The Teaching of Physics
|
Module Code |
Title |
Module Category |
No. of AUs |
Pre-requisites |
|
QCP520 |
Teaching of Physics I |
Core |
2 |
- |
|
QCP521 |
Teaching of Physics II |
Core |
4 |
- |
|
QCP522 |
Teaching of Physics III |
Core |
3 |
- |
| QCP520 | Teaching of Physics I | |
|
The module attempts to provide student teachers in initial teacher education programmes with an understanding of school pupils they will be taking charge of. To improve their teaching efforts, they will be exposed to individual differences in learning, diagnosis, and strategies to deal with different ability groups as represented in the Gifted, Express, Normal (Academic) and Normal (Technical) Streams. Special effort will be devoted to helping the student teacher deal with critical incidents. Lectures on showmanship, creativity, thinking skills, inquiry, telling and explaining will be included as the key elements in support of good teaching. |
||
| QCP521 | Teaching of Physics II | |
|
This module will introduce student teachers to physics curriculum development with respect to international and local trends. The infusion of thinking, the meaningful integration of ICT and the linkage to national education, innovation and enterprise spirit will be given due attention and focus. An understanding of the constructivist-inquiry approach, investigative problem-solving, meaningful demonstration and purposeful deductive inquiry will facilitate the teaching and learning of physics. This module will also address alternative conceptions of student teachers on various physics topics. Activities based on the physics curriculum and involving experiences that are hands-on, minds-on and experiential will be introduced to model how conceptual development and change can be facilitated. |
||
| QCP522 | Teaching of Physics III | |
| This module covers important areas of Physics teaching pertaining to assessment and evaluation issues. It also deals with resource management, particularly with reference to laboratory work in the context of SPA. Safety in science laboratories, the role of practical work and the enhancement of science process skills are discussed. The setting of physics tests, marking and analyzing of test papers are covered with an emphasis on how to give useful feedback to students, parents and other stakeholders. | ||