EEE Laboratories

Department of Electrical and Electronics Engineering

Department of Electrical and Electronics Engineering

Electricity has become the basic need for modern living. From household to industrial plants, communication and satellite navigation systems, electronics equipment, computer etc. are all powered by electricity. Electrical Engineering is one of the core branches of engineering. Thus its scope never fades away. It can be said that it is an evergreen branch of engineering. In today’s world, Electronics is playing an important role in the implementation and control of Electrical Machines. Keeping this in mind the course has been designed by fusion of Electronics and Electrical and is named as Electrical and Electronics Engineering or simply EEE.

Department of Electrical and Electronics Engineering

Course Offered:

  • B.Tech
  • Diploma


  • Basic Electrical Lab
  • EMEC-I (DC Machines ) Lab
  • Simulation lab
  • Electrical Drives Lab
  • Network and Measurement Lab
  • EMEC-I (AC Machines ) Lab
  • Power System Lab
  • Control Systems Lab
  • Power Electronics Lab
  • Analogue and Digital
  • Electronics Lab
  • Applied Instrumentation Lab
  • Optical-fiber Communication Lab
  • Digital Communication Lab
  • Analog Communication Lab
  • Circuit Design and PCB Lab

EEE Laboratories


  • Gate Qualified students who pursuing their M.Tech / PSU Job: 06
  • Research Paper Published in Refereed International Journals: 23
  • Research Project Funded: 02
  • International Mobility -03
  • Patents – 02 US
  • Centre of Excellence: Siemens Automation Lab
  • MHRD Funded E-Yantra Embedded systems Robotics Lab
  • IEEE Students Branch Chapter (IEEE Power system Society)
  • Books and Manuals published in refereed publishers:08
  • Online and offline Articles published on recent trends in electrical engineering: 13

Industry Oriented Modules:

  • Simulation of Power Electronic circuits
  • Modelling of Non-linear Electrical Loads
  • Fault Diagnosis of High Power and High Frequency Switching Converters
  • Control Circuitry for Different Kinds of Applications
  • Modeling and Simulation of Electrical & Electronics Systems
  • Development of a Combined Off-line and Real-time Simulator for Power Electronics Simulation.
  • Integration of Power Electronics with Digital Control Systems, and System Prototyping
  • Fault Diagnosis of Continuous Systems


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