Syllabus for
Bachelor of Education
Academic Year  (2023)

Introduction to the Programme

School of Education is set up as a premier department for teacher training to mould future secondary school teachers. The International Baccalaureate (IB) Educators Certificate (IBEC) in teaching and Learning (DP) offers the IBEC Certificate through the Bachelor of Education and Postgraduate Diploma in International Education. The vision of the department is achieved through the implementation of an innovative curriculum. The curriculum is designed to prepare competent and professional educationists who will be able to perform various roles in the field of education. 

Programme Outcome/Programme Learning Goals/Programme Learning Outcome:

PO2: Professional Excellence: Practical Skills:? Apply content, pedagogical, and technological knowledge during teaching community and service-learning experiences Employability:?Adapt themselves to the changing times as well as global and local contexts

PO3: Personal Integrity:?Internalize personal, academic, and professional integrity

PO4: Inclusiveness:?Employ principles of inclusion and equity of diverse groups in teaching and assessment

PO5: Clarity and Comprehensiveness: Possess clarity of thought and clarity in expression; ably articulate with comprehensiveness Verbal Skills: Articulate clearly in writing and/or in speech

Examinations and Assessments

Students are evaluated for each course on the basis of Written Examination and Continuous Internal Assessment. Each course carries a maximum of 100 marks (except Internship in School-Phase II) and the pattern of evaluation is as follows:

End Semester Exam (ESE) Mid Semester exam (CIA II) Continuous Internal Assessment (CIA)

: 50% : 25% : 25% : 100%

50 marks (2 Hours)

Written Examination

Mid Semester Exam Total 50 marks (2 Hours)

End Semester Exam: 100 marks (3 Hours)

Mid Semester exam marks will be taken for Internal Assessment. 

End Semester exam will be reduced to 50 for deciding the promotion criteria.

Continuous Internal Assessment

CIA-II MSE marks will be reduced to 25 marks. 

CIA-I and CIA-III: Continuous Internal Assessment

Continuous Internal Assessment I

CIA- I will be Written- Group or Individual and Viva or Presentation 

Continuous Internal Assessment III

The following methods may be adopted Multiple choice-based tests, Practical Activity, Presentation/Viva, Group Discussion, Project, Skill-based assignments/activities

Attendance

The Marks distribution for attendance is as follows

95%-100% : 05 marks
90%-94% : 04 marks
85%-89% : 03 marks

80%-84% : 02 marks

76%-79% : 01 mark 

Computer training is offered as a mandatory activity in the first and second semesters. Fifteen hours of computer training is allotted for each semester. It is a complete hands-on activity. The training would be conducted by peer tutors. Exercises will be given after each session for practice. Students will be well equipped in using many Browsers, search engines, educational software, application software’s and teaching and learning need-based software.

The course will enable the preservice teachers to:

• acquire knowledge of computers, their accessories and software
• develop skills in using MS Office and its operations
• develop skills in using MOODLE and other LMS
• acquire knowledge of online courses
• acquire basic skills of web designing
• acquire a working knowledge of basic photo editors and movie makers
• acquire working knowledge and skills of developing lesson plans using application software

Level of Knowledge: Conceptual and Working Knowledge

Email /browsing, MOODLE and Online courses, Advanced MS-WORD, MS PowerPoint, MS-Publisher, MS-EXCEL, Prezi, Blogs, Web Page – HTML, Gold wave – Song editor, PowToon, Go Animate, Picasa – Photo Editor, Basic Movie Maker and other application software. Quiz application software: Kahoot and Hot Potatoes. Video editing software: Adobe Spark and Ulead. (Syllabus will change as per learner needs)

Baker, K. (2019). The ultimate guide to Google Docs. https://blog.hubspot.com/marketing/google-docs

Driscoll, T. (2020, November 21). Kahoot! walkthrough for teachers [Video]. YouTube. https://youtu.be/bWyMNUVJcgw

Driscoll, T. (2020, November 21). Quizizz walkthrough for teachers [Video]. YouTube. https://youtu.be/rUI-bWFg3rc

Java T Point. (2021). OneNote Tutorial. https://www.javatpoint.com/onenote

Simpletivity. (2021, May 4). How to use Google Keep: Tutorial for beginners (2021). [Video]. YouTube. https://youtu.be/gYwu9nhoWTM

Course Description

This training is offered in the first semester of the programme. As there is a need for physical exercise and healthy living of a student-teacher, this training is given in the form of yoga workshops and completing interclass sports and games. Many Yoga sessions will be conducted covering: Introduction, Meaning of Yoga, Ashtanga Yoga (8 stages of Yoga), Types of Yoga, Importance of Yoga Asanas and Pranayama, Techniques and Importance of Meditation in school etc. Various Interclass games like basketball, volleyball and throwball will be conducted. An annual sports day covering track and field events will be conducted. Students will be well equipped for various sports activities and Yoga practices.

Course Objectives

The course will enable the preservice teachers to:

• enable student-teachers to understand the need and importance of Yoga in Education.
• sensitize the student teachers towards physical and mental fitness and its importance.
• introduce the philosophical bases, stages and types of Yoga and to apply in their life.
• introduce meditation and its importance in the classroom.
• practice and enable them to transact in it the educational institutions.
• understand the importance of good posture and common postural deformities among students and provide awareness.

Introduction, Meaning of Yoga, Ashtanga Yoga (8 stages of Yoga), Types of Yoga, Importance of Yoga Asanas and Pranayama, Techniques and Importance of Meditation in school etc. Various Interclass games like basketball, volleyball and throwball . Annual sports day : track and field events 

Lawrence, G. (2018). Teaching Power Yoga for sports. Human Kinetics.

McAllister, L. S. (2020). Yoga in the Music Studio. Oxford University Press.

This core course is offered in the first semester of the programme. Drawing from their educational experiences, the course will initiate the preservice teachers to critically think about the meaning, nature, scope, aims and functions of education. While pointing out the various disciplines which make up the field of education, the preservice teachers will be provided with an overview of the discipline of teacher education. They will learn about the role of educators in the local and global contexts. Preservice teachers will begin practicing as lifelong activities, the vital tasks of reflection and effective communication. They will also learn what it means to be a professional teacher: practice professional standards, internalize professional core values and ethics, possess professional knowledge and understanding, demonstrate professional practice and competence, as well as to continuously strive for professional development.

The course will enable the preservice teachers to:

• analyse the meaning, nature, scope, aims and functions of education
• understand that reflection is an ongoing lifelong activity
• effectively communicate
• practice professional standards, internalize professional core values and ethics, possess professional knowledge and understanding, demonstrate professional practice and competence, as well as continuously strive for professional development

Choosing teaching as a profession; Disciplines in the field of Education, including, Teacher Education; Meaning, nature, scope, aims and functions of education; vision of education in India, issues, and concerns; schools: vision, mission, and values; role of educators in the local and global contexts

Understand one’s socio-cultural, historical, and political influences in shaping their professional identity; examine one's cultural assumptions, unconscious bias,  discrimination, prejudice, and stereotypes; historically marginalized, disenfranchised, and underrepresented versus privileged populations; cultural deficit and difference perspectives versus cultural strengths perspective; understand the culturally and linguistically diverse society and students; develop international mindedness; teach with the lenses of social justice and care for educational equity and democratic citizenship.

Teacher-Reflection: Need for reflection; Process of reflection; Barriers to reflection; Reflective writing.

Listening: Types, barriers, improving Listening skills; Speaking: With students, colleagues, administrators, and parents; speech; talk; presentations; engaging in informal dialogue with peers on how to improve teaching; Reading: Different genres; reading professional literature, especially practitioner journals/magazines; reading habits for teachers and students; Writing: On the blackboard, slides, emails, and other genres; writing student feedback; adherence to grammar and spelling; writing for practitioner journals/magazines.

The professional teacher: professional standards; professional core values and ethics; professional knowledge and understanding; professional practice and competence; continuous teacher professional development; types of teacher professional development: educational: workshops, webinars/seminars/conferences; pursue courses: Subject matter or methods and/or other education-related topics; MOOCs; further educational degrees; exploration of professional organizations for teachers or professional learning communities (PLCs); seek mentoring; exploration of educational websites; exploration of educational: books other than textbooks, videos, films, blogs, speeches, talks, podcasts; examine e-teaching portfolios with artifacts on teaching-learning-assessing.

Schön, D. A. (1987). Educating the reflective practitioner: Toward a new design for teaching and learning in the professions. Jossey-Bass.

