Bodri Bilaspur C.G
17 Years of Excellence
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Electrical Engineering

Electrical Engineering


The Department of Electrical Engineering of LCIT, Bilaspur, is one of the finest and well-equipped electrical departments of the central region. The Department of Electrical Engineering was established in the year 2008 with an objective to develop professionals through quality education with an intake of 60 students. The faculty provides continuous inputs and designs the curriculum in the diverse area of Electrical Engineering. This input helps the department offer continuous value-added programs that are beyond the regular institute curriculum and are future-ready. The Department offering industrial research experience to our student that augments, their practical and technical skills is among the best Engineering Colleges in Bilaspur. Under the strong leadership and strong faculty team, the Department offers B. Tech. Degree in Electrical Engineering. The Staff Advisors identify slow learners and give them special training to enable them to cope with their peers in the respective class. The meritorious students are given special training in current research areas. Our pass-out students qualified for many on and off-campus interviews and is now working in reputed companies. Every year we conduct seminars, workshops, etc in the field of Electrical Engineering.

Electrical Engineering is one of the largest and fastest-growing fields, which generally deals with the study and application of Electricity. The Department has good infrastructural facilities and is equipped with full-fledged laboratories such as Basic Electrical Lab, Electrical Machines Lab- I and II, Power Electronics Lab, Electrical Measurements Lab, Advanced Electrical Engineering Lab and Electrical Workshop. The department also has audio-visual facilities with LCD and OHP for effective teaching. As a part of the curriculum, Industrial Visits are arranged for the students. The Department is a mix of industrial and academic expertise with highly qualified and experienced Faculty Members. Our main aim is to impart knowledge and innovative ideas to the students in the teaching-learning process. In the teaching-learning process, the students are given assignments and are made to work out exercise problems to equip themselves for the examination.

The Staff Advisors identify slow learners and give them special training to enable them to cope with their peers in the respective class. The meritorious students are given special training in current research areas. Our pass-out students qualified for many on and off-campus interviews and is now working in reputed companies. Every year we conduct seminars, workshops, etc in the field of Electrical Engineering.

Electrical Engineering Labs

  • Digital Electronics & Logic Design Lab
  • Numerical Method Software Lab
  • Electrical Circuit Lab
  • Electrical Machine Lab
  • Analog Electronics Lab
  • Virtual Lab
  • Electrical Power System Lab
  • Electrical Measurements and Measuring Instruments Lab
  • Electrical Control System Lab
  • Power Electronics Lab
  • Microprocessor Lab
  • Instrumentation & Techniques Lab
  • Switchgear & Protection Lab
  • Electric Drive Lab
  • High Voltage Lab
  • Installation Maintenance and Testing Lab

Teaching Pedagogy

The pedagogy in electrical engineering integrates theoretical foundations, hands-on practical learning, and industry-oriented exposure to prepare students for modern engineering challenges.

  1. Lecture-Based Learning
    • Traditional classroom teaching with visual aids like PPTs, simulations, and animations.
    • Concept reinforcement through real-life engineering applications.
  2. Laboratory and Hands-on Training
    • Practical sessions in electrical machines, power systems, control systems, and microcontrollers.
    • Exposure to industry-grade equipment, circuit designing, and troubleshooting techniques.
  3. Project-Based Learning (PBL)
    • Encourages students to solve real-world electrical engineering problems.
    • Focus on renewable energy projects, automation, and smart grid applications.
  4. Simulation and Software Tools
    • Training in MATLAB, PSCAD, Multisim, AutoCAD Electrical, and ETAP for circuit and system analysis.
    • AI and IoT-based applications in electrical engineering.
  5. Industrial Visits & Internships
    • Visits to power plants, substations, and manufacturing units.
    • Internships in electrical industries to bridge the gap between academia and industry.
  6. Interdisciplinary Learning
    • Integration of electrical engineering with robotics, artificial intelligence, and data analytics.
    • Focus on Industry 4.0 technologies.
  7. Research & Innovation Encouragement
    • Encouraging students to work on patents, research papers, and technical projects.
    • Participation in hackathons and engineering competitions.
Faculty Name Qualification Designation Experience (Years)
Dr. Deependra Rathore Phd , M.Tech HOD 21
Mr. Gaurav Jaiswal M.Tech, BE Asst. Professor 17
Ms. Shweta Yadav M.Tech, BE Asst. Professor 15
Mr. Prashant Singh Rajpoot M.Tech, BE Asst. Professor 14
Mr. Nirmal Panigrahi M.Tech, BE Asst. Professor 10
Mrs. Swati Suryawanshi MBA, BE Asst. Professor 5
Mrs. Neha Vaishnav B.Tech Lecturer 1

Intake

Course Eligibility Seats Duration Department
Electrical Engineering 12th marks: For Gen - 45% (PCM), For category - 40% (PCM), PET/JEE 60 4 years Electrical Engineering

Our Vision and Mission

Department Vision

To be a center of excellence in Electrical Engineering education and research, fostering innovation, sustainability, and technological advancements for societal development.

