1 Learning by Doing (LBD) based Course Content Development (in Areas of CS and ECE) International Institute of Information Technology Hyderabad , India Agenda 2 Methodology Previous Experience Objective Time bound outcomes and deliverables Budget Resources The opportunity 3 A lecture may not sustain full interest of a student The same holds true for a recorded lecture This is perhaps because not all students are involved How do we make the student get involved? A solution 4 Students need to get involved Problem centric approach Carefully chosen problems Covering all aspects Lectures are not at the center But are provided as resources Problem Centric Approach 5 Develop a realistic story Have the students work on “tasks” Work as teams to produce work products Personalized lectures Curriculum Development Identify skills required and map to tasks Task 1 Task 2 Skill 1 X Skill 3 X ... Task 4 X Skill 2 Skill 4 Task 3 X X ... Curriculum Development 7 For each task, produce Task description List and description of deliverables Resources – video lectures, PPTs, Just in Time (JIT) lectures Program website 8 Learning by Doing explained … The Gaps 9 Insufficient Faculty Provide expert video lectures Heterogeneous student population Different innate abilities Different backgrounds Different learning velocities Different ambitions … Task Levels and Types JIT Self paced Higher level courses faster … on fast track Designing content for … 10 Spanning a heterogeneous audience enabling a wider reach Product usability and ensuring use Better appreciation of different concepts using appropriate pedagogical approaches Virus – simulation based Scalable and efficient delivery (mentor model) Involvement of all stakeholders Adaptability – to create enhancements for course 11 Previous Experience Master of Science in IT (MSIT) 12 Started in 2001 Post Graduate course (2 years) 770 students trained so far Specializations offered Language technologies Software engineering E-commerce Computer Networks 13 Rajiv Gandhi University of Knowledge Technologies (RGUKT) Started in 2008 Integrated course (plus 2 and engineering) Intake of 6000 students each year Located in three campuses After 6 years, the strength of RGUKT will be 36,000 Entire program is based on LBD methodology EnhanceEdu 14 Started in 2008 Department of IT (DIT) funded project 150 faculty members from engineering colleges in Andhra Pradesh trained as mentors using LBD content Began support for implementation In three years, 12000 students will be trained each year in LBD methodology 15 Our Objective Objective 16 Use the learning by doing methodology to develop content for core and advanced courses in CS and ECE validate it by reaching out to colleges and industry enhance it by conducting workshops for expert feedback Proposal 17 Courses proposed to be developed (Level 1, 2, 3) Digital Logic and Processors Data Structures Computer System Organization Algorithms Operating Systems Graphics Formal Methods Basic Electronic Circuits Signals and Systems Communication Theory Computation Theory Artificial Intelligence Principles of Programming Numerical Techniques and Optimization Principles of Information Security Distributed Systems Database Systems Computer and Communication Networks Compilers Software Engineering Develop 10 courses from the proposed list Content Creation Cost estimation 18 Course content creation using learning by doing methodology Rs.10 lakhs per course 19 Content Designed… Are we done? No! Creation & Delivery Framework 20 Course Content Creation Support for Implementation at College Teacher Training Program Teacher Training and Delivery 21 Cost for teacher training program and implementation at the colleges Rs. 10 lakhs per course Manpower 22 Resources needed Subject matter experts Content Development Team Senior Content Developers Animation team Content developers Pilot Phase 23 By December 2010 Develop content for 3 courses Provide training to teachers Support in implementation at colleges Budget for Pilot Phase 24 Item Amount (in lakhs) Content Development (3 courses) 30 Teacher Training 20 Support for Implementation 10 Equipment 15 Contingency 5 Travel 3 Total 83 Phase II 25 By May 2012 Develop content for 7 more courses Provide training to teachers Support in implementation at colleges Budget for Phase II 26 Item Amount (in lakhs) Content Development 70 Teacher Training 40 Support for Implementation 30 Equipment 40 Contingency 10 Travel 6 Workshops 10 Total 206 Project Budget 27 Pilot Phase (Dec 2010) Phase II (May 2012) Total Content Development 30 70 100 Teacher Training 20 40 60 Support for Implementation 10 30 40 Equipment 15 40 55 Contingency 5 10 15 Travel 3 6 9 Workshops - 10 10 83 206 289 Deliverables 28 Pilot Phase II 3 7 Teacher Training Yes Yes Support for Implementation Yes Yes Yes (annually from 2012) To be planned Courses Course Updation Resources 29 IIIT-H faculty Center for Education Technology and Learning Sciences (CETLS), IIIT-H Invited subject experts 30 Course Content Creation Support for Implementation at College Teacher Training Program This is just the beginning… Towards a Comprehensive Learning Environment for Adaptivity and Research (CLEAR) 31 . . . . Collaborate Collaborate Collaborate 100 courses for advanced/research level 100 courses for UG and PG Collaborate Collaborate 10 courses (1,00,000+ students from 100+ colleges in 3 years) Potential for being an outreach arm to NMEICT Model features 32 Model has ability to provide Scalability Self-sustainability … after a period of 3 years at the college Designed for success Success defined by … … the students’ use of the content and deriving value Eases the learning process for every student Adaptivity – Personalization and Customization Selection from available “buffet” of courses Contact 33 Dr. Kannan Srinathan IIIT-Hyderabad [email protected] Ms. Sandhya Kode CETLS, IIIT-Hyderabad [email protected] 34 Queries?
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