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about Electrical & Electronics Engineering

About Our Deparment

Welcome To Electrical & Electronics Engineering

The Department of Electrical & Electronics Engineering is built with excellent infrastructure and curriculum that prepares the youth to face the emerging challenges both in the field of Electrical & Electronics. The department is housed with full fledged lab facilities to train the students to meet the Industrial requirements based on the revised syllabus. Other than the Academic curriculum, the department also engages with Regular Industrial Visits and In-plant training for students to gain industrial exposure. "VIP" the students association of the department releases the annual technical magazine "ELECTROKNOCKS" every year. The association also involves in arranging seminars and other functions which helps the students in improving their technical as well as the management skills Know More

About the Curriculum

Electrical & Electronics Engineering is accredited by All India Council for Technical Education (AICTE), one of the National level Advisory body for management of technical education in the country and affiliated to Pondicherry University.

Electrical & Electronics Engineering (EEE) is an 4 Years programme which integrates the field of Electrical & Electronics Industries.

Electrical & Electronics Engineering Course includes:

• Electric Circuit Analysis • Electronic Devices and Circuits • Electromagnetic Theory • Fluid and Thermal Machines • Electronic Circuits • Electrical Machines –I & II • Linear Control Systems • Pulse and Digital Circuits • Object Oriented Programming • Communication Engineering • Analog and Digital Integrated Circuits • Transmission and Distribution • Power Electronics • Measurements and Instrumentation • Power System Analysis • Utilization of Electrical Energy • Microprocessors and Microcontrollers • Electrical Machine Design • Digital Signal Processing • Industrial Management • Solid State Drives • Power system operation and control • Protection and Switchgear


• Network Analysis and Synthesis • Modern Control Systems • Fuzzy and Neural Systems • Energy Engineering • Electrical Safety • Special Electrical Machines • Bio-Medical Instrumentation • FACTS Controllers • Digital System Design using VHDL • High Voltage Engineering • Power System Economics • Renewable Energy sources • Digital Control Systems • Embedded Systems Design • HVDC Transmission • Power System Restructuring and Deregulation • Optimization Techniques • Power System Stability • Smart Grid • Advanced Insulation Systems

Curriculum and Syllabus – Regulation 2014
  • Student Projects

    Almost 30 projects done by our students every year