Involvement of the faculty members in all activities organized by the department.

Vision

“To be recognized as the Centre of Excellence in Electrical Engineering.”

Mision

1. To develop the students in academic excellence and professional knowledge with ethical leadership to make them globally acceptable Electrical Engineers.
2. To provide the solutions for the industrial problems and contribute to technical knowledge on continuous basis in the area of Electrical Engineering.

Goals

1. Department aims to be centre of excellence in area of Automation & Renewable Energy Sources.
2. Department follows quality standard practices in area of Electrical Engineering and aims to get accredited by NBA.

Our Placed Students

Faculty Details

Infrastructure Details

Laboratory Details

SEMINAR/FDP ETC. ATTENDED

Industry Interactions

Papers Published

Results

Students Achievement

Our student, Shirsikar Prachi G., bagged Gold Medal for being topper in All Branches Of Engineering in Solapur University, Solapur, in the AY 2013-14 by securing 86.5%.

Innovative Project Details

1) Title: MONITORING & CONTROLLINGOF ELECTRICMOTOR

The system is designed for protection of electrical vehicle (tesla) single or three phase induction motors from abnormal conditions. Proposed work for protection of motor from over voltage (OV), under voltage (UV), over current (OC), under current (UC), over frequency (OF), under frequency (UF), single phasing, voltage asymmetry, current asymmetry, phase reversal, over heat protection, humidity detection, vibration detection and distance detection etc. Such protection will help to protect motor from faulty conditions. Microcontroller used for programming of all types of abnormal conditions so that it will detect the faulty condition and protect motor from it.

2) Title: Universal Power Generation

This hybrid energy system comprises of the system combined with renewable energy systems and asuitable backup system in the form of batter ies bank. The battery power is used to power the loads. The power capacity of battery is measured and display on LCD using Microcontroller.

3) Title: Prototype of Solar Vehicle.

The bus model is simulated on a suburban bus drive cycle on a bus route in Davis, CA, USA for a representative sample of yearly weather conditions. Roof-mounted panels increased vehicle driving range by 4.7% on average annually, while roof and side modules together increased driving range by 8.9%.However, variations in weather conditions meant that this additional range was not reliably available. For constant vehicle range, rooftop photovoltaic modules extended battery cycle life by up to 10%while modules on both the roof and sides extended battery cycle life by up to 19%. Although side-mounted photovoltaic increased cycle life and range, they were less weight and costeffective compared to the roof-mounted panels.

Non Teaching Details

Syllabus & Time table