Michael Faraday was born on September 22nd 1791 in London, United Kingdom. After attending some lectures by scientist Humphry Davy, he started working as his assistant in his chemistry laboratory. From then onwards started the exciting life in science, which led him to pioneer many basic laws and concepts in physics and chemistry. His inventions list spreads across the years 1821 to 1845.His work formed the basis for the development of electric power, electromagnets, and electric motors.
The Department of Electrical and Electronics Engineering at Gonna Institute Of Information Technology and Science has been active in teaching and research since its inception in 2009. The Department offers a four-year undergraduate program in Electrical & Electronics Engineering and two years Postgraduate course in Power Electronics. The annual intake of this Department is 30 students.
The Department has state of Art Laboratories with fully equipped equipment and technical software. The Department boasts a highly skilled and committed faculty from prestigious institutions. Faculty are encouraged to take independent initiatives with collective responsibility in all the relevant academic and R&D dimensions like innovative teaching, student projects, and research supervision. Faculty uses a robust counseling system to serve students' emotional and psychological needs.
The department of EEE consistently maintains the results of more than 90%. As a part of its social responsibility to uplift the surrounding, the department conducts community service projects. Care and concern are given to every student to enhance their performance and self-confidence. The Dept. organizes Faculty Development Programmes, workshops in different streams, and Student Development Programmes like Workshops, Add-on programs Industrial visits, and Guest lectures. Our students actively participated and won prizes in extracurricular activities organized by other colleges. The Dept. also organizes regular student seminars to enhance their all-round performance.
To develop proficient and socially responsible, industry-ready electrical engineers through quality education and research.
M1: To develop proficiency in current trends by imparting effective teaching and learning processes.
M2: To foster higher education and research in electrical engineering through constant industry interaction.
M3: To inculcate value-based professionalism for the overall development of the student.
PEO 1: Strong educational foundation in Electrical Engineering, aimed at pursuing prosperous employment in core and related industries.
PEO 2: Apply creativity and lifelong learning to provide solutions for realistic problems.
PEO 3: Exhibit effective communication, leadership abilities, social responsibilities, and moral principles in a successful job.
PSO-1: Create and evaluate mechanisms for the effective generation, transmission, distribution, and use of power.
PSO-2: Apply power electronics expertise to construct and manage high-performance electrical drives for industrial needs.