Video Lectures

All subject videos available in following link

http://www.nptelvideos.in/

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COMPUTER SCIENCE

1. Artificial Intelligence

2. Artificial Intelligence II

3. Artificial Intelligence III, 

4. Biometrics,

5. C Programming and Data Structures

6. Compiler Design

7. Computational Geometry

8. Computer Algorithms

9. Computer Architecture

10. Computer Graphics

11. Computer Organization

12. Cryptography and Network Security

13. Data Structures And Algorithms

14. Database Design

15. Database Management System

16. Design and Analysis of Algorithms

17. Digital Computer Organization, 

18. Digital Systems Design, 

19. Discrete Mathematical Structures, 

20. Graph Theory, 

21. High Performance Computer Architecture, 

22. High Performance Computing, 

23. Internet Technologies, 

24. Internet Technology, 

25. Introduction to Computer Graphics, 

26. Introduction To Problem Solving, Programming, 

27. Logic for Computer Science, 

28. Logic for CS, 

29. Natural Language Processing, 

30. Numerical Analysis and Computer Programming, 

31. Numerical Methods and Programing, 

32. Numerical Optimization, 

33. Parallel Algorithm,

34. Parallel Computing, 

35. Performance Evaluation of Computer Systems, 

36. Principles of Engineering System Design, 

37. Principles of Programming Languages, 

38. Software Engineering, 

39. Systems Analysis and Design, 

40. Theory of Computation I,

 

ELECTRONICS & COMMUNICATION

1. Active Filter Design, 

2. Adaptive Signal Processing, 

3. Advanced Digital Signal Processing, 

4. Advanced Optical Communication, 

5. Analog IC Design, 

6. Analog VLSI and CAD, 

7. Basic Electronics, 

8. Basic Electronics and Lab, 

9. Circuits for Analog System Design, 

10. Coding Theory, 

11. Communication Engineering, 

12. Design Verification and Test of Digital VLSI Circuit, 

13. Digital Communication, 

14. Digital Image Processing 

15. Digital Integrated Circuits 

16. Digital Signal Processing 

17. Digital Voice and Picture Communication,

18. Electronic Design and Automation, 

19. Electronics for Analog Signal Processing I, 

20. Electronics for Analog Signal Processing II, 

21. Estimation of Signals and Systems, 

22. High Speed Devices and Circuits, 

23. Low Power VLSI Circuits and Systems, 

24. MEMS and Microsystems, 

25. Microprocessors and Microcontrollers, 

26. Networks and Systems, 

27. Neural Networks and Applications, 

28. Pattern Recognition, 

29. Real Time Systems, 

30. RF Integrated Circuits, 

31. Semiconductor Device Modeling, 

32. Solid State Devices (IIT Madras), 

33. Transmission Lines and EM Waves, 

34. VLSI Broadband Communication Circuits, 

35. VLSI Circuits, 

36. VLSI Data Conversion Circuits, 

37. VLSI Device Modeling(Circuits and Systems), 

38. VLSI Technology, 

39. VLSI Technology I, 

40. Wireless Communication, 

 

 

COMPUTER NETWORKING

1. Broadband Networks: Concepts and Technology, 

2. Computer Networks, 

3. Data Communication, 

 

 

AEROSPACE & ASTRONOMY

1. Acoustic Instabilities in Aerospace Propulsion, 

2. Advanced Control System Design, 

3. Aero elasticity, 

4. Flight Dynamics II (Stability), 

5. Foundation of Scientific Computing, 

6. Gas Dynamics, 

7. High Speed Aero Dynamics, 

8. Introduction to Aerodynamics, 

9. Introduction to Aerospace Propulsion, 

10. Introduction to Helicopter Aerodynamics and Dynamics, 

11. Jet Aircraft Propulsion, 

12. Optimal Control, Guidance and Estimation, 

13. Space Flight Mechanics, 

14. Turbomachinery Aerodynamics,

 

BIO-TECHNOLOGY

1. Analytical Technologies in Biotechnology, 

2. BioChemistry, 

3. Biomathematics, 

4. Downstream Processing, 

5. Enzyme Science and Engineering, 

6. Thermodynamics, 

 

 

