The Department maintains traditional and modern laboratories such as Basic Electrical Engineering Lab, Machines Lab, Electrical Instrumentation Lab, Network Analysis Lab, Circuits and simulation Lab and Electric Workshop. The Computer Centre of the Department is equipped with state of art computers, MATLAB software package. It has all the required machines like Induction motors, Synchronous motors and Transformers other than imported equipments like AC modulator servo system. A well developed Microprocessor and Power electronics lab would be soon added. This Department is actively engaged in good number of collaborative and sponsored research projects. The faculties of the department are encouraged to work on research areas. Some of the paper presentation topics by the faculties are as follows:

• • Development of permanent magnet synchronous and brush less DC Motor controllers
  • Performance, testing and control of induction motors
  • Microcomputer-controlled power system monitoring and protection

• • Power quality assessment and Improvement in Cycloconverter0fed systems with Frequency Selective Sub-harmonic Feedback. Software based transducer linearization
  • Electromagnetic Field Computation
  • Intelligent control strategies for electric drives
  • Application of artificial neural nets in interconnected power systems
  • Design of controllers for MIMO systems
  • Piecewise fast decoupled & Adjusted fast decoupled Load Flow Motors
  • Expert System to Power System Security Analysis
  • Condition Monitoring of Power Transformers and Induction Motors
  • Analysis and Design of Robust Voltage Stabilizers for Thermal Power Station
  • Development of concepts of global Voltage and Security Indicators in Longitudinal Power supply (LPS) System
  • Design of Adaptive Controllers for Implantable Drug Delivery Systems
  • Discrete even dynamical systems
  • Fault detection system in relay network

View Topper Detail

Dr. Rakeshwari Agrawal
(HOD EX)

Electrical & Electronics Engineering is one of the most promising branch and is the base for many technological streams. Electrical & Electronics Engineers can work with government sectors, private companies, as consulting engineers or as an entrepreneur in the field of research, design, production, maintenance and testing. The objective of the Electrical & Electronics Engineering Department is to prepare graduates and postgraduates as per industrial needs. Graduates and the research scholars of the department will be skilled to work with the latest technology including DSP, Microcontrollers, Power Electronics and Modern Computer Tools etc. Department of Electrical & Electronics engineering has various state-of-the-art laboratories with modern equipment. The department constantly interacts with scholars from industries and research organizations to produce globally competent engineering graduates.

We have a team of competent, qualified, experienced and dedicated teaching faculty. Department is supported by equally dedicated qualified laboratory staff. Association with industries in the form of industrial visits, students training, expert lectures and arranging seminars and workshops are an integral part of our educational program. Above these, department nurtures human values, sense of responsibility and ethics for all stakeholders.

The graduate course in Electrical and Electronics Engineering at Trinity includes following modules:

• Power and Industrial Electronics.
• Advance Control System.
• Solid State Relays and Protection.
• Microprocessor Application and Computer Application.
• Power System Studies.
• High Voltage Studies.
• Electrical Power System.
• Electrical Machines.
• Control System.
• Instrumentation.
• Microprocessors.
• Power Electronics.
• Digital Signal Processing.