The Department of Electrical & Electronics Engineering was started in the academic year 2002-2003. The Electrical and Electronics Engineering programme aims to cultivate within students an understanding of electrical and electronics principle requisites to solve engineering problems in the core and associated domains.
Students, completing the course, would be able to apply electrical and electronic principles to circuits, machines, power systems and control systems, along with being able to develop solutions in the areas of industrial automation, green energy systems and smart grids.
To create an ethical human resource proficient, in domains related to Electrical and Electronics Engineering, for a successful career in the service of society.
The Department of Electrical & Electronics Engineering seeks to realize its Vision with a Mission to:
Electrical and Electronics typically deals with the study and application of electricity, electronics, and electromagnetism. Electrical and Electronic Engineering deals with many of the real problems facing our world today such as electric power transmission, electrical machines, power electronics and Electric vehicles. The major difference between the electrical and electronic devices is that the electrical devices convert the electrical energy into the other form of energy like heat, light, sound, etc. whereas the electronic device controls the flow of electrons for performing the particular task. The electrical and electronics both are interrelated with each other. The electrical is the flow of electrons, and the electronics is the technique of controlling the flow of electrons for doing the particular work. Most modern appliances use a combination of electronic and electrical circuitry.
As a student in the course, you will study the various sub-fields of the discipline including digital and analog electronics, electrical power generation, transmission, distribution and utilization, power system engineering, electrical machines and drives, control systems, signal processing and power electronics.
Students will get extensive exposure during their project and seminar to the following areas: software simulation of power system, fault analysis, design of building automation systems, energy auditing and saving, power control circuit design, Microcontroller programming.
The objective of this course is to apply electrical and electronic principles to circuits, machines, power systems and control systems to develop solutions in the areas of industrial automation, green energy systems and smart grids which will help the students to contribute to project teams in the core and associated domains of electrical and electronics technology.
Our students have many opportunities to go on industrial visits, shadow employers at the workspace, and undergo summer training at premier companies in the electrical industry such as HAL and ABB (India) Ltd (for Power and Automation Technologies) etc.