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Electrical engineering is a field of engineering that deals with the study and application of electricity, electronics and electromagnetism. This field covers a range of areas including power, electronics, control systems, signal processing and telecommunications. Electrical engineering is considered to deal with the problems associated with large-scale electrical systems such as power transmission and motor control, whereas electronic engineering deals with the study of small-scale electronic systems including computers and integrated circuits. Electrical engineers are usually concerned with using electricity to transmit energy, while electronic engineers are concerned with using electricity to transmit information.
Objective
The Objective of the department is to provide quality education with practical orientation by enriching the students with knowledge & skills that help them to become employable graduate engineers and to face the challenges of the Industry and society.
Career opportunities
An electrical engineer has a wide range of activities, and thus, a lot of options.
Career in electrical engineering encompasses the following fields:
- Electric Power Stations
- Wiring and lighting of houses
- Designing household appliances
- Electrically-controlled industrial machinery
- Communications
- Computers
- Electronics
- Robotics
- Biomedical electronics
- Signal processing
- Transportation
- Industrial process control
- Energy operation and distribution
- Electro-mechanical energy conversion
Students Forum
Objectives
- Go beyond the curriculum and provide information on latest
trends in the field of Electrical science and its application.
- Create interest and encourage talents and capabilities in
developing projects.
Infrastructure
- Analog Electronics Lab
- Logic design Lab
- Microcontrollers Lab
- Power Electronics Lab
- Circuit simulation & Measurement Lab
- Transformers & Induction machine Lab
- Control system Lab
- D.C machine Lab
The following Labs are under process:
- Relay & High Voltage Lab
- Power system simulation Lab
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| Course View |
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Semester III
- Engg. Mathematics III
- Analog Electronics
- Logic Design
- Network Analysis
- Electrical Measurements
- Electrical Power Generation
- Analog Electronics Lab
- Logic Design Lab
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Semester IV
- Engg. Mathematics IV
- Microcontrollers
- Control System
- Field Theory
- Power Electronics
- Transformer & Induction Machine
- Microcontrollers Lab
- Power Electronics Lab
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Semester V
- Management & Entrepreneurship
- Signals & Systems
- Transmission & Distribution
- D.C machines & Synchronous machines
- Modern Control Theory
- Linear ICs & Application
- Circuit simulation & Measurement Lab
- Transformer & Induction machines Lab
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Semester VI
- Power system Analysis & Stability
- Switch gear & protection
- Electrical machine design
- Digital signal processing
- Electrical drawing & CAD
- Elective I(Group A)
- D.C machines & synchronous machines Lab
- Control System Lab
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Semester VII
- Computer techniques in power system analysis
- Electrical power utilization
- High voltage engg
- Industrial drives & applications
- Elective II(Group B)
- Elective III(Group C)
- Relay & High voltage Lab
- Power system simulation Lab
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Semester VIII
- Industrial management, electrical estimation & economics
- Power system operation & control
- Elective IV(Group D)
- Elective V(Group E)
- Project
- Seminar
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| HOD Profile |
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Faculty List |
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| Name |
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SONI M |
| Designation |
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Asst. Prof. |
| Qualification |
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M.E(Power & Energy Systems) |
| Experience |
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9 years |
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| Name |
Qualification |
Designation |
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| Ms. SONI M |
B.E., M.E |
Asst. Professor & HOD |
| Ms. SUSMITA BISWAS(LUHA) |
B.E., M.E |
Lecturer |
| Mr. KULDEEP SHIRURU |
BE, M.E |
Lecturer |
| Ms. MAITRI M. UTAGE |
BE, M.Tech. |
Lecturer |
| Ms. ANJALI M |
BE. |
Lecturer |
| Mr. RAMA PRADEEP M |
B.E |
Lecturer |
| Ms. NEELAMBIKA M SAMPAGAON |
B.E |
Lecturer |
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