PATTERN OF EVALUATION

End Semester Exam (ESE): 50 %

Mid Semester Exam (MSE/CIA II): 25 %

CIA I & III: 25 %

Total: 100 %

Continuous Internal Assessments (CIA):

CIA 1: 10 Marks

CIA 2: 25 Marks

CIA 3: 10 Marks

Attendance: 5 Marks

This core course is offered in the first semester of the programme. It introduces the students to a variety of theoretical perspectives, principles and philosophies in education. It helps the students acquire knowledge on curriculum designs, development and evaluation. It engages the students in practices of international mindedness and inquiry-based learning.

This core course is offered in the first semester of the programme. The course prepares students to know, understand, and apply evidence-based practices of assessment as teachers. Students will be able to design different types of assessments, including authentic assessments, guided by backward design learning outcomes; provide feedback; analyse and report assessment data with a view to improving teaching and the curriculum. The use of technology is integral to the course.

Measurement and Evaluation; Principles of Assessment; Assessment for Learning; Assessment of Learning; Assessment as Learning; Formative & Summative Assessments; Norm-referenced and Criterion-referenced Tests; Internal and External Assessments; Backward Design assessment based on Anderson & Krathwohl’s Taxonomy of the Cognitive Domain, Krathwohl & Bloom’s Affective Domain, and Simpson’s Psychomotor Domains; Peer-, Self-, and Group- Assessments.

Construction of Worksheets; Home Assignments; Teacher-made Unit Test; Standardized Tests; Diagnostic Tests; Characteristics of a Effective assessments: Validity, Reliability, Objectivity, and Utility;

Construction, Strengths, and Limitations of:

(A) Constructed-Response Questions: Essays and Short Answer;

(B) Selected-Response (Objective) Questions: Multiple Choice, Fill in the Blanks, True or False, Matching;

Quantitative Tools: Rating Scales and Checklist;

Qualitative Tools: Observation, Anecdotal Record, and Interviews.

Guidelines for constructing the following assessments, along with strengths and limitations:

GRASPS; Cubing; Think Dots; RAFT; Tic-Tac-Toe; Structured Academic Controversy; Performance/Authentic Assessment: Observation, Portfolio, and Project-Based Learning,

Rubric; Answer Key & Marking Scheme; Moderation;

Analyzing Scores using MS Excel: Data entry, Sorting, Data multiplication, addition, Lookup, Insert functions, Pivot tables; Statistical Functions: Descriptive Statistics: Measures of Central Tendencies: Mean, Median, Mode; Measures of Variability-Range, Standard Deviation, Quartile Deviation. Charts: Histogram, Pie, Column, line, & Bar graph; Item analysis; Correlation.

Learning Analytics; Use of Assessment Data;

Providing Feedback: Feed up, Feedback, Feed Forward;

Reporting Results to the Head of Institution; Parents; Students.

Black, P., & William, D. (2010). Inside the black box: Raising standards through classroom assessment. Kappan Magazine, 92(1), 81-90. 

Brookhart, S. M. (2008). Feedback that fits. http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.454.9500&rep=rep1&type=pdf

Cambridge Assessment International Education. (n. d.). Getting started with Assessment for Learning. https://cambridge-community.org.uk/professional-development/gswafl/index.html#afl-checklist-6891

IRIS Center. (2022). What is differentiated instruction? Retrieved from https://iris.peabody.vanderbilt.edu/module/di/cresource/q1/p01/

Ministry of Education. (2020). National Education Policy. https://www.mhrd.gov.in/sites/upload_files/mhrd/files/NEP_Final_English_0.pdf

Mueller, J. (2016). Authentic Assessment toolbox. http://jfmueller.faculty.noctrl.edu/toolbox/index.htm

Reynolds, C. R., Livingston, R. B., Willson, V., & Jha, K. A. (2017). Measurement and assessment in education, (2nd ed.). Pearson.

University of Reading. (n.d.). Engage in assessment: Using technology. https://www.reading.ac.uk/engageinassessment/using-technology/eia-using-technology.aspx

Vanderbilt University. (2022). Understanding by Design. https://cft.vanderbilt.edu/guides-sub-pages/understanding-by-design/

CAST. (2022). About Universal Design for Learning. Retrieved from https://www.cast.org/impact/universal-design-for-learning-udl

Hattie, J. (2009). Visible learning: A synthesis of over 800 meta-analyses relating to achievement. Routledge.          

Wagner, T. (2010). The global achievement gap. Basic Books.

Course Description

This core course is offered in the first semester of the programme. The course establishes the importance of educational psychology to understand the development of learners—physical, cognitive, social-emotional, and moral. The course will enable the preservice teachers to take appropriate curricular decisions. The course provides preservice teachers with the vocabulary to discuss their academic experiences.

With the focus of the course on topics such as individual differences, intelligence, attention, memory, motivation, the objective of the course is to enable preservice teachers to use these as a basis to effectively plan their lessons for the learners in the class, teach, manage, and assess the students.

Course Objectives

The course will enable the preservice teachers to:

• describe the various developmental characteristics of adolescents
• apply the different views of learning suitably to the contexts
• understand individual learner differences to suitably plan lessons, teach, and assess

The role of educational psychology; linking educational psychology and teaching; educational psychology and research-based applications to learning; neuroscience, learning, and teaching; understanding the learners; relationship of understanding the learners to correspondingly plan teaching and assessment strategies; overview of the top 20 principles from psychology applicable for PreK–12 teaching and learning.

General principles of development; nature versus nurture; continuity versus discontinuity; timing: critical versus sensitive periods. 

Physical Development: Physical development in the adolescent years; challenges in physical development: obesity; eating disorders; guidelines for supporting positive body images in adolescents.

Cognitive Development: 

Piaget’s theory of cognitive development; guidelines for teaching students in the concrete-operational and formal operational stages; Vygotsky’s sociocultural theory of cognitive development; implications of Piaget’s and Vygotsky’s theories for teachers.

Social-Emotional Development:

Identity and self-concept; Erikson: stages of psychosocial development; guidelines for supporting identity formation; self-concept; social-emotional development: self-awareness and self-management; social awareness; relationship skills; responsible decision making; guidelines for promoting social-emotional development in adolescents; guidelines to help adolescents who are in trauma or have post-traumatic stress disorder.

Moral Development: Piaget’s theory of moral development; Kohlberg’s theory of moral development; Carol Gilligan’s morality of caring framework; adolescents and primary emotions linked with moral development: guilt, shame, empathy, and sympathy; moral behaviour and cheating; guidelines for supporting positive emotions in adolescents.

Behaviourist Views: Classical conditioning; operant conditioning; current applications: functional behavioral assessment, positive behavior supports, and self-management; 

Social-Cognitivist View: Bandura’s challenge and observational learning; modelling.

Cognitivist Views: The role of attention; attention and multitasking; the brain and cognitive learning: the importance of knowledge in cognition; general and specific knowledge: declarative, procedural, and self-regulatory knowledge; memory stores: sensory memory, working memory, long-term memory; information processing and the model of human memory; teaching for deeper learning; reducing cognitive load; retaining information; learning loss; learning strategies.

Motivation; Four approaches to motivation; Behavioral: Skinner; rewards and punishers; 

Humanistic: Maslow; self-esteem, self-fulfillment, self-determination; guidelines for supporting self-determination and autonomy; Cognitive: Weiner; attribution; beliefs about knowledge, ability, and self-worth; students who show learned helplessness; mastery-oriented students; failure-avoiding students; failure-accepting students; guidelines for encouraging self-worth; beliefs about ability: Carol Dweck's growth and fixed mindset; guidelines for developing a growth mindset; Social-Cognitive: Bandura; goals, expectations, intentions, self-efficacy; guidelines for encouraging self-efficacy; supporting emotional self-regulation; Duckworth; developing grit; guidelines for building on students’ interests and curiosity; guidelines for coping with anxiety.

Learning styles; myth of the sensory modality of learning styles; myths about the relationship between learning styles and teaching styles; Howard Gardner’s theory of multiple intelligences; myths about the applications of Gardner’s theory of multiple intelligences; difference between learning styles and multiple intelligences; Sternberg’s triarchic theory of intelligence.

American Psychological Association. (2021). Top 20 principles for Pre-K to 12 education. https://www.apa.org/ed/schools/teaching-learning/top-twenty/principles

Mangal, S. K. (2013). Advanced Educational Psychology. Prentice Hall.                    

Somashekar, T. V. (2006). Educational Psychology. Nirmala Prakashana.

Woolfolk, A., & Kapur, P. (2019). Educational Psychology. Pearson.

Csikszentmihalyi, M. (2013). Creativity: The psychology of discovery and invention. Harper Perennial Modern Classics.

