Electrical Engineers have traditionally been responsible for generation and supply of power. In addition to this they also design, develop, test and supervise manufacture of various electrical equipments like motors, machinery controls, communication systems and power generation, control and transmission devices used by electric utilities. The Electrical engineers also design lighting systems in buildings, automobiles and aircrafts.
Electronic Engineers primarily deal with applications of electricity to control systems and signal processing. With the increasing applications of control technology it has become essential to be knowledgeable about analogue and digital circuits, microprocessors, digital signal processing and programming languages. The four year B.E. program in Electrical and Electronics Engineering seeks to supplement the traditional knowledge base of Electrical Engineer by addition of relevant course of Electronic Engineering.
To produce proficient engineers who illuminate the nation, drive the industry and innovate in the field of power and automation.
Provide futuristic and comprehensive technical education to equip students with core competencies and relevant skill sets through effective teaching learning methods and state of art laboratories thus preparing them for global careers.
Pursue need based research and provide consultancy and testing services to address contemporary issues in the fields of Electrical and Instrumentation Engineering
Graduates will be able to:
Apply the knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems.