National Programme on Technology Enhanced Learning (NPTEL)

NPTEL is an acronym for National Programme on Technology Enhanced Learning which is an initiative by all seven Indian Institutes of Technology (IITs) and Indian Institute of Science (IISc) for creating course contents in engineering and science. The main objective of NPTEL program is to enhance the quality of engineering education in the country by developing curriculum based video and web courses. This is being carried out by seven IITs and IISc Bangalore as a collaborative project. In the first phase of the project, supplementary content for 129 web courses in engineering/science and humanities have been developed. Each course contains materials that can be covered in depth in 40 or more lecture hours. In addition, 110 courses have been developed in video format, with each course comprising of approximately 40 or more one-hour lectures. In the next phase other premier institutions are also likely to participate in content creation.
Five major engineering disciplines have been covered in this project so far (NPTEL Phase I) at the undergraduate (B.E./B.Tech) level. 

• Civil Engineering
• Computer Science and Engineering
• Electrical Engineering
• Electronics and Communication Engineering
• Mechanical Engineering

In addition, a number of core curriculum courses common to all engineering programmes such as mathematics, physics, chemistry, management, electronics, language etc. have also been included. Students and teachers of Information Technology and Computer Applications will also find a number of courses from the above that are useful for their studies or for supplementing their lectures. 

The video lectures can be directly accessed at http://youtube.com/iit 

NPTEL 

PHASE 2 - Courses

List of Video Courses

Advanced Strength of Materials - (40 Lectures)
Artificial Intelligence - (28 Lectures)
Basic Electrical Technology - (39 Lectures)
Basic Electronics and Lab - (40 Lectures)
BioChemistry I - (28 Lectures)
Circuit Theory - (51 Lectures)
Civil Engineering - Building materials and Construction - (41 Lectures)
Computational Methods in Design and Manufacturing - (33 Lectures)
Computer Graphics - (35 Lectures)
Computer Graphics - (43 Lectures)
Computer Networks - (40 Lectures)
Computer Organization - (33 Lectures)
Concept of Management and Evolution of Management thought - (36 Lectures)
Digital Circuits and Systems - (40 Lectures)
Digital Integrated Circuits - (40 Lectures)
Digital Signal Processing - (43 Lectures)
Discrete Structures - (40 Lectures)
Dynamics of Machines - (44 Lectures)
Electromagnetic Fields - (42 Lectures)
Embedded Systems - (37 Lectures)
Engineering Chemistry I - (10 Lectures)
Engineering Geology - (40 Lectures)
Engineering Mechanics - (31 Lectures)
Engineering Physics II - (9 Lectures)
Environmental Air Pollution - (39 Lectures)
Finite Element Method - (38 Lectures)
Fluid Mechanics - (40 Lectures)
High Speed Devices and Circuits - (41 Lectures)
Industrial Automation and Control - (40 Lectures)
Industrial Drives - Power Electronics - (37 Lectures)
Intelligent Systems and Control - (32 Lectures)
Internet Technology - (40 Lectures)
Introduction to Problem Solving and Programming - (24 Lectures)
Introduction to Transportation Engineering - (41 Lectures)
Kinematics of Machines - (39 Lectures)
Mathematics I - (32 Lectures)
Mechanical Measurements and Metrology - (50 Lectures)
MEMS and Microsystems - (32 Lectures)
Networks and Systems - (50 Lectures)
Networks Signals and Systems - (36 Lectures)
Numerical Analysis and Computer Programming - (38 Lectures)
Performance of Marine Vehicles at Sea - (40 Lectures)
Power Electronics - (43 Lectures)
Power System Generation, Transmission and Distribution (Encapsulated from earlier Video) - (35 Lectures)
Power Systems Analysis - (40 Lectures)
Power Systems Operation and Control - (35 Lectures)
Pre-stressed Concrete Structures - (40 Lectures)
Probability and Random Processes - (40 Lectures)
Project and Production Management - (41 Lectures)
Refrigeration and Air Conditioning - (46 Lectures)
Robotics - (40 Lectures)
Solid State Devices - (42 Lectures)
Strength of Materials - (40 Lectures)
Structural Analysis II - (40 Lectures)
Surveying - (40 Lectures)
System Analysis and Design - (40 Lectures)
Transmission Lines and EM Waves - (42 Lectures)
VLSI Circuits - (55 Lectures)
Water and Waste Water Engineering - (40 Lectures)
Water Resources Engineering - (28 Lectures)
Wireless Communication - (39 Lectures)