Duckworth, A. L. (2013). Grit: The power of passion and perseverance. Scribner. 

Dweck, C. (2017). Mindset-updated edition: Changing the way you think to fulfil your potential. Hachette.

Gardner, H. E. (2000). Intelligence reframed: Multiple intelligences for the 21st century. Hachette.

Sharma, R. N., & Sharma, R. K. (2006). Advanced Educational Psychology. Atlantic Publishers.

This core course is offered in the first semester of the programme. The course will enable preservice teachers to understand that philosophical knowledge has a fundamental role in helping them to systematically reflect and to clarify questions that are important in education, about teaching, learning, curriculum, and assessment. The four branches of philosophy, epistemology, metaphysics, axiology, and logic, speak directly to the preservice teachers about the process of education. Preservice teachers will discover their emerging personal philosophy of teaching via the schools of philosophy. They will articulate their formative personal philosophy of teaching, which would evolve during their educational careers. The philosophies of both Indian and western educational thinkers are expected to influence the preservice teachers and to assist them in refining their personal philosophy of teaching. 

The course will enable the preservice teachers to:

● think with clarity about issues in education

● appreciate the contributions of educational thinkers

● articulate their personal philosophy of teaching

Philosophy; Overview of the Branches of Philosophy: Epistemology, Ontology; Axiology; Logic; Interrelationships between Philosophy and Education; Philosophy and Aims of Education; Philosophy and Curriculum; Philosophy and Methods of Teaching; Relationship between Teachers and Learners; Personal Philosophy of Teaching 

Rabindranath Tagore; Swami Vivekananda; Mahatma Gandhi; Aurobindo Ghosh; Gijubhai Badheka; J. Krishnamurti 

Plato; Immanuel Kant; Jean Jacques Rousseau; Johann Pestalozzi; Friedrich Fröbel; Maria Montessori; John Dewey; Rudolf Steiner; Loris Malaguzzi 

Empiricism; Idealism; Realism; Naturalism; Humanism; Existentialism; Pragmatism; and relation to aims of education, curriculum, discipline, and the role of teachers. 

Nyaya; Vaisheshika; Samkhya; Yoga; Purva-Mimamsa; Vedanta; Charvaka; Buddhism; and Jainism 

This discipline-specific elective course is offered in the first semester. The course introduces students to the aims and objectives of teaching physical science at local, regional, national, and international schools. It discusses the essential elements of teaching and practice needed to teach physical science in an effective and inspirational manner. It develops the competencies required for a teacher to teach physical science and hones their employability skills.

States of matter; physical change and chemical change; structure of atom: discovery of subatomic particles: Dalton’s atomic theory; Rutherford’s model; Bohr’s model; Heisenberg‘s uncertainty principle; Pauli’s exclusion principle; Aufbau’s principle; Hund’s rule of maximum multiplicity: Electronic configuration; periodic classification of elements; early classification and modern classification; periodic properties: atomic radii; ionization energy and electron affinity: chemical bonding: ionic bond; covalent bond; co-ordinate bond: hybridization. metals and non-metals: differences; important chemical reactions of metals: extraction of iron and copper: extraction of silicon; uses of silicon compounds; phosphorous; allotropic forms: extraction of phosphorus; chemical properties: uses of phosphorous: Sulphur: occurrence and extraction; allotropic forms; uses.

Magnetism and electricity: Properties of the magnetic field; electromagnetic induction; solenoid; Fleming’s LHR AC generator; Fleming’s RHR DC motor; Ohm’s law; resistance; factors affecting resistance; problems on resistance involving series and parallel circuit. Dynamics: motion is relative; speed; velocity; acceleration; problems on equations of motion; centrifugal and centripetal forces; principle of moments and problems based on uniform meter rule. calorimetry: heat capacity; specific heat capacity; latent heat; law of calorimetry; problems based on calorimetry; optics: lens; types of lenses; real and virtual images; ray diagrams; prisms; types of prisms and its ray diagrams. 

Meaning; nature; and scope of physical science; significance of physical science in daily life; practical and recreational values of physical science; scientific attitude: meaning; characteristics of a person with scientific attitude; techniques of developing scientific attitude; connectedness of physical science with other school subjects; international mindedness through physical science; linking the learner profile to teaching of physical science.

Objectives of teaching physical science; John Biggs’s constructive alignment; Bloom’s Taxonomy and revised Bloom’s Taxonomy; list of command terms; Constructing instructional objectives. Significance of introduction; state of aim; opening and concluding statements; blackboard work; evaluation; recapitulation; and homework in delivering a lesson.

Lesson Plan: Meaning and importance; Herbartian lesson plan, evaluation-based lesson plan, IB unit plan: templates and construction, Flanders’ classroom interaction analysis.

Pedagogy vs. andragogy Approaches to Teaching (ATT); teaching through inquiry; teaching through concepts; teaching developed in the local, regional, national, and global contexts; teaching focused on effective teamwork and collaboration; teaching differentiated to meet the needs of all learners; collaborative teaching techniques: Socratic Seminar; flipped class; fishbowl discussion method; think-pair-share; jigsaw technique; concept mapping; discussion method. process-oriented guided inquiry learning; experiential learning; problem and project-based learning; case-based learning; discovery learning.

Approaches to Learning (ATL); thinking skills, research skills, communication skills, self-management skills and social skills. 

Audet, R. H., & Jordan, L. K. (2005). Integrating inquiry across the curriculum. Corwin Press.

Bergmann, J. & Sams, A. (2012). Flip your classroom: Reach every student in every class every day. International Society for Technology in Education.

Bloom, B. S. (1956). Taxonomy of educational objectives, Handbook I: The Cognitive Domain. David McKay.

Goldman, A. I. (2008). A causal theory of knowing. The Journal of Philosophy, 64(12).  http://www.jstor.org                                                                                     

Hreha, S. R. (2012). Approaches to international mindedness in IB world schools. https://docplayer.net/54605031-Approaches-to-international-mindedness-in-ib-world-schools-dr-steve-r-hreha.html

International Baccalaureate. (2022). The IB learner profile. https://ibo.org/benefits/learner-profile

International Baccalaureate. (2022). Diploma Years Programme. https://www.ibo.org/programmes/diploma-programme/

Mohan, R. (2007). Innovative science teaching for physical science teachers: Prentice Hall of India.

Trilling, B., & Fadel, C. (2009). 21^st century skills: Learning for life in our times. John Wiley & Sons.

Fahey, J. (2012). Ways to learn through inquiry: Guiding children to deeper understanding. International Baccalaureate Organization.   

Hutchings, W. (2007). Enquiry-Based learning: Definitions and rationale. http://www.ceebl.manchester.ac.uk/resources/papers/hutchings2007_definingebl.pdf

IBO. (2019). Approaches to Teaching and Learning in the Diploma Programme. https://resources.ibo.org

IBO. (2019). Approaches to Teaching and learning in the Diploma Programme. https://resources.ibo.org

Tilke, A. (2011). The International Baccalaureate Diploma Program and the School Library: Inquiry-Based Education. ABC-CLIO.

Tomlinson, C., & Imbeau, M. B. (2011). Managing a differentiated classroom: A practical guide. https://www.researchgate.net     

Lee, V. S. (2004). Teaching and learning through inquiry: A guidebook for institutions and instructors. Stylus.

Wiliam, D. (2011). Embedded formative assessment. Solution Tree Press.

This discipline-specific course is offered in the first semester of the programme. It introduces students to the principles of teaching and learning English and comprehends the importance and role of English in National and International spheres. It helps in assessing learners’ understanding for and of learning, making connections with TOK, CAS and the extended essay. It develops the linguistic skills, planning and implementation of lesson plans through different approaches.

The objectives course will enable the preservice teachers to:

• illustrate the pedagogical principles underpinning the IBDP programme
• differentiate the role of English in National and International spheres and create opportunities to learn and teach
• research and design appropriate learning activities
• create and experiment with course plans, unit plans and lesson plans and provide meaningful learning opportunities
• demonstrate independent implementation of Approaches to Teaching and learning
• construct meaningful opportunities for content analysis and transaction.
• present effective use of resources in the English classroom.
• discuss and demonstrate professional competencies.
• examine the application of TOK, EE and CAS in teaching and learning English

Meaning, definition, functions of language; Fundamental principles of language learning; Need and importance of teaching and learning English; Importance of English in school; Challenges of teaching English; Significance of English language & Literature in daily life; Theory of Knowledge, Role of a teacher in the theory of knowledge; Stimulate, Facilitate, and Guide; Knowledge framework; International mindedness with respect to English language & Literature, Linking the learner profile.

