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B.Ed Physical Science

Physical Science Education – Course Content

Course Objectives

This course develops the knowledge, teaching skills, and professional competence required for effective Physical Science teaching. Student teachers will learn to:

  • Understand the aims, objectives, nature, scope, and significance of teaching Physical Science.

  • Develop essential teaching skills for effective classroom instruction.

  • Understand and formulate instructional and behavioural objectives for Physical Science lessons.

  • Identify and apply different methods and approaches of teaching Physical Science.

  • Explore various instructional resources and emerging educational media for Physical Science teaching.

Unit I: Aims and Objectives of Teaching Physical Science

This unit introduces the meaning, nature, scope, need, and significance of Physical Science teaching. It examines the values, aims, and objectives of teaching Physical Science in schools, along with the importance of instructional and behavioural objectives.

Student teachers will study the need and importance of instructional objectives and explore Bloom’s Taxonomy of Instructional Objectives, including the Cognitive, Affective, and Psychomotor Domains. The unit also introduces the Revised Bloom’s Taxonomy (2001) developed by Anderson and Krathwohl.

Unit II: Teaching Skills

This unit focuses on micro-teaching and its role in developing effective classroom teaching skills. Student teachers will learn the concept, definition, steps, and cycle of micro-teaching.

The unit covers important teaching skills, including set induction, explaining, questioning, stimulus variation, reinforcement, and closure. It also introduces link lessons and model teaching episodes, helping student teachers develop confidence and competence in classroom instruction.

Unit III: Approaches of Teaching

This unit explores different approaches to lesson planning and the major steps involved in organising effective teaching. Student teachers will study different levels of teaching through established teaching models.

The Memory Level is studied through the Herbartian Model, the Understanding Level through the Morrison Teaching Model, and the Reflective Level through the Bigge and Hunt Teaching Model. The unit also focuses on unit planning and Physical Science lesson plan writing.

Unit IV: Methods of Teaching Physical Science

This unit introduces various teacher-centred and learner-centred methods of teaching Physical Science.

Teacher-centred instruction includes the Lecture Method, Demonstration Method, and Team Teaching. Learner-centred approaches include Self-Learning, Programmed Instruction, Investigatory Approach, Collaborative Learning, Experiential Learning, Computer-Assisted Instruction, Keller Plan, Project Method, Activity Based Learning (ABL), Active Learning Method (ALM), Advanced Active Learning Method (AALM), and Concept Mapping.

These approaches help student teachers understand different ways of organising meaningful and effective Physical Science learning experiences.

Unit V: Instructional Media

This unit focuses on the classification and effective use of instructional media in Physical Science teaching. It also introduces the use of mass media in classroom instruction and explores emerging educational technologies.

Student teachers will become familiar with Tele-Conferencing, Communication Satellites, Computer Networking, Word Processors, Blended Learning, Flipped Classroom, Artificial Intelligence, and Augmented Reality as emerging media and technology-supported approaches in education.

Suggested Learning Activities

The course provides opportunities for practical and collaborative learning through:

  • Student seminars on Blended Learning, Flipped Classroom, and Artificial Intelligence.

  • Student seminars on Lesson Plan Writing.

  • Teacher or invited expert sessions on Bloom’s Taxonomy of Instructional Objectives.

  • Teacher or invited expert sessions on Micro-Teaching, including its steps, cycle, principles, and teaching skills such as stimulus variation, reinforcement, and questioning.

  • Teacher sessions on the Herbartian Model and Morrison Teaching Model.

B.Ed Syallabus

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