Title: NATIONAL PROGRAMME ON TECHNOLOGY ENHANCED LEARNING (NPTEL)
1NATIONAL PROGRAMME ON TECHNOLOGY ENHANCED
LEARNING (NPTEL)
- National Knowledge Commission
- New Delhi, August 18, 2006
Dr. K. Mangala Sunder Professor, Department of
Chemistry Indian Institute of Technology
Madras Chennai 600036
mangal_at_iitm.ac.in mangala_sunderk_at_yahoo.com
2Devise and guide reforms that will transform
India into a strong and vibrant knowledge
economy in coming years
Focus areas of interest for the project in
several phases Higher Education Professional
Education Distance Education Continuous Learning
3Objectives (in 2003)
- 100 Web based Courses Supplements
- 100 Video Courses (40 hours duration for each
course) - in five major branches of engineering at the
- undergraduate level.
Deliverables (in 2006)
- 120 Web based Courses Supplements
- 115 Video Courses
- in core sciences, Civil, Computer Science,
electrical, - electronics and mechanical engineering (40-50
hours - duration for each course)
4DISTANCE EDUCATION
- Clear and easily documented need 450000 seats
35000 reasonable ones demand increasing
exponentially! - India has no choice even to maintain the current
levels a new major university needed every week! - Massive online education is an important emerging
market and therefore a business opportunity.
5NPTEL AN OPPORTUNITY
- Technology already available and will only
improve. Communications band-width and computer
power per unit cost will continue to increase - NPTEL offers an opportunity to provide reach as
well as exciting improvement in quality
6NPTELs PREMISES
- Today's students prefer to plunge in and learn
through participation and experimentation in a
media-rich environment - Faculty members should become facilitators and
designers of learning experiences, processes, and
environments - Intelligent software agents that can browse far
and wide through robust knowledge networks
effortlessly may replace specialists. - Role of the library will be more that of a
knowledge navigator, a facilitator of retrieval
and dissemination
7Details of the Programme
8Courses by discipline
Core Sciences Web (14) Video (16)
Civil Engineering Web (27) Video (22)
Comp. Sc. and Engg. Web (18) Video (19)
Electrical Engineering Web (18) Video (18)
Electronics and Comm. Engg. Web (20) Video (19)
Mechanical Engg. Web (23) Video (21)
Total 120 115
9Courses by Institute
IIT Bombay Web (17) Video (13)
IIT Delhi Web (12) Video (18)
IIT Guwahati Web (15) Video (6)
IIT Kanpur Web (14) Video (19)
IIT Kharagpur Web (19) Video (18)
IIT Madras Web (19) Video (20)
IIT Roorkee Web (7) Video (13)
IISc Bangalore Web (17) Video (8)
Total
Video (115)
Web (120)
10ORGANIZATIONAL ISSUES
- Design Team made up of the IITs/IISc
- Organization Synergy - more than just a division
- of labor between eight institutions
- Continued support from Government
- Long-range effectiveness will depend on the
- strength of the relationship between the IITs
and - the user organizations
11Creation of a hierarchy of faculty for
Implementation
National Programme Committee
Programme Implementation Committee
TEL Coord IITB
TEL Coord IITD
TEL Coord IITG
TEL Coord IITKgp
TEL Coord IITK
TEL Coord IITM
TEL Coord IITR
TEL Coord IISc
Contents Review Committee
Core courses
Civil Engg
E C Engg
Mech Engg
Faculty coordinators for each course from
Partner Institutions and Associate Partner
Institutions
12DESIGN ISSUES
- Target audience initially professors in the user
institutions finally students - Selecting and building the courses around the
demand in user organizations - Modules as units of change in education -
flexibility - Role of exams in creating value for the user
organizations - All the modules developed to be used in IITs for
teaching the courses. Other Institutions can use
the relevant ones for every course.
13IMPLEMENTATION ISSUES
- Large number vs smaller number of courses of a
higher quality in the first year - A mix of standard lecture videos and more
innovative interventions - Incentives to generate, to re-calibrate the
materials, to remove poor materials - Getting the college Principals on board increases
to help introduce changes in the system.
14Web Courses --Objectives
Summary of the programme for web supplements
- Localization of examples
- Elaboration of key concepts and theorems to
- facilitate clearer understanding
- Case studies to provide more comprehensive
- design experience
- Examples that require the use of different
- categories of engineering knowledge under
- different sets of assumptions.
- Question banks to assist instructors to design
- good test and examinations
15- Additional reading material for under-
- performing students, especially those with
- difficulties with English.
- Additional reading material for over-achievers
- Historical information and anecdotes related to
- specific topics
- Creation of the e-learning material in those
- formats which ensure that the content creation
- and course management platforms are
- decoupled.