Relationship of Inquiry, action, and reflection; Setting up the purpose of an English language & Literature unit; Aims and objectives of teaching English; Writing objectives for classroom teaching based on content; Listing of Specifications under General Objectives, Criteria for Writing Instructional Objectives.

The teaching of Prose and poetry; Anderson’s Revised Taxonomy; Unit plan and Lesson Plans: Meaning and importance; Herbartian Lesson Plan, Evaluation Approach to Lesson plan, IB course outline; Templates and construction, IB Unit Plan: Templates and construction; Anderson's Revised Taxonomy; Evaluation Approach to Lesson plan, Unit Plan: Meaning, importance, format and Uses; Unit planning in International Baccalaureate.

Approaches to Teaching (ATT) Approaches to Learning (ATL) as per IB, Inquiry-based teaching; Structural Approach; Communicative Approach; Humanistic Approach; Community Language Learning; Differentiated teaching strategies, Teaching in local and global contexts; Effective use of Technology for teaching and learning, Collaborative Teaching techniques: Socratic Seminar, flipped classroom, fishbowl discussion method, Think-pair-share, Jigsaw technique, graphic organizers, Spider web discussion method; Process-oriented guided inquiry learning, Experiential learning, Problem and Project-Based Learning, Case-based learning, Discovery learning.

Listening Skills, Speaking Skills, Reading Skills, Writing Skills, Study Skills, Thinking skills, Communication skills, Social skills, Self-management Skills, Research Skills, Oral and Written Communication Skills, Critical Thinking Skills, Problem-Solving Skills, Teamwork and Collaborative Skills, Metacognitive Skills.

Brinton D. (2014). Integrating language and Content: Issues and Options. https://www.tesol.org/connect/tesol-resource-center

Daniels, H., Steineke, N., and Moses, S. (2014). Teaching the social skills of academic interaction: Step-by-step lessons for respect, responsibility, and results. Corwin.

Harry, B., Waterman, R. (2008). Building collaboration between schools and parents of english language learners: Transcending barriers, creating opportunities. National Institute for Culturally Responsive Educational Systems. http://www.colorincolorado.org/research/effectiveness

McWilliam, E. (2008). Unlearning how to teach. Innovations in Education and Teaching International, 45(3), 263–269. doi: 10.1080/14703290802176147

National Council of Teachers in English (2011). Lesson plans and teaching resources. http://www.ncte.org/lessons

Richards C.J and Renandya A. W. (2002). Methodology in language teaching: An anthology of current practice. Cambridge University Press.

Rokhaniyah, H. (2016). The implementation of collaborative learning to enhance the students’ critical thinking in writing. at Tadib, 11(1). doi: 10.21111/at-tadib. v11i1.627

Vallabi, J. E. (2011). Teaching of English: Principles and practices. Neelkamal.

Venkateswaran, S. (2008). Principles of teaching English. Vikas Publishing House.

Wei L. (2011). Formative Assessment in classrooms: Operational procedures. Journal of Language Teaching and Research. https://www.academypublication.com/issues/past/jltr/vol02/01/12.pdf

Woodward T. (2001). Planning lessons and courses. Cambridge University Press. 

Woodward, T. (2004). Planning lessons and courses. Cambridge University Press.

Wren., & Martin. (2008). High School English Grammar & Composition. Chand Publishing.

Bergmann, J., & Sams, A. (2012). Flip your classroom: Reach every student in every class every day. International Society for Technology in Education.

Himmele, P., & Himmele, W. (2009). The language-rich classroom: A research-based framework for English language learners. ASCD.

Lake, D., Baerg, K., & Paslawski, T. (2015). Teamwork, leadership and communication: collaboration basics for health professionals. Brush Education.

McWilliam, E. (2008). Unlearning how to teach. Innovations in Education and Teaching International, 45(3), 263–269. doi: 10.1080/14703290802176147

Richards, C. J., & Rodgers, S.T. (2001). Approaches and Methods in language teaching. Cambridge University Press.

Summers, J., & Smith, B. (2009). Communication skills handbook: How to succeed in written and oral communication. Wiley.

End Semester Exam (ESE) 50 %

Mid Semester Exam (MSE or CIA II) 25 %

Continuous Internal Assessment (CIA I & III) 25 %

Total 100 %

Continuous Internal Assessment

CIA I CIA II CIA III Attendance

10 marks 25 marks 10 marks 5 marks

This discipline-specific elective course is offered in the first semester. The course introduces the students to the aims and objectives of teaching commerce at local, regional, national, and international schools. It discusses the essential elements of teaching and practice needed to teach commerce in an effective and inspirational manner. It develops the competencies required for a teacher to teach commerce and hones their employability skills.

The course will enable the preservice teachers to:

• solve problems of the content of commerce operating at the national and international boards of schooling suitably at the secondary school level
• apply the underpinning principles of teaching and learning in Commerce
• formulate goals and objectives in Teaching and Learning in Commerce
• develop Course outlines, Unit plans, and Lesson Plans
• apply Approaches to Teaching (ATT) and Approaches to Learning (ATL) in everyday teaching of Commerce

Level of Knowledge – Working Knowledge

Business organization and environment- Introduction to Commerce, Types of organization, Organizational objectives, stakeholders, External environments, Growth and evolution, Organizational planning tools Human Resource Management-Functions and evolution of human resource management, Organizational Structure, Leadership and management, Motivation, Organizational/ Corporate culture, Industrial/employee relationship, Finance and Accounts -Sources of finance, Costs and revenues, Break-even analysis, Final Accounts, Profitability and liquidity ratios, Efficiency ratio analysis, Cash flow, Investment appraisal, Budgets.

Level of Knowledge – Conceptual and Basic

Commerce Education: Meaning, definition and need of commerce education in present days, Qualities of a Commerce teacher, Significance of Commerce in daily life, Recent developments in commerce. 

Theory of Knowledge in Commerce; Ways of knowing; Sense perception, Reasoning, Language, Emotion, Imagination, Faith, Intuition, and Memory. Role of a teacher in the theory of knowledge; Stimulate, Facilitate, and Guide. Constructing Theory of knowledge questions in Commerce; International mindedness with respect to Commerce. Linking the learner profile in Commerce class.

Level of Knowledge – Conceptual and Basic

Meaning of the terms Aim, Objective, Learning outcome, and Specification; Objectives of Teaching Commerce. aims of teaching commerce, Values of teaching commerce Relationship of Inquiry, action, and reflection. Setting up of the purpose of a Commerce unit: transferable goals, content, skills, application: Anderson & Krathwohl’s Taxonomy for teaching and assessing , Listing of Specifications under General Objectives, Criteria for Writing Instructional Objectives. Correlation of Commerce and accountancy with other subjects.

Level of Knowledge – Conceptual and Working Knowledge

Year Plan, Lesson Plan: Meaning and importance; Herbartian Lesson Plan, Evaluation Approach to Lesson plan, IB course outline; Templates and construction, IB Unit Plan: Templates and construction.

Level of Knowledge – Conceptual and Working Knowledge

Pedagogy vs. andragogy, Approaches to Teaching (ATT) Approaches to Learning (ATL). Methods of Teaching- Inquiry-based teaching and learning: Structured inquiry, Guided inquiry, Open inquiry, Process-oriented guided inquiry learning, laboratory method, Fishbowl discussion method, Spider web discussion method, Flipped classroom, Think-pair-share, Jigsaw technique, graphic organisers; Specific methods of teaching in Commerce: Lecture, Industrial Visit, Group Discussions, Demonstration, Role-play, Workshop, Surveys and market study, Symposium, Panel discussion, Heuristic method, Problem and Project-Based Learning, Case based learning. Collaborative learning strategies.

Level of Knowledge-Conceptual and Working Knowledge

Social skills, Self-management skills, Research skills, Oral and written communication skills, Critical thinking skills, Teamwork and collaborative skills, reflective skills. Non-verbal skills, public relations.

Technical or Specific skills—Skills needed in drafting correspondence and preparing the business reports, accounting skills, Marketing and Salesmanship, Entrepreneurship skills, Leadership and Motivation skills.

Anderson, L. W., & Krathwohl, D. R. (2001). A taxonomy for learning, teaching, and assessing: A revision of Bloom’s taxonomy of educational objectives. Longman.

Erasmus, B., Strydom, J. W., & Rudansky-Kloppers, S. (2016). Introduction to Commerce. Oxford University Press.

Gershon, M. (2015). How to use Bloom’s taxonomy in the classroom: the complete guide. Createspace.