BUSINESS, MANAGEMENT & ENTREPRENEURSHIP

1. Applied Multivariate Statistical Modeling, 

2. Concept of Management and Evolution of Management thought, 

3. Econometric Modelling, 

4. Human Resource Management, 

5. Infrastructure Finance, 

6. International Business Communication, 

7. Management Information System, 

8. Management Science, 

9. Managerial Economics, 

10. Manufacturing Systems Management, 

11. Operations and Supply Chain Management, 

12. Organisation Management, 

13. Organisation of Engineering Systems and Human Resources Management, 

14. Security Analysis and Portfolio Management, 

15. Six Sigma, 

16. Strategic Management, 

17. Strategic Management I, 

18. Strategic Marketing Contemporary Issues,

 

MATHEMATICS (MATHS)

1. A Basic Course in Real Analysis, 

2. Advanced Engineering Mathematics, 

3. Advanced Matrix Theory, 

4. Applied Multivariate Analysis, 

5. Calculus of Variations and Integral Equations, 

6. Complex Analysis, 

7. Computational Techniques, 

8. Discrete Structures, 

9. Elementary Numerical Analysis, 

10. Foundations of Optimization, 

11. Functional Analysis, 

12. Linear programming and Extensions, 

13. Mathematical Logic, 

14. Mathematics I, 

15. Mathematics II, 

16. Mathematics III, 

17. Measure and Integration, 

18. Numerical Methods and Computation, 

19. Probability and Random Processes, 

20. Probability and Statistics, 

21. Real Analysis I, 

22. Regression Analysis, 

 

 

PHYSICS & CHEMISTRY

1. Advance Analytical Course, 

2. Applied Mechanics, 

3. Biochemical Engineering, 

4. Chemical Reaction Engineering, 

5. Classical Field Theory, 

6. Classical Physics, 

7. Electromagnetic Theory, 

8. Electronics I, 

9. Engineering Chemistry I, 

10. Engineering Physics II, 

11. Eukaryotic Gene Expression, 

12. Fundamentals of Transport Processes, 

13. Heat Transfer, 

14. Heterocyclic Chemistry, 

15. Heterogeneous Catalysis and Catalytic Processes, 

16. Instability and Patterning of Thin Polymer Films, 

17. Introduction to Organometallic Chemistry, 

18. Introductory Quantum Chemistry, 

19. Mass Transfer, 

20. Mathematics for Chemistry, 

21. Microscale Transport Processes, 

22. Modern Instrumental Methods of Analysis, 

23. Multiphase Flow, 

24. Novel Separation Processes, 

25. Nuclear Physics Fundamentals and Application, 

26. Organic Photochemistry and Pericyclic Reactions, 

27. Particle Characterization, 

28. Physics I: Oscillations and Waves, 

29. Plantwide Control of Chemical Processes, 

30. Plasma Physics: Fundamentals and Applications, 

31. Polymer Chemistry, 

32. Process Control and Instrumentation,

33. Process Design Decisions and Project Economics, 

34. Quantum Electronics, 

35. Quantum Field Theory, 

36. Quantum Mechanics and Applications, 

37. Quantum Mechanics I, 

38. Quantum Physics, 

39. Rate Processes, 

40. Relativistic Quantum Mechanics, 

41. Semiconductor Optoelectronics, 

42. Special Topics in Atomic Physics, 

43. Special Topics in Classical Mechanics, 

 

 

