Planet Earth. Its nature; Minerals, rocks and soils; Earthquakes and volcanoes.
| 8.00 |
9. The nature and origin of the universe/galaxy/solar system.
| 8.00 |
10. Water and air. Atmosphere. The water cycle - rivers, lakes and oceans.
| 4.00 |
11. Natural and processed materials. Elements; Atomic structure; States of matter; Temperature and pressure; Properties of matter; Physical and chemical changes; Reactions; Solutions; Acids and bases.
| 12.00 |
12. Futures perspectives in relation to science, technology and society.
| 8.00 |
13. Content organisation in science teaching including inquiry, problem-solving, integration and constructivism.
| 4.00 |
14. Practical Sessions and Workshops. The processes and concepts of the content of science will be illustrated with a series of hands-on activities. Most of these activities should be suitable or adaptable for use with early childhood and/or primary classes. Safety aspects and their importance will be emphasised.
| 0.00 |
References for examinable readings will be given to students during the presentation of this unit.
Campbell, N.A., Mitchell, L.G. & Reece, J.B. 1997