Heydorn, W., & Jesudason, S. (2014). Decoding theory of knowledge for the IB diploma: Themes, skills and assessment. Cambridge University Press.

Pizzey, A. (2001). Accounting and finance: A firm foundation. Continuum.

Bergmann, J., & Sams, A. (2012). Flip your classroom: reach every student in every class every day. International Society for Technology in Education.

Compayré, G., & Payne, W. H. (2002). The history of pedagogy. University Press of the Pacific.

IB Business and Management. (n.d.). Daily Lesson Plans. https://sites.google.com/site/ibbusinessandmanagementmitchem/daily-lesson-plans

Hamilton, B. (2018). Integrating technology in the classroom: Tools to meet the need of every student. ISTE.

Interactive Education. (2005). Lesson plan. Whangaparaoa, N.Z.

Mishra, R. C. (2009). Lesson planning. A.P.H. Publication.

Paulson, D. (1970). Unit planning: A guide for effective teaching. Lutheran Church Press.

Reidsema, C., Kavanagh, L., Hadgraft, R., & Smith, N. (2017). The flipped classroom practice and practices in higher education. Springer.

End Semester exam (ESE):          50%

Mid Semester exam (CIA II):          25%

Continuous Internal Assessment (CIA): 25%

                                       Total :          100%

Written Examination

Mid Semester Exam          :     50 marks (2 Hours)

End Semester Exam           :    100 marks (3 Hours)

Mid Semester exam marks will be taken for Internal Assessment. End Semester exam will be reduced to 50 for deciding the promotion criteria.

Continuous Internal Assessment

CIA-II MSE marks will be reduced to 25 marks.

This discipline-specific elective course is offered in the first semester. The course introduces the students to the aims and objectives of teaching social science at local, regional, national, and international schools. It discusses the essential elements of teaching and practice needed to teach social science in an effective and inspirational manner. It develops the competencies required for a teacher to teach social science and hones their employability skills.

Meaning and nature of Social Science, the scope of Social Science, Geography, Economics and Political Science, Significance of Social Science in daily life, Importance of Social Science as a school discipline, Practical, disciplinary and recreational Values of teaching Social Sciences, Social Science as an art and science, Difference between Social Science, Natural Science and Social Studies, Theory of Knowledge in Social Science; Ways of knowing; Sense perception, Reasoning, Language, Emotion, Imagination, Faith, Intuition, and Memory. Role of a teacher in the theory of knowledge; Stimulate, Facilitate, and Guide. Constructing Theory of knowledge questions in Social Science. International mindedness with respect to social science. Linking the learner profile in social science class. 

This discipline-specific elective course is offered in the first semester. The course introduces the students to the aims and objectives of teaching mathematics at local, regional, national, and international schools. It discusses the essential elements of teaching and practice needed to teach mathematics in an effective and inspirational manner. It develops the competencies required for a teacher to teach mathematics and hones their employability skills.

The course will enable the preservice teachers to:

• To solve problems of the content of mathematics operating at the national and international boards of schooling suitably at the secondary school level
• To apply the underpinning principles of teaching and learning mathematics
• To formulate goals and objectives in teaching and learning mathematics
• To develop course outlines, unit plans, and lesson Plans
• To apply Approaches to Teaching (ATT) and Approaches to Learning (ATL) in everyday teaching of Mathematics

Level of Knowledge: Working Knowledge

Arithmetic: Number System-Integers, fractions, number line, rational and irrational numbers; Sets-types, Venn diagrams; Matrices-types, operations; Statistics-mean, median, mode, Std. deviation and quartile deviation; Square roots and Cube root; Profit and loss, Discount, Brokerage; Ratio, Proportion and percentage, Playing with numbers and Patterns. Algebra: HCF, LCM; Factorization; Speed, time and distance; Variations. Geometry: Axioms and postulates; Triangles-Theorems, construction; Mensuration-square, rectangle, cube, cuboid; Graphs; Polygons-types; Quadrilaterals- cyclic quadrilaterals; Parallelogram- theorems.

Level of Knowledge: Conceptual and Basic

Meaning and nature of Mathematics, the scope of Mathematics, Significance of Mathematics in daily life, Importance of Mathematics as a school subject, Practical, disciplinary and recreational Values of Mathematics; Scientific attitude: Meaning, characteristics of a scientific attitude person, techniques of developing scientific attitude, International mindedness concept and techniques of developing international-mindedness, understanding the learner profile of a Mathematics student.

Level of Knowledge: Conceptual and Basic

Meaning of the terms: Aim, Objective, Learning Outcome, and Specification; Objectives of Teaching Mathematics, Relationship of inquiry, action, and reflection. Setting up of the purpose of a Mathematics unit: Transferable goals, content, skills, application: Bloom’s and Anderson’s taxonomy of cognitive objectives; Listing of specifications under general objectives, Criteria for Writing Instructional Objectives.

Level of Knowledge: Conceptual and Working Knowledge

Lesson Plan: Meaning and importance; Herbartian Lesson Plan, Evaluation Approach to Lesson plan, ENGAGE model; IB course outline; Templates and construction, IB Unit Plan: Templates and construction, Flanders classroom interaction analysis.

Level of Knowledge: Conceptual and Working Knowledge

Pedagogy vs. andragogy, Approaches to teaching (ATT) Approaches to learning (ATL) as per IB. Methods of Teaching- Inquiry-based teaching and learning: Structured inquiry, Guided inquiry, Open inquiry, Process-oriented guided inquiry learning, laboratory method, Experiential learning, Problem and Project-Based Learning, Case-based learning, Discovery Learning, Fishbowl discussion method, Spider web discussion method. Collaborative Teaching techniques; Differentiated teaching strategies, Socratic Seminar, Flipped classroom, Think-pair-share, Jigsaw technique, graphic organisers.

 Level of Knowledge: Conceptual and Working Knowledge

Thinking skills, Communication skills, Social skills, Self-management skills, Research skills, Oral and written communication skills, Critical thinking skills, Problem-solving skills, Teamwork and collaborative skills, Metacognitive skills, Self-regulated learner.

Bergmann, J. & Sams, A. (2012). Flip your classroom: Reach every student in every class every day. International Society for Technology in Education. 

CASEL. (2013). Social and emotional core competencies. http://www.casel.org/social-andemotionallearning/core-competencies

Chambers, A. (n.d.). Tok maths resources. https://ibmathsresources.com/ibtokmaths

Chambers, R., Lo, B. C. Y, and Allen, N. B. (2008). The impact of intensive mindfulness training on attentional control, cognitive style, and affect. Cognitive Therapy and Research, 32(3), 303–322.

Costa, A. L. & Kallick, B. (2009). Habits of mind across the curriculum: Practical and creative strategies for teachers. ASCD.        

Clarke, D., Clarke, B., Sullivan, P. (2012). Teaching with tasks for effective mathematics learning. Springer.           

Erickson, H. L. (2012). Concept-based teaching and learning. http://www.ibmidatlantic.org/Concept_Based_Teaching_Learning.pdf

Erozkan, A. (2013). The effect of communication skills and interpersonal problem solving skills on social efficacy. Educational Sciences: Theory and Practice,13(2). 739–745.

Fasko, D. (2003). Critical thinking: Origins, historical development, future direction. Critical thinking and reasoning: Current research, theory and practice, 3–20.

Howard, J. P., & Beyers. J.F.  (2020). Teaching and learning mathematics online. CRC Press.

Harcet, J., Heinrichs, L., Seiler, P. M., & Skoumal, M. T. (2016). IB mathematics higher level. Oxford University Press.

Hattie, J. (2009). Visible Learning: A synthesis of over 800 meta-analyses relating to achievement. Routledge.

Hutchings, W. (2007). Enquiry-Based Learning: Definitions and rationale. http://www.ceebl.manchester.ac.uk/resources/papers/hutchings2007_definingebl.pdf

International Baccalaureate. (2017). What is an IB education?https://www.ibo.org/globalassets/what-is-an-ib-education-2017-en.pdf

Managebac. (n.d.). DP Unit Planner sample. https://www.managebac.com/ib-diploma/sample-dp-unit-planner

Smith, M. K. (2013). David A. Kolb on experiential learning. The encyclopedia of pedagogy and informal education. https://infed.org/mobi/david-a-kolb-on-experiential-learning

Theoryofknowledge.net. (n.d.). TOK Areas of Knowledge: Mathematics. https://www.theoryofknowledge.net/areas-ofknowledge/mathematics/

End Semester exam (ESE):          50%

Mid Semester exam (CIA II):          25%

Continuous Internal Assessment (CIA): 25%

                                       Total :          100%

Written Examination

Mid Semester Exam          :     50 marks (2 Hours)

End Semester Exam           :    100 marks (3 Hours)

Mid Semester exam marks will be taken for Internal Assessment. End Semester exam will be reduced to 50 for deciding the promotion criteria.

