Welcome to the Department of Electrical and Electronics Engineering of Institute of Technology, Davanagere.
Ours is a team of experienced, dedicated, passionate faculty members and highly aspirant, enthusiastic students and skilled non teaching staff. The Department strives to provide its students a completely interactive environment, guidance and a strong counseling system right from the beginning.
The department has set up state of art laboratories, such as High voltage & Relay lab, Control systems lab, Machines lab, Measurement lab, Simulation lab, Power electronics lab & Analog electronics lab. The faculties are encouraged to update and share their knowledge by attending workshops, conferences and many of our faculties have presented papers in national & international conferences and have published papers in national & international journals.
We have formed an Electrical and Electronics Engineering Forum – POTENZA, which serves as a platform for students to exhibit their talents. As a part of Forum activity, we invite resource persons from academics and industries to present expert talks. We have organized workshops on MATLAB, CAED, Renewable energy sources, Smart Grid, SCADA. We regularly organize industrial visits, power station and receiving station visits to enhance the academic as well as field knowledge of students. Our students are encouraged to take up internships in industries nearby to their native places during semester vacation.
Our students have brought laurels to our department and college by winning several prizes in intercollege technical and cultural competitions. Few projects of our final year students have been sponsored by KSCST. Our students are given placement trainings, from our faculties as well as from invited experts. Our efforts have yielded good results and many of our students are placed in well-known companies such as, Diya Systems, Q-Spiders, Westline Ship management pvt Ltd, Accenture, concentric etc. Finally, our department is bound to impart excellent and innovative education in Electrical and Electronics Engineering to build highly competent new generation of Electrical and Electronics Engineers
To achieve technically superior man power development and to build highly competent, ethically strong, socially responsible new generation of Electrical and Electronics Engineer.
M1: To impart excellent Electrical and Electronics Engineering Education with innovative teaching, international career focused education and experiential learning.
M2: To evolve as a centre of excellence in R&D in country and contribute to the advancement of science and technology to meet the ever changing needs of society.
M3: To nurture career improvement and to facilitate young Electrical and Electronics Engineers to acquire technical exposure.
M4: To create outstanding professionals and to produce quality engineers with high ethical standards and professionalism
Program Educational Objectives (PEO)
The educational objectives of the electrical engineering program are to enable graduates to:
PEO1: Become the resource of electrical engineering.
PEO2: Engage in lifelong learning demonstrated by advanced education, professional development activities, and other carrier-enhancing activities.
PEO3: Be successful in taking leadership roles and entrepreneurial positions.
Program specific outcomes
Electrical & electronics engineering graduates will be able to
PSO1: apply the knowledge of mathematics, science and electrical engineering fundamentals to solve complex problems in electrical machines, control systems, power systems and electronics.
PSO2: specify, architect and analyze power systems that efficiently generate, transmit, distribute and utilize electrical power in the present context.
PSO3: analyze, design & maintenance of modern electrical drives system and modern lighting system to conserve electrical energy.
Graduates of the Electrical engineering program are expected to demonstrate:
1.An ability to apply knowledge of mathematics & science to electrical engineering
2.An ability to identify, formulate and solve complex electrical engineering problems.
3.An ability to design electrical systems to meet desired needs with appropriate considerations for public health and safety.
4.An ability to use research based knowledge to design and conduct experiments.
5.An ability to use techniques, skills and modern electrical engineering tools like MATLAB, CAED, etc.. for engineering practice..
6.To understand the impact of engineering solutions in a global, economic, and societal contexts.
7.Understand the impact of the electrical engineering solutions in environmental contexts &demonstrate the knowledge for sustainable development
8.An understanding of professional and ethical responsibility.
9.An ability to function on multidisciplinary teams.
10.Ability to communicate effectively with the engineering community and with society.
11.Develop an appreciation for principles of managerial skills and entrepreneurship
12.Ability to develop confidence for self-education and to understand the value of life-long learning.