Department Mission

  • . Quality Education To impart knowledge in Electrical Engineering with strong fundamentals and hands-on experience.
  • . Industry Collaboration To collaborate with industries and research organizations for knowledge exchange and skill development.
  • . Sustainability & Ethics: To instill ethical values, environmental responsibility, and sustainable energy solutions.
  • . Innovation & Research: To encourage research and technological innovation in emerging areas like renewable energy, automation, and smart systems.
  • . Lifelong Learning & Professional Development: To promote continuous learning, entrepreneurship, and leadership qualities among students.
mission
mission

Program Educational Objectives (PEOs)

  • . Technical Proficiency: Graduates will possess a strong foundation in Electrical Engineering principles to design and analyze Electrical systems.
  • . Problem-Solving & Innovation: Graduates will develop problem-solving skills and innovative approaches in Electrical and Interdisciplinary Engineering Domains.
  • . Sustainability & Ethics: Graduates will incorporate sustainable and ethical practices in Electrical Engineering solutions.
  • . Lifelong Learning & Career Growth: Graduates will engage in higher education, research, and continuous skill enhancement to meet global Engineering demands.
  • . Leadership & Professionalism: Graduates will demonstrate leadership, teamwork, and effective communication in professional and societal contexts.

Program Specific Outcomes (PSOs)

  • . Power System and Energy Management: Apply principles of electrical power generation, transmission, and distribution for efficient energy management.
  • . Control Systems and Automation: Design and implement control systems, automation, and embedded technologies in electrical applications.
  • . Renewable Energy & Smart Technologies: Develop and integrate renewable energy sources, IoT, and AI for smart grid and electrical applications.
Electrical Achievements
Electrical Achievements
Electrical Achievements
Electrical Achievements

Research Paper Publication

Paper Title Author Name Publication Year Department
LOSS REDUCTION THROUGH SMART GRID IN INDIAN POWER SYSTEMMs. Shweta Yadav2016Electrical Engineering
MULTI-AREA INTERCONNECTED THERMAL SYSTEM AUTOMATIC GENERATION CONTROL BASED ON ANT LION OPTIMIZATIONMs. Shweta Yadav2020Electrical Engineering
OVER HEAT PROTECTION OF INDUCTION MOTORMs. Shweta Yadav2020Electrical Engineering
ANT LION OPTIMIZATION BASED CONTROLLER TUNING FOR AUTOMATIC GENERATION CONTROL OF MULTI-AREA INTERCONNECTED THERMAL SYSTEMMs. Shweta Yadav2018Electrical Engineering
DEPICTION AND EXCERTION OF POWER LOAD STABILIZATION ADOPTING FUZZY LOGICMr. Nirmal Panigrahi2017Electrical Engineering
MODELING AND DESIGN OF SMART CARD PREPAYMENT SYSTEM FOR EFFICIENT ULTILISATION OF ELECTRICAL ENERGY IN DISTRIBUTION SYSTEMMr. Nirmal Panigrahi2016Electrical Engineering
PSO APPROACH FOR REACTIVE POWER OPTIMIZATIONMr. Prashant Singh Rajpoot2017Electrical Engineering
REVIEW AND UTILITY OF FACTS CONTROLLER FOR TRACTION SYSTEMMr. Prashant Singh Rajpoot2014Electrical Engineering
ELECTRICITY PILFERAGE, FAULT DETECTION AND THEIR ISOLATION OF POWER QUALITY ENHANCEMENT IN ELECTRICAL DISTRIBUTION SYSTRM IN ESPOUSE SDS WITH SMARTMr. Prashant Singh Rajpoot2020Electrical Engineering
DESIGN AND SIMULATION OF NEURO FUZZY CONTROLLER OF SEARATELY EXCITED DC MOTORMr. Prashant Singh Rajpoot2016Electrical Engineering
A DYNAMIC - SUGPDS MODEL FOR FAULT DETECTION AND ISOLATION OF UNDERGROUND POWER CABLE BASED ON DETECTION AND ISOLATION ALGORITHM AND SMARTMr. Prashant Singh Rajpoot2021Electrical Engineering
DEPICTION AND EXERTION OF POWER LOAD STABILIZING ADOPTING FUZZY LOGICMr. Gaurav Kumar Jaiswal2016Electrical Engineering
POSSIBILITIES OF USING NEURAL NETWORK FOR ECG CLASSIFICATIONMr. Gaurav Kumar Jaiswal2015Electrical Engineering
ECG CLASSIFICATION WITH THE HELP OF NEURAL NETWORKMr. Gaurav Kumar Jaiswal2014Electrical Engineering
ARTIFICIAL NEURAL NETWORK FOR ECG CLASSIFICATIONMr. Gaurav Kumar Jaiswal2014Electrical Engineering
INDIAN POWER SYSTEMMr. Deependra Rathore2015Electrical Engineering
MULTI-AREA INTERCONNECTED THERMAL SYSTEM AUTOMATIC GENERATION CONTROL BASED ON ANT LION OPTIMIZATIONMr. Deependra Rathore2020Electrical Engineering
LOSS REDUCTION USING DRS IN SMART GRID TECHNOLOGYMr. Deependra Rathore2014Electrical Engineering
POWER SYSTEM STABILITY ENHANCEMENT USING SMART GRID TECHNOLOGY THROUGH DRSMr. Deependra Rathore2014Electrical Engineering

