NPTEL Discipline : Electrical Engineering (90 Courses)

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** NPTEL Video Course Lecture Format : PDF **

NPTEL Discipline : Electrical Engineering

Total no. of NPTEL Video Courses : 90

Total no. of NPTEL Video Lectures : 4176

Total no. of Printable Pages : 82,891

Storage Media Type: USB Pendrive

Capacity: 32 GB

Course List: https://www.digimat.in/downloads/NPTEL-1308-video-courses.pdf

Lectures List: https://www.digimat.in/downloads/topics/electrical-engineering.pdf

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** List of Available Courses (as PDF) **

  1. Advanced Control Systems
  2. Advanced Electric Drives
  3. Analog Electronic Circuits
  4. Analog ICs
  5. An Introduction to Electronics Systems Packaging
  6. Basic Electrical Technology
  7. Chaos, Fractals and Dynamic Systems
  8. Circuit Theory
  9. Control Engineering (Prof. Madan Gopal)
  10. Control Engineering (Prof. S. D. Agashe)
  11. Digital Communication
  12. Digital Integrated Circuits
  13. Digital Signal Processing
  14. Dynamics of Physical Systems
  15. Electrical Machines - I
  16. Electromagnetic Fields
  17. Embedded Systems
  18. Energy Resources and Technology
  19. Estimation of Signals and Systems
  20. Fabrication of Silicon VLSI Circuits using the MOS technology
  21. High Voltage DC Transmission
  22. Illumination Engineering
  23. Industrial Automation and Control
  24. Industrial Drives - Power Electronics
  25. Industrial Instrumentation
  26. Intelligent Systems and Control
  27. Introduction to Electronic Circuits
  28. Modelling and Analysis of Electric Machines
  29. Networks and Systems
  30. Networks Signals and Systems
  31. NOC-Advanced Linear Continuous Control Systems- Applications with MATLAB Programming and Simulink
  32. NOC-Advanced Topics in Probability and Random Processes
  33. NOC-Advances in UHV Transmission and Distribution
  34. NOC-Analog Circuits (Prof. Jayanta Mukherjee)
  35. NOC-Analog Circuits (Prof. Nagendra Krishnapura)
  36. NOC-Analog Electronic Circuit
  37. NOC-Analog IC Design
  38. NOC-Analysis and Design Principles of Microwave Antennas
  39. NOC-An Introduction to Coding Theory
  40. NOC-Antennas
  41. NOC-Applied Engineering Electromagnetics
  42. NOC-Applied Optimization for Wireless, Machine Learning, Big Data
  43. NOC-Architectural Design of Digital Integrated Circuits
  44. NOC-Basic Electronics
  45. NOC-Basics of Software Defined Radios and Practical Applications
  46. NOC-Biomedical Signal Processing
  47. NOC-Computational Electromagnetics and Applications
  48. NOC-Control Engineering
  49. NOC-Deep Learning For Visual Computing
  50. NOC-Design for Internet of Things
  51. NOC-Digital Circuits
  52. NOC-Electrical Distribution System Analysis
  53. NOC-Electromagnetic Theory
  54. NOC-Electronics Enclosures Thermal Issues
  55. NOC-Fabrication Techniques for MEMs-based Sensors - Clinical Perspective
  56. NOC-Facts Devices
  57. NOC-Fiber-Optic Communication Systems and Techniques
  58. NOC-Fundamentals of Electrical Engineering
  59. NOC-Fundamentals of Wavelets, Filter Banks and Time Frequency Analysis
  60. NOC-Industrial Automation and Control
  61. NOC-Information Theory, Coding and Cryptography
  62. NOC-Integrated Circuits, MOSFETs, Op-Amps and their Applications
  63. NOC-Introduction to Non Linear Dynamics
  64. NOC-Introduction to Smart Grid
  65. NOC-Mathematical Methods and Techniques in Signal Processing
  66. NOC-Medical Image Analysis
  67. NOC-Microprocessors And Microcontrollers
  68. NOC-Microwave Theory and Techniques
  69. NOC-Nonlinear and Adaptive Control
  70. NOC-Op-Amp Practical Applications- Design, Simulation and Implementation
  71. NOC-Optimal Control
  72. NOC-Optimization Techniques for Digital VLSI Design
  73. NOC-Physical Modelling for Electronics Enclosures using Rapid prototyping
  74. NOC-Power System Engineering
  75. NOC-Principles of Communication - Part I
  76. NOC-Principles of Communication Systems - Part II
  77. NOC-Principles of Digital Communications
  78. NOC-Principles of Signals and Systems
  79. NOC-Probability Foundations for Electrical Engineers
  80. NOC-Recent Advances in Transmission Insulators
  81. NOC-Semiconductor Devices and Circuits
  82. Nonlinear Dynamical Systems
  83. Optimal Control
  84. Power Electronics
  85. Power Electronics and Distributed Generation
  86. Power System Analysis
  87. Power System Dynamics
  88. Power System Dynamics and Control
  89. Power System Generation, Transmission and Distribution
  90. Power Systems Operation and Control
  91. Probability Foundation for Electrical Engineers
  92. Pulse width Modulation for Power Electronic Converters
  93. Switched Mode Power Conversion