Continuous Internal Assessment

CIA-II MSE marks will be reduced to 25 marks.

 The skill enhancement course expects students to plan and demonstrate:

Creativity: Exploring and extending ideas leading to an original or interpretive product or performance; 

Activity: Physical exertion contributing to a healthy lifestyle.

Service: Collaborative and reciprocal engagement with the community in response to an authentic need.

In this course, students will be mentored and taught the concept and processes of CAS by the CAS mentor. 

The course will enable the preservice teachers to:

• gain knowledge and awareness of their strengths and weakness
• adapt to new challenges
• initiate, plan and execute experiences
• be committed and persevered in completing the experiences
• work collaboratively with peers and community
• engage with issues of local and global importance
• develop ethical competence

Creativity : (arts and other experiences that involve creative thinking)

This may include improvised teaching aids, performing arts, digital designing, literary writing, arts and crafts. Students are stimulated to involve in creative endeavours that move them beyond the familiar, broadening their scope from conventional to unconventional thinking. There are many departmental, institutional, local and global competitions the students can participate in to show their creativity, such as Improvised teaching aids for practice teaching, BookMark, Blossoms, In-Bloom, Dharpan, Kalasaurabha, Broucher designing for seminars/workshops/panel discussions, articles in newsletters and any other competitions State/national/global.

Activity: (physical exertion contributing to a healthy lifestyle)

This may include participation in individual and team sports, Yoga, aerobic exercise, dance, fitness training, and any other form of physical exertion that contributes to a healthy lifestyle. Students could be involved in the departmental Annual Sports day, University Annual Sports day, timetabled sports sessions, students could organise sports day at various schools and NGO based organisations. 

Service: (An unpaid and voluntary exchange that has a learning benefit for the student)

There are three types of service experiences possible, they are:  (engaging with different types of service is recommended.

 Direct service: Students can render teaching service for the underprivileged through NGOs, one-on-one tutoring with peers or any other non-paid teaching assignment. They can even frame curriculum as per the needs of the organisations, conduct workshops/seminars/talks for the underprivileged. Implementation of Service-learning projects offered by CSA and Organization and participation in the social responsibility week and CSA activities of the university. Organization and participation in Social issues drives.  Indirect service: Students can be a part of designing websites, designing presentations, teaching material etc for other teachers or advisers to use.   Research: Students can plan, collect, analyze, and report on issues in particular schools or colleges. Students can engage in action research projects for the benefit of schools or colleges as per the requirement of the institutions.

 CAS experiences can be conducted in collaboration with the Centre for Social Action of the University or they can be done individually, however, the experiences should be done in consultation with the CAS Coordinator/Advisor.

Grades to be awarded based on University norms.

Course Description

This skill enhancement course is offered in the second semester. It is designed to enable preservice teachers to facilitate sessions on life skills and personal safety education for primary, elementary and secondary school students.

Course Objectives

The course will enable the preservice teachers to:

·       explain, discuss and transact the necessary skills and information needed to facilitate sessions on life skills and personal safety education

·       analyse the content related to sexuality, emotions and feelings in children and adolescents from social, biological, and psychological perspectives

.    research and formulate policies in an educational setting

Meaning, importance and formation of self-esteem; body image and self-esteem, the effect of media on self- esteem of children; Gender, identity and indicators of high or low self-esteem; Feelings and emotions - identifying, accepting, managing and expressing; Importance to address: Queer identities and body image dissatisfaction.

Secondary sexual characteristics, Myths, doubts and facts about the reproductive system; Exploring sexual behaviours and alternate sexuality; Beliefs around the body: empowering v/s disempowering; Sexual Orientations, Gender Identities, Gender Expressions and Sex Characteristics (SOGIESC diversity): Understanding allyship.

Safe and unsafe touch, Body safety rules; Relationship, infatuation, love and consent; Internet Safety, Child sexual abuse, Pedophilia, Sexual violence against children and adults, POCSO Act, Support systems.

Borba, M. (2003). Esteem builders: a K-8 self-esteem curriculum for improving student achievement, behavior and school climate. Jalmar Press.

Enfold Proactive Health Trust. (2021). Demystifying sexuality reference book: Looking at sexuality with a rights-based, restorative and gender transformative lens. http://enfoldindia.org/wp-content/uploads/2021/07/Demystifying-Sexuality-Reference-Book-by-Enfold-2021.pdf

Khalsa, S. S. (2007). Teaching discipline & self-respect: Effective strategies, anecdotes, and lessons for successful classroom management. Corwin.

Westin, D. C. (2011). Impressions of self: A framework for building self-esteem. Trafford.

Faller, A., Schunke M., & Schunke G. (2007). The human body: An introduction to structure and function. Thieme.

Ministry of Women and Child Development. (2012). The Protection of Children from Sexual Offences Act. https://wcd.nic.in/sites/default/files/POCSO%20Act%2C%202012.pdf

Sechler, J. (2012). Internet safety for kids and young adults. Createspace Independent Pub.

The overall CIA will be split as follows:

CIA I - 10

CIA II - 10

CIA III - 10

Attendance  - 5

Class participation  - 5

Final written test - conducted for 25 and converted to 10

This is an ability enhancement compulsory course offered in the second semester. The students will learn the procedural knowledge of writing an extended essay at IBDP and its assessment. Each student will be mentored and guided to have hands-on experiences in analysing and assessing the sample extended essays.

Extended Essay: Overview; expectations and timeline for IBDP Extended Essay; Extended Essay at the School of Education; Writing process for IBDP students; Reflection; Samples, navigation, and reading materials; Assessment criteria; Policies related to Extended Essay: Academic integrity, ethical guidelines, animal experimentation policy; Evaluating an Extended Essay.

https://www.ibo.org/contentassets/5895a05412144fe890312bad52b17044/extended-essay-brief-2016-en.pdf

Method of Evaluation  Theory of Knowledge

Theory of Knowledge (TOK): 25 Marks

Class and group participation: 10%

Individual Reflective journal entries:15%

TOK one object group exhibition:10%

TOK two object group exhibition:25%

TOK three object group exhibition:40%

This core course is offered in the second semester.  The course fosters in the students, the School of Education’s Programme Outcome for Research Competence: Apply the knowledge of research in solving social and educational problems. Towards achieving this outcome, the course prepares students to know and understand the fundamental concepts and processes in research methods. Students become familiar with both quantitative and qualitative research methods. Research Ethics is introduced to the students. The course culminates in students writing a manuscript with a view to present at a conference and/or submit to a journal for publication.

The course will enable the preservice teachers to:

·         understand the importance of research in solving educational and social problems

·         begin internalizing the research skills

• make presentations at conferences and publish in journals

Research: Definition; Systematic Research process; Research Methods: Deductive, Inductive, and Deductive-Inductive Method; Educational Research: Meaning and Purpose; Approaches to Educational Research: Quantitative, Qualitative, and Mixed-Methods; Research Paradigms: Positivist, Interpretivist/Constructivist, Critical. Purposes of Fundamental/Basic, Applied, and Action Research; Types of Educational Research: Historical, Experimental Research, Descriptive-Quantitative & Descriptive-Qualitative; Research Ethics.

The Research Problem: 

Finding a research problem in education; researchable and non-researchable problems in education; sources to locate a research problem; evaluating a research problem; 

Selecting and stating the Research Problem. Stating Research Objectives; Stating Research Questions; Stating Directional, Null, and Alternate Hypotheses. 

Review of the Literature in Education: Literature Review: What. Why, When, and How?

Types of Educational Reviews: Conceptual, Empirical, Narrative/Traditional, Systematic, and Meta Analysis; PRISMA; Stating the Rationale and Purpose of the Study with literature-support; reviewing, summarizing and synthesizing literature to support the problem and allied areas of the problem.

Describing the characteristics of the Research Participants; Population, Sample and Sampling Techniques; Primary and Secondary Sources of Data; Conceptualization, operationalization and measurement; Definition and nature of variables; operationally defining variables; Types of variables; formulation of research problems and hypothesis; Different types of hypothesis; Methods of data collection: observational methods, surveys, questionnaires, interviewing methods, case study methods, and psychometric tests; Research Tools: Inventories; Surveys; Likert Scales; Data Analysis: Basics of Descriptive and Inferential Statistics.