Electrical Department Toppers

S. No. Name of Topper Year
1 Abhishek Kaushik 2026
2 Jyoti Nishad 2026
3 Om Mishra 2026
4 Himanshu Sahu 2026
5 Sahil Kesharwani 2025
6 Prakriti Singh Chandel 2025
7 Prerna Rajak 2025
8 Mikendra Kaushik 2025
9 Aman Kaushik 2025
10 Manisha Raila 2024
11 Krishna Raj Gautam 2024
12 Dheeraj Kumar 2024
13 Yogendra Kumar 2024
14 J Pravina 2023
15 Ayush Shrivas 2023
16 Naman Dewangan 2023
17 Kamendra Singh Dhruw 2023
18 Pankaj 2023
19 Ayush Yadav 2022
20 Swati Soni 2022
21 Srishti Gupta 2022
22 Ayush Mendekar 2022
23 Kamlesh Sahu 2022

Industrial Visits

S. No. Year Place Visited
1 2025-26 Adani Power Tilda, Raipur, Chhattisgarh
2 2024-25 BSNL Govt. of India Bilaspur, Chhattisgarh
3 2024-25 Sudha Bio Power Pvt. Ltd. Ratanpur Road, Bilaspur, Chhattisgarh
4 2023-24 Mahavir Coal Washery Pvt. Ltd. Belmundi, Bilaspur, Chhattisgarh
5 2023-24 PHIL Group Ghutku Pandripar, Bilaspur, Chhattisgarh
6 2022-23 Sudha Bio Power Pvt. Ltd. Ratanpur Road, Bilaspur, Chhattisgarh
7 2022-23 Power Gird Bharari, Ratanpur Road, Bilaspur, Chhattisgarh
8 2021-22 Chhattisgarh State Power Distribution & Corporation Limited, Bilaspur, Chhattisgarh
9 2021-22 Power Gird Bharari, Ratanpur Road, Bilaspur, Chhattisgarh

Electrical Engineering Technical Skills Activities

S. No. Year Activity
1 2025-26 One week refresher course on Electrical Power System
2 2024-25 One day workshop on IOT based Robotics Model
3 2024-25 One Day Session on Power Failure and Maintenance by Engineer Ms. Shilpa Jain
4 2023-24 One day workshop on Electric Motor Winding
5 2023-24 One day seminar on Electrical Power Supply and Distribution by Assistant Engineer Mrs. Anupama Mahto
6 2022-23 One week workshop on Electrical Hardware System

Value-Added Courses

S. No. Year Course
1 2026 PLC, SCADA, and Industrial Automation
2 2026 MATLAB and Simulink for Electrical Systems
3 2026 Power System Simulation (using ETAP or digSILENT)
4 2025 Electric Vehicle (EV) Powertrain and Battery Management Systems
5 2025 Solar PV System Design and Integration (using PVSYST)
6 2025 Embedded Systems and IoT (Internet of Things) Applications
7 2024 Electrical CAD and Building Information Modeling (BIM)
8 2024 Power Electronics and Variable Frequency Drives (VFD)
9 2024 Smart Grid Technologies and Microgrid Design
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