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NITTT - Module 4 - Module 4 Instructional Planning and Delivery

By Dr. Sandip S. Kedar   |   National Institute Of Technical Teachers Training And Research, Bhopal
In the process of effective curriculum implementation through teaching learning strategies, one of the most essential competencies required by the teacher is to plan and effectively deliver the instructions for achieving the expected learning outcomes. Instructional planning emphasizes on the whole range of planned activities used by the teacher for active engagement of students. It is one of the core abilities for effective delivery in the classroom, laboratory, workshop and other learning environments.  For this, the teacher ought to know the subject matter to be taught, the learner characteristics as well as the strategies to develop the skills and abilities in the learner. This requires the teacher to understand the process of human learning and curriculum analysis in order to interpret correctly the expected learning outcomes for their accomplishment. In this module teachers have also been provided opportunities to integrate the principles of media design with principles of learning for designing instructional material and planning the total instructional process. This module has six units: Curriculum analysis for session planning, Instructional methods and strategies Part 1 and Part 2, Instructional media, Instructional plan preparation, and Instructional delivery. The module has been designed to provide hands-on experience to trainee teacher in preparing instructional plan and instructional material leading to delivery through practicum in the classroom.

Learners enrolled: 1643

SUMMARY

Course Status : Ongoing
Course Type : Elective
Duration : 8 weeks
Start Date : 01 Apr 2022
End Date : 31 May 2022
Exam Date :
Enrollment Ends : 31 Mar 2022
Category :
Level : Continuing Education
This is an AICTE approved FDP course

COURSE LAYOUT

UNIT 1. Curriculum Analysis for Session Planning:
This unit focuses on curriculum analysis of a specific course, so as to understand the relationship between programme outcomes, course competency, course outcomes, unit outcomes, practical outcomes and affective domain outcomes and how to arrive at subject matter comprising of topics, subtopics, practical activity, project work, etc.  The teacher trainee will use taxonomy table, create spray diagram and concept maps to analyse the curriculum. The teacher trainee will be equipped to use relevant strategies for teaching elements of content analysis such as facts, concepts, principles, and so on. Principles of learning and events of instruction will be dealt with from instructional planning point of view. The contents of this unit include: 4 lessons, 8 videos, 4 activities, 4 assignments, 1 discussion forum, and Multiple-Choice Questions.

UNIT 2. Instructional Methods and Strategies- Part 1:
Planning a teaching learning session involves a number of instructional decisions, of which one of the vital decisions is regarding the instructional methods to be employed. For any given learning outcome, teachers may choose among a wide range of teacher-centred and student-centred instructional methods. Effective teachers look for an appropriate match between the content to be taught and strategies for teaching that content. This unit is intended to provide an exposure to various basic instructional methods through 4 lessons in the form of e-content, 11 video lectures, 2 activities, 2 assignments, 2 discussion forums, and Multiple-Choice Questions.

UNIT 3. Instructional Methods and Strategies- Part 2:
This unit, which is in continuation of ‘Instructional Methods and Strategies- Part 1’ focuses on some advanced instructional methods and strategies, along with blended and flipped learning approaches. These require action, interaction and reflection by students individually or in groups to develop the higher taxonomy level skills in all the domains of learning matching with the programme outcomes, course outcomes and learning outcomes. This unit provides an exposure to various advanced instructional methods, strategies and approaches through 2 lessons in the form of e-content, 14 video lectures, 7 activities, 8 assignments, 4 discussion forums, and Multiple-Choice Questions.

UNIT 4. Instructional Media:
Instructional media plays an important role in improving the effectiveness of instruction and in enhancing the process of learning. This unit focuses on the importance of instructional media, identification of relevant media for the given teaching learning environment from traditional to emerging media. Further, the importance of various media elements, media design principles and guidelines, designing of print and non-print media, effective use of chalkboard and interactive board are elaborated with examples in video as well as in e-content. This will guide the teacher trainee in designing, developing and using different types of instructional media in classroom, laboratory, workshop, etc. The contents of this unit include: 4 lessons, 11 videos, 7 activities, 2 assignments, 2 discussion forums, and Multiple-Choice Questions.

UNIT 5. Instructional Plan Preparation:
Every teacher, whether newly recruited or experienced, has to plan for the sessions to be implemented. This ensures effective use of resources and organization of teaching learning activities, to attain intended learning outcomes. A teacher is expected to plan for classroom, laboratory, workshop and industry-based instructions. The session plan should be discussed with peers and mentors to obtain feedback on various aspects of planning. The developed plan needs to be modified in view of the feedback provided. This unit will equip a trainee teacher to prepare a session plan systematically and get it validated. The contents of this unit include: 3 lessons, 3 activities, 1 assignment, and Multiple-Choice Questions.