CIVIL ENGINEERING

1. Advanced Foundation Engineering, 

2. Advanced Hydraulics, 

3. Advanced Hydrology, 

4. Advanced Structural Analysis,

5. Building Materials and Construction, 

6. Concrete Technology, 

7. Design of Reinforced Concrete Structures, 

8. Design Of Steel Structures, 

9. Engineering Geology, 

10. Environmental Air Pollution, 

11. Finite Element Analysis I, 

12. Fluid Mechanics, 

13. Foundation Engineering, 

14. Geosynthetics and Reinforced Soil Structures, 

15. Geosynthetics Engineering : In Theory and Practice, 

16. Geotechnical Measuements and Explorations, 

17. Hydraulics, 

18. Introduction to Transportation Engineering, 

19. Mechanics of Solids, 

20. Modern Surveying Techniques, 

21. Numerical Methods in Civil Engineering, 

22. Performance of Marine Vehicles At Sea, 

23. Prestressed Concrete Structures, 

24. Probability Methods in Civil Engineering, 

25. Soil Dynamics, 

26. Soil Mechanics, 

27. Stochastic Hydrology, 

28. Stochastic Structural Dynamics, 

29. Strength of Materials, 

30. Structural Analysis II, 

31. Structural Dynamics, 

32. Surveying, 

33. Transportation Engineering II, 

34. Urban transportation planning, 

35. Water and Wastewater Engineering, 

36. Water Resources Engineering, 

37. Water Resources Systems:Modeling Techniques and Analysis, 

38. Watershed Management, 

 

 

ELECTRICAL ENGINEERING

1. Advanced 3G and 4G Wireless Mobile Communications, 

2. Advanced Electric Drives, 

3. An Introduction to Electronics System Packaging,

4. Analog ICs, 

5. Analog Integrated Circuit Design, 

6. Basic Electrical Technology, 

7. Basic Electronics I, 

8. Chaos, Fractals and Dynamical Systems, 

9. Circuit Theory, 

10. Control Engineering, 

11. Control Engineering I, 

12. Digital Circuits and Systems, 

13. Digital Signal Processing 

14. Dynamics of Physical System, 

15. Electrical Machines – I, 

16. Electromagnetic Fields, 

17. Embedded Systems, 

18. Energy Resources and Technology, 

19. Error Correcting Codes, 

20. High Voltage DC Transmission, 

21. Illumination Engineering, 

22. Industrial Automation and Control, 

23. Industrial Drives and Power Electronics, 

24. Industrial Instrumentation, 

25. Information Theory and Coding, 

26. Intelligent Systems and Control, 

27. Introduction to Finite Element Method, 

28. MATLAB, 

29. Micro and Smart Systems, 

30. Networks Signals and Systems, 

31. Optimal Control, 

32. Power Electronics, 

33. Power System Dynamics, 

34. Power System Dynamics and Control, 

35. Power System Generation Transmission and Distribution, 

36. Power System Operations and Control, 

37. Power Systems Analysis, 

38. Power Systems Operation and Control, 

39. Pulse width Modulation for Power Electronic Converters, 

40. Switched Mode Power Conversion, 

 

 

MECHANICAL ENGINEERING

1. Advanced Finite Elements Analysis, 

2. Advanced Gas Dynamics, 

3. Advanced Machining Processes, 

4. Advanced Manufacturing Processes, 

5. Advanced Operations Research, 

6. Advanced Strength of Materials, 

7. An Introduction to Explosions and Explosion Safety, 

8. Applied Thermodynamics for Marine Systems, 

9. Basic Thermodynamics, 

10. Biomicroelectromechanical systems, 

11. Computational Fluid Dynamics, 

12. Computer Aided Design and Manufacturing, i

13. Computer Aided Engineering Design, 

14. Conduction and Radiation, 

15. Convective Heat and Mass Transfer, 

16. Cryogenic Engineering, y

17. Design and Optimization of Energy Systems, 

18. Design of Machine Elements I, 

19. Dynamics of Machines, 

20. Engineering Fracture Mechanics, 

21. Engineering Mechanics, 

22. Engineering Mechanics 

23. Experimental Stress Analysis,

24. Finite Element Method, 

25. Fluid Mechanics III, 

26. Fundamentals of Operations Research, 

27. Heat and Mass Transfer, 

28. Industrial Engineering,

29. Kinematics of Machines, 

30. Manufacturing Processes I, 

31. Manufacturing Processes II, 

32. Material Science, 

33. Mathematical Methods in Engineering and Science, 

34. Mechanical Measurements and Metrology, 

35. Mechanical Vibrations, 

36. Nonlinear Vibration, 

37. Principles of Mechanical Measurements, 

38. Project and Production Management, 

39. Refrigeration and Air Conditioning, 

40. Robotics, 

41. Rocket Propulsion, 

42. Strength of Materials, 

43. Techonology of Surface Coating, Prof. 

44. Theory and Practice of Rotor Dynamics, 

45. Tribology, 

46. Welding Engineering, 

 

