We are introducing some helpful textbooks that are published by our teacher educators. Contents, pricing and purchase details are given.
Rs 300/- per copy + 30/- as courier charges
Remit the amount in the following account
Mariamma Mathew
Account no : 0271053000104788
IFSC Code SIBL0000271
South Indian Bank Ltd,
Mavelikkara Branch
- Those who need books should send the complete address with pin code
Instructional Strategies and Techniques for teaching Physical Sciences and Biological Sciences
Dr. Mariamma Mathew Year : 2018
PREFACE
We are living in the age of rapid development of science and technology. Science is considered as a compulsory subject in the school curriculum and hence science teaching is holding a profound position everywhere. A science teacher has an important role in inculcating scientific values and scientific interest among students. This book envisages almost all areas of science teaching, new techniques and approaches. This book also contains Techno-Pedagogical Content Knowledge (TPCK) in science education which is a framework developed by Schulman (1986). The book has 16 chapters written in an easy-to-understand language. It discusses in detail various aspects of science teaching in relation to educational psychology, philosophy, sociology and technology. The text covers the entire revised B. Ed syllabus of Biological and Physical Sciences of University of Kerala, Mahatma Gandhi University, Calicut University and University of Tamil Nadu and hence it can be used by all teacher educators and student teachers of the entire nation. This book is exhaustive in the sense that it is useful for a two year B. Ed programme also. The first chapter of the book contains Nature, Development and Scope of Science, the second chapter deals with Aims and Objectives of teaching science which includes the revised Bloom’s version and technology integrated taxonomy of instructional objectives. The third chapter contains Methods, approaches and Techniques of teaching science and the fourth chapter deals with Practices in Teaching and Learning. Models of Teaching in science learning are included in the fifth chapter and the sixth chapter deals with Curriculum in Science Education. The seventh chapter deals with Instructional support and resource materials for teaching science. Modern Instructional approaches and e-resources in science classrooms are included in chapter eight. A new area named Techno Pedagogical Content Knowledge (TPCK) is included in chapter nine. Chapter ten says about Planning for Instruction and chapter eleven deals with Essential requirements for teaching and learning and tools for its enhancement. Fundamentals of assessment and evaluation in the science classrooms are included in chapter twelve. The concept of Weaving ICT and networking in science classrooms is the idea in chapter thirteen. Chapter fourteen includes Professionalising science education by a modern science teacher. A new idea which can be practiced in the teacher education programme namely Science, technology and Society (STS) in the science classroom is highlighted. Chapter fifteen deals with Science, technology and Society (STS) in the science classroom, while Chapter sixteen covers comparative science education worldwide. Chapter seventeen deals with technology integration – a need of the hour. The rest three chapters deal with the advanced level and trends in science education such as multiple perspectives in science education, research inputs and advanced technology in science education.
Contents
Meaning of Science
Nature of Science
Product and Process aspects of Science
Areas of knowledge related to Physics, Chemistry and Biology
Globalisation and science
Path breaking discoveries and development of science – India and abroad
Great scientists in the field of physical and biological sciences
Emerging branches of science
Importance of science as a school subject
Different values of teaching science
Science for sustainable development
General aims and objectives of teaching science
Broad aims of teaching science to fulfill the national goals of education
Aims and Objectives of teaching science with respect to NCF(2005) and KCF(2007)
Taxonomy of Instructional Objectives
Origin – Bloom’s taxonomy (1956), Mc Cormack and Yager (1989), Technology Integrated taxonomy (1999), Revised Bloom’s Taxonomy by Anderson and Krathwohl (2001).