UNIT 6. Instructional Delivery:
The final outcome of this module is to improve the teachers’ performance through “Practicum in classroom’. Apart from planning for practicum, organisation and effective management of resources for delivery are also important.  The teacher also has to make provision for assessment of student’s learning during planning and delivery of the session, which is an integral part of teaching learning process. Assignment, quiz, classroom tests, are some of the important tools to assess the learning of students in formative stage in classroom situation while checklists, rating scales, and rubrics are used for practical performance assessment during workshop and lab sessions. Guidelines for using these tools in brief are included in this unit, and will be dealt in detail in Module 6 on ‘Students’ Assessment and Evaluation’. Further in this unit, the teacher will deliver a session of stipulated duration in a classroom situation.  The presentation will be followed by feedback, which may be provided using the suggested format by the peers and mentor. In addition, the teacher trainee ought to introspect, as self-feedback is significant activity for self-improvement. This feedback process will result in identification of areas for improvement in order to enhance the effectiveness of teaching - learning process. As we know any skill cannot be developed in one attempt, so the cycle of practicing, getting feedback, improving the performance based on the feedback and re-practice should continue, till the teacher achieve confidence level and develop effective presentation skills. The contents of this unit include: 4 lessons, 6 videos, 4 activities, 6 assignments, 1 discussion forum, and Multiple-Choice Questions.

BOOKS AND REFERENCES

  1. Abell, S. K., & Volkmann, M. J. Seamless Assessment in Science: A guide for Elementary and Middle School Teachers. Portsmouth, NH: Heinemann (2006)
  2. Allery, L. How to Teach Practical Skills. Education for Primary Care, 58-60 (2009).
  3. Anderson, L. W., & Krathwohl, D. R. A Taxonomy for Learning, Teaching and Assessing - Á revision of Bloom's taxonomy of Educational Objectives. Pearson Education (2001).
  4. Banthiya, N. K. REC Module 2 'Devise Teaching Strategies and Select Teaching Methods'. Bhopal, India: TTTI, Bhopal (1999).
  5. Dori, Y. J., Mevarech, Z. R., & Baker, D. R. Cognition, Metacognition, and Culture in Stem Education. Springer (2018).
  6. Hesket, R. P., Farrell, S., & Slater, C. S. 'An Inductive Approach to Teaching Courses in Engineering, Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition (2003).
  7. IHMC, CMAP Tools, Retrieved from Florida Institute for Human & Machine Cognition (IHMC): https://cmap.ihmc.us/(2019).
  8. Novak, J. D. & A. J. Cañas. The Theory Underlying Concept Maps and How to Construct and Use Them. Institute for Human and Machine Cognition. IHMC CmapTools. Retrieved April 02, 2019, from http://cmap.ihmc.us/docs/pdf/TheoryUnderlyingConceptMaps.pdf (2008)
  9. Joyce, Bruce R., Weil, Marsha, and Calhoun, Emily; Models of Teaching, Pearson. (2017)
  10. Families of Models of Teaching.  Retrieved 2019, from https://www.scribd.com/document/ 51165265/Families-Of-Models-of-Teaching (2019).
  11. University of Texas at Austin, flip quick start guide. Retrieved from flipped classroom: http://ctl.utexas.edu/sites/default/files/utflipquickstartguide112114.pdf (2018).
  12. Schaffzin, K. T. Learning outcomes in a flipped classroom. Retrieved from University of MemphisCecil C.: https://www.memphis.edu/law/documents/schaffzin46.pdf (2016).
  13. Yeop, M. A. Blended Learning: pedagogy, learning styles and assessment activities in the classroom. International Journal of Advanced and Applied Sciences, 36-39 (2016).
  14. Virtual Reality Society, Retrieved from Virtual Reality: https://www.vrs.org.uk/virtual-reality/what-is-virtual-reality.html(2019).
  15. Kenna. (2019). Diy design: what’s the difference between RGB and CMYK? Retrieved 2019, from Modern Soapmaking: https://www.modernsoapmaking.com/diy-design-whats-the-difference-rgb-and-cmyk/
  16. Inquiry, the Learning Cycle, & the 5E Instructional Model (2019, June 26). Retrieved from http://www.kacee.org/files/Inquiry%20&%205E%20Instructional%20Model.pdf

INSTRUCTOR BIO

Dr. Sandip S. Kedar

National Institute Of Technical Teachers Training And Research, Bhopal
Dr. Sandip S. Kedar is currently working as Associate Professor in Department of Electronic Media in National Institute of Technical Teachers’ Training and Research, Bhopal. He is having 30 years of experience in technical education, technical teacher teaching, and training of trainers, research, media development, curriculum development, MOOCs production and consultancy. He has produced number of studio-based and documentary video programmes, developed multimedia packages, e-contents, animations and computer-based presentations for various target groups. He has worked in number of projects such as Development of multimedia training package on Air Brake System for Indian Railways, Cement Industry HRD project on Mine Planning, Production of video lectures for satellite-based education for MP Bhoj Open University, Bhopal, and coordinated number of training programmes under Technical Cooperation Scheme (TCS) of Colombo Plan and under Indian Technical & Economic Cooperation Scheme (ITEC) of MEA, Govt of India, for participants from various Countries. He served Ministry of Education, Botswana (Africa) for two and half years at Tonota College of Education. He has published several research papers in the area of media and multimedia.
 Dr. Sandip S. Kedar holds Ph. D. degree in Technical Education along with M. Tech. Ed., B. E. Electronics & Power Engineering, Diploma in Computer Management, and Diploma in Electrical Engineering. 

Contact No.:  09425007408
Email: sskedar@nitttrbpl.ac.in

COURSE CERTIFICATE

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