- Semester-1: Physics, Professional Communication-I, Mathematics-I, Electronics Engineering, Electrical Engineering, Workshop Practice, Engineering Graphics.
- Semester-2: Environmental Studies, Chemistry, Mathematics-II, Mechanical Engineering, Information Technology, Computer and Language, Communication Lab.
- Semester-3: Mathematics-III, Network Analysis and Synthesis, Solid State Devices and Circuits, Switching Theory, Electronic Measurement and Instrumentation, Electronics Lab I, Digital Electronic Lab, Instrumentation and Measurements Lab.
- Semester-4: Data Structure using C, Electromagnetic Field Theory, Signals and Systems, Semiconductor Materials and Devices, Energy Conversion, Electronics Lab II, Electronic Workshop and PCB lab.
- Semester-5: Principles of Communication, Analog Integrated Circuits, Microprocessors and Applications, Automatic Control System, Antenna Wave Propagation, Communication Lab-I, Microprocessors Lab, Control Systems Lab.
- Semester-6: Industrial Management, Digital Communication, Digital Signal Processing, VLSI Technology and Design, Microwave and Radar Engineering, Communication Lab-II, Digital Signal Processing Lab, Electronics CAD Lab, Microwave Lab.
- Semester-7: Optical Fiber Communication, Electronics Switching, Non-Conventional Energy Resources, Artificial Neural Network, Satellite Communication, Communication Lab-II, Industrial Interaction, Project ***.
- Semester-8: Wireless Communication, Data Communication Networks, Reliability and Quality Management, VLSI Design, Project *
*Project -Title: “Remote Control of Electrical Gadgets (Like electric bulbs)”
Final year project under the supervision of Prof. H.L. Jalai (HOD) and Prof. R.D. Nirala, Department of Electronics and Communication Engineering. This project deals with the communication using laser beam within a range of 200m. Main aim of this project was to control Electrical devices by DTMF pulses and have voice communication by virtue of which any work can be done remotely from the required workplace. The main advantage is it eliminates the need for broadcasting and buried cables.
Final year project under the supervision of Prof. H.L. Jalai (HOD) and Prof. R.D. Nirala, Department of Electronics and Communication Engineering. This project deals with the communication using laser beam within a range of 200m. Main aim of this project was to control Electrical devices by DTMF pulses and have voice communication by virtue of which any work can be done remotely from the required workplace. The main advantage is it eliminates the need for broadcasting and buried cables.
