Course Objectives:
On completion of the course the student teacher will be able to
- Understand the nature significance and scope of physical science.
- Understand science as both process and product.
- Facilitate development of scientific attitude and scientific aptitude in learners.
- Aware of the various instructional strategies and curricular approaches in teaching physical science.
- Understand scientific method of enquiry.
- Achieve mastery over the methods techniques contents of physical science for transacting.
- Appreciate the fact that every child possesses curiosity about his/her natural surroundings.
Unit – I Nature of Physical Science
1.1. Science – as a domain of enquiry- as a dynamic and expanding body of knowledge- as a process of constructing knowledge-as interdisciplinary area of learning. Process skills in science at secondary stage.
1.2. Facts, concepts, principles, theories and laws – their characteristics in context of physical science.
1.3. Physical science for environment, health, peace, equity.
1.4. Contribution of eminent scientists.
1.5. Scientific Attitude, Scientific Aptitude, Scientific Creativity, Scientific sensitivity.
Unit – II. Curriculum in Physical Science.
2.1. Curriculum – principles of construction, factors affecting.
2.2. Approaches to curriculum organization – concentric plan, type study integrated, disciplinary and inter disciplinary approaches.
2.3. Science curricular projects- Chem study, Nuffield project, PSSC.
2.4. Science education as envisaged by NCF and KCF
Unit – III. Approaches and Strategies of Learning Physical Science.
3.1. Scientific Method-steps involved.
3.2. Science a Process Approach (SAPA)
3.3. Behaviorist approach Vs Constructivist approach; Critical Pedagogy.
3.4. Inductive and Deductive approach of teaching – Mill’s canons of induction
3.5. Communication in Science, Lecture cum demonstration, Problem solving, Project method, Heuristic method, Historical method, Brain storming, Group discussion, Seminar.
3.6. Graphic Organizers, Concept mapping, Collaborative learning and experiential learning.
3.7. Facilitating Learners for self-study
3.8. Models of Teaching- Concept Attainment Model and Inquiry Training Model.
Unit IV- Exploring Learners
4.1. Learning as a generative process- Learner as Little Scientist.
4.2. Encouraging learners to raise questions; appreciating dialogue amongst peer group;
Ensuring equal partnership of learners with special needs.
4.3. Encouraging learners to collect materials from local resources and to develop/ fabricate suitable activities in science.
4.4. Stimulating creativity and inventiveness in science; Nurturing creative talent at local level and exploring linkage with district/ state/ central agencies.
UNIT 5: Professional Development of Science Teachers
5.1. Professional development programmes for science teachers;
5.2. Participation in seminar, conferences, online sharing, membership of professional organizations.
5.3. Teachers as a community of learners, collaboration of schools with universities.
5.4. Role of reflective practices in professional development of teachers.
5.5. Teacher as a researcher: Learning to understand how children learn science—action research in physical science.