 

METALLURGY AND MATERIAL SCIENCE

1. Advanced ceramics for strategic applications, 

2. Advanced Materials and Processes, 

3. Advanced Metallurgical Thermodynamics, 

4. Electroceramics, 

5. Fuels Refractory and Furnaces, 

6. Introduction to Biomaterials, 

7. Materials and Energy Balance, 

8. Non-ferrous Extractive Metallurgy, 

9. Optoelectronic Materials and Devices, 

10. Physics of Materials, 

11. Principles of Physical Metallurgy, 

12. Processing of Semiconducting Materials, 

13. Science and Technology of Polymers, 

14. Steel Making, 

15. Structure of Materials, 

 

 

OCEAN ENGINEERING

1. Coastal Engineering, 

2. Dynamics of Ocean Structures, 

3. Elements of Ocean Engineering, 

4. Foundation for Offshore Structures, 

5. Health,Safety and Environmental Management in Petroleum and Offshore Engineering, 

6. Hydrostatics and Stability, 

7. Marine Construction and Welding, 

8. Marine Hydrodynamics, 

9. Port and Harbour Structures, 

10. Seakeeping and Manoeuvring, 

11. Ship Resistance and Propulsion, 

12. Strength and Vibration of Marine Structures, 

13. Wave Hydrodynamics, 

 

 

OTHER SUBJECTS LIKE ECONOMICS, LITERATURE ETC..

1. Contemporary Issues in Philosophy of Mind and Cognition, 

2. Contemporary Literature, 

3. Ergonomics for beginners Industrial design, 

4. Ergonomics for beginners: Industrial design perspective, 

5. Fundamentals of Environmental Pollution and Control, 

6. Game Theory and Economics, 

7. History of Economic Theory, 

8. Introduction to Film Studies, 

9. Introductory Sociology, 

10. Macro Economics, 

11. Money and Banking, 

12. Natural Dyes, 

13. Population and Society, 

14. Radiation Heat Transfer, 

15. The monsoon and its variability, 

16. Theory of Yarn Structures, 

17. Understanding Creativity and Creative Writing, 

18. Vehicle Dynamics, 

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                 Video Lectures by Courtesy of Indian Institute Technology (https://nptel.ac.in/)

 

 

MIT VIDEOS

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MIT 6.450 Principles of Digital Communications I

MIT 6.013 / ESD.013J Electromagnetics and Applications

MIT 4.367 Studio Seminar in Public Art

MIT 21F.034 Media, Education, and the Marketplace

MIT- 2.993 Spec. Topics in Mech. Engineering: Art and Science of Boat Design

MIT 5.60 Thermodynamics & Kinetics

MIT 6.046J / 18.410J Introduction to Algorithms

MIT 3.091 Introduction to Solid State Chemistry

MIT 6.033 Computer System Engineering

MIT 21L.011 The Film Experience

MIT 18.03 Differential Equations

MIT 7.012 Introduction to Biology

MIT 4.303 The Production of Space: Art, Architecture and Urbanism in Dialogue

MIT 18.06 Linear Algebra

MIT 18.02 Multivariable Calculus

MIT 5.111 Principles of Chemical Science

MIT 4.301 Introduction to the Visual Arts

MIT 6.00 Introduction to Computer Science and Programming - Fall 2008

MIT 6.912 Introduction to Copyright Law - January (IAP) 2006

MIT 21M.304 Writing in Tonal Forms II

MIT SP.235 / ESG.SP235 Chemistry of Sports

MIT 24.209 Philosophy In Film and Other Media - Spring 2004

MIT 18.01 Single Variable Calculus - Fall 2006

MIT 15.084J / 6.252J Nonlinear Programming - Spring 2004

MIT 11.309J / 4.215J Sensing Place: Photography as Inquiry - Spring 2006

MIT 11.309J / MIT 21H.931 Seminar in Historical Methods - Spring 2004

MIT 8.01 Physics I: Classical Mechanics - Fall 1999

MIT 8.02 Physics II: Electricity and Magnetism - Spring 2002

MIT 8.03 Physics III: Vibrations and Waves - Fall 2004