Qualitative Research: Characteristics; Researcher Identity, Positionality and Reflexivity; 

Research Paradigms: Positivist, Interpretivist/Constructivist, Critical;

Qualitative Methodologies: Ethnography, Phenomenology, Action Research, Feminist Standpoint Research, Discourse Analysis, Questionnaire Research; 

Qualitative Methods, Their Advantages, & Limitations: Observation; Interviews: Patton’s Typology, Strauss et al.’s typology; Focus group; Case study; Questionnaire; Life history; Document analysis; Qualitative Research Questions; Sampling; Maxwell’s Interactive Model of Research Design; Qualitative Data Recording Methods: Observation Protocols; Interview Protocols; Audio & Video Recording; Qualitative Data Analysis Methods: Coding; Memoing; Validity: Triangulation; Member Checking, & other.

Writing a Research Proposal; Writing Findings, Discussion, Limitations, & Conclusion.

Best, J. W., Kahn, J. V., & Jha, A. K. (2016). Research in education. Pearson. 

Cohen, L. Manion. L & Morrison, K. (2007). Research methods in education. Routledge.  

Creswell, J. W., & Creswell, J. D. (2017). Research design: Qualitative, quantitative, and mixed methods approaches. Sage.

Hedges, L.V. Ashley, L.D. Waring, M. & Coe, R. (2021). Research methods and methodologies in education. Sage Publications.

Lambert, M.  (2019). Practical research methods in education: An early researcher's critical guide. Taylor & Francis.

Pini, B., & Moss, J. (2016). Visual research methods in educational research. Palgrave Macmillan.

Voegtle, K. H., Lodico, M. G., & Spaulding, D. T. (2010). Methods in educational research: From theory to practice. Wiley.

Denzin, N. K., & Lincoln, Y. S. (2017). The Sage handbook of qualitative research. Sage.

Martin, C., & Polly. D. (2016).  Handbook of research on teacher education and professional development. IGI Global.

Patton, M. Q. (2015). Qualitative research & evaluation methods: Integrating theory and practice (4th ed.). Sage.

This is a core course in the second semester. It will help the students in acquiring knowledge of the concept of inclusive education, diversity in the classrooms, and the skills to teach different kinds of learners. Preservice teachers will develop the skills to understand each learner, the strengths and limitations of learners, and transact curriculum considering the needs and nature of the learners. 

Concept of Inclusive Education: Meaning, Definition, and historical development of special education services; Labelling; Using person-first language; Changing Practices in Education of Students with Disabilities: Segregation, Integration & Inclusion, Whole School Approach; Diversity in classrooms: Learning Styles, Linguistic & Socio-Cultural Multiplicity; Principles of Inclusive Education: Access, Equity, Relevance, Participation and Empowerment; Barriers to Inclusive Education: Attitudinal, Physical & Instructional

International Declarations: Universal Declaration of Human Rights (1948), World Declaration for Education for All (1990); International Conventions: Convention against Discrimination (1960), Convention on Rights of a Child (1989), United Nations Convention of Rights of Persons with Disabilities (UNCRPD) (2006); International Frameworks: Salamanca Framework (1994), Biwako Millennium Framework of Action (2002); 

National Commissions & Policies: Kothari Commission (1964), National Education Policy (1968), National Policy on Education (1986), Revised National Policy of Education (1992), National Curricular Framework (2005), National Policy for Persons with Disabilities (2006), National Education Policy (2020); National Acts & Programs: IEDC (1974), RCI Act (1992), PWD Act (1995), National Trust Act (1999), SSA (2000), RTE (2006), RMSA (2009), IEDSS (2013), RPWD Act (2016)

Characteristics of students with Sensory Disabilities: Visual Impairment, Hearing Impairment, Speech Impairment, Deaf-blindness; Characteristics of students with Neuro-Developmental Disabilities: Intellectual Disabilities, Autism Spectrum Disorders, Specific Learning Disabilities, Attention Deficit Hyperactivity Disorder, Epilepsy; Characteristics of Students with Locomotor Disabilities: Cerebral Palsy, Muscular Dystrophy; Characteristics of students with multiple disabilities, Gifted Students; Characteristics of students with Mental Health issues: Mental illness, psychosocial issues.

Formal and Informal Assessment of academic skills; Disability-Specific Adaptations, Accommodations and Modifications: curriculum adaptation, educational policies & schemes, teaching learning materials; Inclusive Lesson Plans; Universal Design for Learning: Multiple Means of Access, Expression, Engagement & Assessment; Differentiated Instruction: Content, Process, & Product; Peer Mediated Instructions, Remedial teaching:  Individualized Education Program, Strategies for academic skills enhancement; Positive Behaviour Management. Use of Assistive Technologies.

Collaborative approach: Teachers, Special Educators, Peers, Therapists, Counsellors; Community Involvement for Inclusive Education; Advocacy and Leadership for Inclusion in Education; Role of Special Schools in Inclusive Education; Resource Mobilization for Inclusive Education.

Mangal, S. K. & Mangal, S. (2017). Creating an inclusive school. Shipra.

Sharma, Y. (2021). Inclusive education: Perspectives, praxis and pedagogy. Pearson.

This core course is offered in the second semester. The course has been conceptualized in order to raise critical awareness in the preservice teachers about the gender inequities that exist globally and in India and to critically engage in the discourse on gender socialization, power and knowledge construction. Preservice teachers are introduced to several concepts around gender and feminist theories. While learning about the historical background of social and educational reform movements of the 19th and 20th centuries in India, preservice teachers will also examine gender issues in contemporary Indian curriculum documents and textbooks.

The course envisages teachers as agents of change who would encourage students to reflect on their socialization and critique practices that perpetuate stereotypes and biases. It also intends to enable the preservice teachers to become inclusive in their attitudes, speech, actions, teaching, and assessment of all genders in a nonbinary world.

The course will enable the preservice teachers to:

• differentiate between sex and gender.
• describe with examples the concepts of patriarchy, gender roles, gender stereotypes, gender bias, gendered allocation of power, resources and opportunities, gender discrimination.
• define gender socialization.
• evaluate gender socialization practices via social institutions that perpetuate gender roles, gender discrimination, gender stereotypes, and gender biases.
• explain nonbinary genders.
• evaluate gender representations and reinforcement of gendered images and identities in Indian social institutions-family, religion, caste, education, place of residence, economy and polity.
• describe the contributions of Indian social and educational reformers of the 19th and 20th centuries
• critically examine the constitutional provisions for gender equality, gender issues in the curriculum, the construct of gender in the National Curriculum Framework and the National Education Policy 2020.

Key Concepts in Gender Studies of (X): Sex and Gender; Genders: Males, Females, LGBTQ; Patriarchy, Gender stereotypes, Gender bias; Understanding the diversity and heterogeneity within gender; A Brief Introduction to Feminist Theories: Cultural, Liberal, Marxist, Post-modern, Radical, Psychoanalyst, Socialist; Three waves of Feminism.

Gender Socialization: Concept and Practices, Gender roles, Gender discrimination in social institutions and life events: family, peer group, marriage, school, workplace, economy, media, politics, social networks; Gendered allocation of power, resources and opportunities; Gendered boundaries between traditional and non-traditional occupations, Glass ceiling.

Construction of gender as a social category in Indian society: Gender representations and reinforcement of gendered images and identities in Indian social institutions: family, religion, caste, education, place of residence, economy and polity; Emergence of movements for gender justice; the role of law and civil society.

Historical background of social and educational reform movements of 19th and 20th centuries with a focus on women’s education: Rajaram Mohan Roy, Ishwar Chandra Vidyasagar, Mahatma Gandhi, B R Ambedkar, Jyotisar and Savitribai Phule; Gender Issues: Constitutional provisions for gender equality, Gender issues in curriculum; Construct of gender in National Curriculum Framework and National Educational Policy 2020, Critical examination of textbooks for inclusion and bias.

Assessment Component & Weightage:

CIA 1: 10%

CIA 2/MSE: 25%

CIA 3: 10%

End Semester Examination: 50%

Attendance: 05%

End Semester Examination: The first 4 questions are compulsory and the 5th question has an internal choice.

Each question is 10 marks * 5 questions=50 marks.

This discipline-specific course is offered as an elective in the second semester. This course introduces students to the resources available for teaching and learning physics. It also helps in assessing the learners' understanding through various formative and summative assessment techniques. This course prepares them to become professional physical sciences teachers.