Process skills in science at secondary stage
Developing process skills in schools
Scientific attitude and means for fostering them
Thinking skills – critical, reflective and creative
- Methods:
Teacher Initiated:
Lecture method
Lecture-demonstration method
Historical and Biographical method
Student initiated;
Problem solving method
Project method
Guided discovery method
Individual laboratory method
Heuristic method
Assignment method
Development method
Dalton Plan
- Approaches
Inductive and deductive approaches
Analogy, Analytic and synthetic approaches
Multimedia approach
Interdisciplinary approach
Constructive approach
- Techniques:
Seminar
Symposium
Group discussion
Panel discussion
Debate
Brain storming
Peer tutoring
Team teaching
Concept mapping
Role Play
Simulation
Workshop
Buzz session
Computer Assisted Instruction
Programmed Instruction
Teaching Machines
Modules
Steps of Scientific method
Elements of scientific method
Corroboration and Falsification
Logical aspects of scientific method
Technical aspects of scientific method
Mill’s canons of Induction
Transfer of training
Interdependence of teaching and learning
Teaching and Learning according to Behaviourist, Cognitive and constructivist points of view
Basic teaching model of Glaser
Maxims of teaching
Critical Pedagogy
Issue Based teaching
Problem Based Learning
Managing group learning in classroom
Activity based learning
Role of experiments in science
Changing concept of classroom environment
Virtual Learning Environment (VLE)
Psychological theories for learning science according to Piaget, Bruner, Gagne, Vygotsky, Ausubel
Gardner’s Theory of Multiple Intelligence
Introduction to models of teaching
Elements and families of Models of teaching
Concept Attainment Model
Inquiry Training Model
Role Play Model
Advance Organiser Model
5E Model of BSCS – Constructivist Model
Inductive Thinking Model
Meaning of curriculum
Curriculum and Syllabus
General Principles of curriculum construction
Organisation of the curriculum
Types of curriculum
Subject centered, Activity centered, Integrated and Hidden curriculum
Approaches to curriculum Organization
Concentric plan, Spiral curriculum, Type study, Topical approach,
Historical approach, Nature study, Nature rambling,
General science and Disciplinary approach
Interdisciplinary approach
Movement down along a road
Swing of a pendulum
Core curriculum
Separate subject curriculum
Modern Trends in curriculum construction
State curriculum (SCERT)
National curriculum (NCERT)
Biological Science Curriculum Study (BSCS)
Nuffield Project
Physical Science Study Committee (PSSC)
CHEM Study
Science- A Process Approach (SAPA)
Cognitive Acceleration through Science Education (CASE)
Incidental and Systematic Correlation
Correlation of science with other subjects
Meaning, need and significance of community based resources
Formal science learning contexts:
Importance and organization of library, school library and class library
Web resources for accessing information
Importance and organization of science laboratory
Need and importance of field trips
Science fairs and exhibitions
Significance and organization of science clubs
Informal learning contexts:
Parks, museum, historical monuments, play ground, music room, planetarium,, ANERT
Zoo, Botanical gardens, Agrifarms, hospital, krishibhavan, and research centres
Natural resources:
Ponds, lakes, rivers, sea, forest, wet land, mangroves, sacred grooves
Governmental and nongovernmental organizations for popularizing science
Qualities of a good science text book
Vogel’s criteria and Fog index
Handbook for teachers
Workbook for learners
Reference books and supplementary readers
Learning module and websites
ICT based resource materials
Modern instructional approaches:
Cooperative learning
Collaborative learning
Jigsaw technique
Circle learning
Concept mapping
Think pair and share
Meaning of Learning Management System (LMS)
Identification of e-resources
MOODLE
Course ware
Free soft wares in science
Steps in e-content development
Educational entrepreneurship
Career possibilities for trained graduates and post graduate science students
Extension education
Identifying and nurturing the gifted and creative children
National Science Talent Search Scheme
Science education for slow learners and fast learners
Meaning, scope, purpose, objectives and steps of PCKA
Techno-Pedagogic Content Knowledge Analysis (TPCKA) Paradigm
Interrelationship of different areas of TPCKA
Principles of student efforts in learning
Opportunity for maximum student effort
Planning
Objective Based Instruction
Interdependence of objectives, learning experiences and evaluation
Year Plan, Unit Plan and Resource Unit
Purpose of Lesson Plans
Herbartian format of lesson plan
Constructivist and Behaviourist format of lesson plans
Prerequisites for learning
Teaching skills
Definition, principles and steps of microteaching
Development of teaching skills
Relevance of microteaching in teacher training programme
Link Practice
Audio Visual aids and its importance
Learning aids
Designing, developing and documenting graphic aids
Projected aids and improvised aids
Activity aids
Conceptual analysis of classroom management
Physical arrangement of different types of instruction
Time management in classroom
Objective Based Evaluation
Forms of questions
Continuous and Comprehensive Evaluation
Rubrics for assessment of different types of activities conducted inside and outside the classrooms
Assessment of thinking skills
Assessment of process skills
Assessment of student’s self reflection, feedback and peer evaluation
Competency Based Evaluation
Evaluation of non cognitive areas; Interest, attitude and skill
Measures of Central Tendency
Meaning and Interpretation of correlation
Graphical representation of data
Construction of achievement test
Diagnostic test and remedial measures
Criteria and norm referenced tests
Principles, Use and goals of e-learning
How the web will change the science classrooms?
Explanation and designing of digital texts
Digital resources in science
ICT and multimedia as technology enhanced communication devices in the teaching of science
Networking as a means of collaborative growth
Meaning and purpose of online learning
Qualities, duties and responsibilities of a science teacher
Teaching as a profession
Traits of professionalism
Different roles of a science teacher as a professional and teacher competencies
Role of NCERT and SCERT in professional growth of teachers
Professional organizations of teachers
Internet resources and websites for professional growth of teachers
Meaning, importance and means of reflective practices
Teacher as a reflective practitioner
Meaning and scope of online assessment
Competitive examinations for secondary students and teachers
Educational entrepreneurship
Science and society
Science as a social Endeavour
Scientific literacy
Dual role of science (emancipator and oppressive)
Role of science teacher in eradicating misconceptions and superstitions in society
Complementarities between science and technology
Non formal science education
Developing scientific temper among the people in society
Strategies for teaching STS in the classroom