Electronics & Communication Engineering Department

    Faculty Innovatiions in Teaching & Learning |
  • Activities of the department towards improvement in teaching-learning are indicated in the office records as well as on college website. They are open for reproduction or for further improvement or for review or critique.
Some of the innovative means adopted by the faculty in T & L are :
  • Making use of Power Point Presentation, wherever necessary
  • Technical Videos for demonstration of certain concepts or functioning of the devices.
  • Usage of Tools like MATLAB, Mentor Graphics etc, to demonstrate concepts, through simulation.
  • Use of E-Learning Resources like NPTEL lectures, on-line journals and on-line lectures like QEEE & MOOCS for effective learning.
  • Providing Question bank with short answer questions and quiz questions.
  • Hands-on practice in the laboratories for better understanding of the concepts taught in the theory classes.
  • Visits to nearby industries for exposure.
  • Project exhibitions and poster presentations.
  • Student seminars.
  • Z to A Teaching Learning Method

Pure CSS Tabs
  • 1. Antennas and Wave Propagation -View More

    2. Biomedical Engineering -View More

    3. Digital Communications -View More

    4. Digital IC Applications -View More

    5. Digital Image Processing -View More

    6. Digital Signal Processing -View More

    7. Micro Processors & Micro Controllers -View More

    8. Optical Communications -View More

    9. Radar Systems -View More

    10. Satellite Communications -View More

    11. VLSI -View More

  • 1.E-learning-View

    2. NPTEL videosView More

  • 1.Fourier Transform -View

    2.Circuits and electronics -View

    3.Signals and Systems -View

    4.Digital Signal processing -View

    5.Electronic circuits -View

    6.Digital communications -View

  • R16

    1.EDC -View

    2.Signals and Systems -View


    1.BME -View

    2.Digital Communication -View

    3.DSD &Digital IC Applications -View

    4.Linear IC Applications -View

    5.Low Power IC Design -View

    6.Microprocessor & Microcontrollers -View

    7.Random Variables & Stochastic Processes -View

    8.Radar Systems-View


    10.VLSI DESIGN -View