Modern Physics: Sound, sound waves and light waves, Echo, problems based on echo, Light: Reflection, Refraction, Glass slab experiment, Refractive index, problems based on refractive index, Total internal reflection, Electromagnetic spectrum, dispersion, and scattering of light, its applications in daily life; Photoelectric effect, Radioactivity, Equations based on alpha, beta and gamma emissions; Energy: Sources of energy, forms of energy, conservation of energy, Energy crisis and tips to save electricity in daily life; Household wiring system: Fuse, Neutral, live, earth wires, Tree system and ring system, Switch, step-up and step-down transformers. Working of a cathode ray tube. 

Stoichiometry: Equivalent mass of element; Atomic mass and molecular mass. Mole concept, Avogadro number, Molarity, Molality, Normality, Mole Fraction: Water: Polar nature, molecular structure, Universal solvent: Electrolysis; Water cycle, hardness of water, purification of water: Solutions: Mixtures. Methods of Separation of mixtures: colloids, types of colloids, properties and uses; Organic Chemistry: Classification and nomenclature of organic compounds: Functional groups, homologous series: IUPAC nomenclature: Isomerism: Hydrocarbons: Aliphatic and Aromatic; Synthetic materials: Polymers –types, preparation, uses Fuels; Fossil and non-fossil fuels: Calorific value of a fuel: properties of a good fuel; Petroleum: Refining, cracking: Petrochemicals, Natural gas, LPG.

Printed Resources: Text book: Characteristics, uses, limitations and critical analysis and Exploring physical science Text books published by various boards; Workbook, guides and reference material: Characteristics and uses; Non-Printed Resources: Laboratory: Organization, Maintenance, uses, Setting up of physical science laboratory, Community Resources; Human and material. Web resources for teaching and learning physical science in a global context. Teaching Aids: Projected, Non-projected and Electronic Aids: Types, features, merits and demerits; Improvised Aids: Meaning, preparation, importance; Edgar Dale’s Cone of experience.

Construction of Objective type test items; Unit Test: Concept, Construction-Components: Weighting, Blueprint, Uses; Rubrics for assessment: construction of analytical and holistic rubrics, Google form, MOODLE, physical science sample question Paper, marking scheme. Peer assessment, Academic integrity.

Meaning, Objectives, Organization and importance of Educational field trips, Science Club, Fair/Exhibition, Create Multimedia Content using Videos, Podcasts, and the like; Community-service activities in physical sciences; Reflective journal writing. Case, blogs, photo gallery and images.

Competencies of a physical science Teacher; Micro teaching skills, Technology skills, Affective skills (Resilience, Self-motivation, and Mindfulness), Programmes for Professional Growth: In-service Programme, Orientation Programme, Refresher Course, Seminars, Workshops, Conferences, Projects, MOOC/online courses, Visits to Resource Centres, Libraries, Human Resource Networking. 

Homer, D. & Bowen-Jones, M. (2014). Physics: Course companion. Oxford University Press. 

IB. (2020). IB Physics subject guide.  http://resources.ibo.org

IB. (n.d). Diploma Years Programme.  https://resources.ibo.org 

Kirk, T. (2014). Physics: Study guide. Oxford University Press.     

Kirk, T., & Hodgson, N. (2012). Physics: Course companion. UK: Oxford University Press. 

Nayak, A. K. (2004). Teaching of physics. Anmol Publications.

Prasad, J. (2005). Practical aspects in teaching of science. Kanishka Publishers.

Udai, V. (2004). Modern teaching of physics. Anmol Publications. 

Vanaja, M. (2006). Methods of teaching physics. Discovery Publishing House. 

This discipline-specific course is offered in the second semester of the programme. It introduces students to the resources available for teaching and learning English. It helps in assessing learners’ understanding of various formative and summative assessment techniques. This course prepares them to become professionals.

The course will enable the preservice teachers to:

• analyse online resources for teaching and learning English
• select and recommend assessment tools and tasks at various levels of learning
• develop skills of collaboration and demonstrate professional competencies
• demonstrate the skills of design, implementation, interpretation and reflection of different assessments

Textual bias (news reporting, sports coverage). Language and the state (public information, legislation), Media institutions (television channels, internet search engines), Role of editing (news bulletins, websites), Use of persuasive language (advertising, appeals), Arts and entertainment.

Printed Resources: IB English language & Literature subject guide. Exploring English language & Literature books, setting up of an English language laboratory. Activities: visits, interviews, dramatization, seminars, literary club, language games; Planning and execution of co-curricular activities; Exploring My IB, exploring IB published videos, Computer-assisted language learning, CALL for teachers and learners.

Formative and Summative Assessment, Unit test: Construction, implementation, evaluation and reflection; Construction of Objective type test items; Unit Test: Concept, Construction-Components: Weighting, Blueprint; IOTA: Concept, Development and uses, Rubrics for assessment, Google form, MOODLE, Software enabled assessments, Web links for English Question Bank, Question Paper, Answer key, Reflective essays, Reading logs, case studies

Meaning, Objectives, Organization and importance of Educational field trips, Club, Fair/Exhibition, Create Multimedia Content using Videos, Podcasts, and the like; Community-service activities in English; Reflective journal writing. Character portrayal, blogs, photo gallery and images.

Competencies of an English Teacher; Micro teaching skills, Technology skills, Affective skills (Resilience, Self-motivation, Mindfulness), Programmes for Professional Growth: Seminars, Workshops, Conferences, Projects, MOOC/online courses, Visits to Resource Centres, Libraries. Human resource networking.

Egbert. J., & Shahrokni, S. A. (n.d.). CALL principles and practice. https://opentext.wsu.edu/call

Farrell, T. S. C., & Jacobs, G. M. (2020). Essentials for successful English language teaching. Bloomsbury Publishing. https://www.google.co.in/books/edition/Essentials_for_Successful_English_Langua/HCj9DwAAQBAJ

Hubbard. P. & Levy, M. (2016). Theory in computer-assisted language learning research and practice. In F. Farr, & L. Murray (Eds.), The Routledge handbook of language learning and technology. https://www.routledgehandbooks.com/doi/10.4324/9781315657899.ch2

Lightbown, P. M., & Spada, N. (2021). How languages are learned. Oxford University Press. https://www.google.co.in/books/edition/How_Languages_Are_Learned_5th_Edition/7GUzEAAAQBAJ

Polat, M. (2017). CALL in context: A brief historical and theoretical perspective. Issues and Trends in Learning Technologies, 5(1). https://journals.uair.arizona.edu/index.php/itet/article/view/20312/19939

Sureshkumar, E., & Sreehari, P. (2009). A handbook for English Language Laboratories. Cambridge University Press.

Stepp-Greany, J. (2002). Student perceptions on language learning in a technological environment: Implications for the new millennium. Language learning & technology, 6(1), 165-180.

Hall, G. (2005). Literature in language education. Springer.

End Semester Exam (ESE) 50 %

Mid Semester Exam (MSE or CIA II) 25 %

Continuous Internal Assessment (CIA I & III) 25 %

Total 100 %

Continuous Internal Assessment

CIA I CIA II CIA III Attendance

10 marks 25 marks 10 marks 5 marks

Level of Knowledge: Working Knowledge

Financial Accounting: Accounts for Incomplete records, Accounting for share capital. Cost Accounting: Introduction, Elements of Cost: Materials, Labour and Overheads, Recent Development in Cost Accounting, Auditing: Introduction to auditing, Preparation Before and Procedure of Audit, Vouching, Verification and Valuation of Assets & Liabilities. Financial Management: Introduction, Financing Decision, Investment Decision, Capital Budgeting, Dividends Decision. Banking: Introduction to Banking, Negotiable Instrument Act, Bank Lending, Banking Sector Reforms & Trends, Banking System in India, Regulatory Framework of Banks. Income Tax: Profits and Gains from Business and Profession, Incomes from Other Sources, Introduction to Goods and Services Tax (GST), Procedure and Levy Under GST. Management Accounting: Marginal Costing, Budgetary Control. Financial Securities and Derivatives: Introduction to Derivatives, Introduction to Futures & Forwards. 

Level of Knowledge: Conceptual and Working Knowledge

Printed Resources: Text book: Characteristics, Uses, limitations and critical analysis and Exploring Commerce Text books published by various boards; Work book, guides and reference material: Characteristics and uses; Case Studies; Non-Printed Resources: Laboratory: Organization, Maintenance, uses, Setting up of Commerce laboratory, Community Resources; websites for teaching and learning Commerce in a global context. Teaching Aids: Projected, Non-projected and Electronic Aids – Types, features, merits and demerits; Improvised Aids: Meaning, preparation, importance; Edgar Dale’s Cone of experience.