16- Simple course management packages that
- provide features like e-mail queries by
- students, bulletin board and frequently
- Asked Questions (FAQ).
- Many modules are being prepared preferably
- by a team of faculty.
- The material will be suitably organized to
- create CDs to meet the needs of students of
- different universities.
- The same material can be suitably
- restructured for printing.
17Video Courses --Objectives
The programme for video lectures
The course will consist of around 40 video
lectures. Each video lecture will be of one hour
duration To enhance the longevity of the video
lectures. Video lectures are confined to core
concepts. Its contents are distinct from text
book and web support material
18Video Courses --Objectives
- The video lectures utilize the facilities of
the - video medium and are expected to contain
- interactions with professionals from industry
as - appropriate.
- The lectures will emphasize the relations of
- theory to industrial practice as appropriate
- Creation of video lecture units is not tied
with - the scheduling of regular courses in the
- Institution.
19 Deployment and follow-up Services
The following possibilities are being examined
regarding dissemination of web content
- Host the e-content on a web site that students
can log on to. - E-contents be made available in the form of
CDs. - Colleges be encouraged to host these materials
on one - of their servers and allow students to access.
- E-content converted into print form and then
distributed - at a low cost.
- Navigational flexibility of e-material, not
possible in print - format.
20Several workshops in IIT Madras, IIT Kharagpur,
IISc Bangalore and IIT Bombay. Review of
E-support material by various faculty outside of
the PIs in progress. Generation of E-Support
Material for the video All the courses to be
broadcast through Eklavya, or, are in the queue
for broadcast in the coming months
21- Course syllabi drafted for every course based
on AICTE - model curriculum
- Syllabi adopted by major affiliating
Universities such as - Anna University, Tamil Nadu, Jawaharlal Nehru
Technical - University, Andhra Pradesh and Viswesvaraiah
Technical - University, Karnataka.
- The total number of faculty involved in content
creation is - well over 300 from all IITs and IISc.
- Syllabi posted in the NPTEL website in
detailmodule-wise - and/or lecture-wise wherever provided by the
faculty.
22IIT Madras, IIT Bombay and IIT Kharagpur working
together in the development of a standard
internet template for hosting web contents
NPTEL WebSite available for updating the contents
at IIT Madras, the Coordinating Institute. The
site address http//nptel.iitm.ac.in
23Deployment/Transmission of video courses
- Current transmission is through Eklavya
Channel which - footprints all of India
- Several institutions have antenna to receive
Eklavya - Individual users access through cable
- MHRD to work with Prasar Bharati to carry this
channel on - the DTH
24ASSESSMENT
- Specifying levels of analysis (i.e., program/
target level/ specific course level/ module level
within a course) - Articulating outcomes early in the design process
- Spelling out clearly the kind of skills students
are expected to acquire and be able to
demonstrate - factoring in time when specifying outcomes
25ASSESSMENT AND DESIGN
- Stating overall objectives in an operational way
- highly interdependent activities
- assessment criteria should precede design
- iterative process of doing assessment and
redesigning assessment
26IIT Madras Infrastructure as a coordinating
institute and its own web course content creation
programme
27Integrate the institute facilities--- software,
hardware, human resource and training for the new
technology into one walk-in centre for
faculty and students. Web and video
Studio Centre for Continuing Education.
28Facilities-Hardware
- 50 Pentiums and 10 Macs running several operating
systemsWindows, Linux, Solaris, Mac OS X. - Digital scanners, high quality laser color
printers - A number of low and medium end servers
- Two fully integrated video recording studios
- A non-linear video editing studio with the movie
editing capabilities
29Facilities-Hardware
- SunFire 15K Enterpise Server with complete Sun
Microsystems software package (Solaris 9/10) - Storage Rack (4 TB)
- Apple X Serve for QuickTime streaming (Proposed
hardware) - Electronic classroom with 100 nodes (proposed
facility)
30Software
- Web design, content creation, dynamic and static,
- interactive Macromedia Suite (Dreamweaver,
Flash, - Authorware, Director, Freehand and
Fireworks) - Adobe suite and Acrobat Writer
- MSDN on site license
- Mathtype, Tex for windows
- Any other as proposed by faculty from time to
time. - Corel (Draw, word perfect)
- 3D Studio Max
- 3D Maya (currently being added)
31Human Resource
- Current -- 25 project associates/
assistants/technicians/ attendants - (qualifications M. C. A., M. Sc., B. E. /B.
Tech., M. B. A.) - In-house development of software skills.
- Work with individual faculty.
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34Sun Server for e-learning and digital library 1.
Sun Server for e-learning and digital library 2.
35Thank you