The Department of Electrical Engineering at O.P. Jindal University is dedicated to shaping graduates into skilled professionals and responsible citizens who will emerge as effective leaders and trailblazing innovators in the rapidly evolving fields of Electrical Engineering. We are committed to instilling in our students a strong sense of ethical values, along with a deep awareness of environmental and social issues.
Our department offers a range of educational programs, including Diploma, B. Tech, M. Tech, and Ph.D Initially, the B. Tech program in Electrical and Electronics Engineering was launched in 2008 at the O.P. Jindal Institute of Technology (OPJIT), affiliated with Chhattisgarh Swami Vivekanand Technical University (CSVTU). In 2014, OPJIT was granted university status (approved by UGC and AICTE) and was renamed O.P. Jindal University (OPJU). The same year, the M. Tech program in Power Electronics and Power Systems was introduced, followed by the initiation of the Ph.D program in 2017 to further enhance research opportunities. As a result, the department evolved into the Electrical Engineering Department.
To keep pace with advancements in technology, our curriculum is regularly updated, and our students have access to 22 state-of-the-art laboratories. These labs are equipped with cutting-edge technology and are supported by advanced experimental and computational resources, which facilitate research and consultancy projects across various domains of Electrical Engineering.
To produce globally competent skilled professionals in the field of electrical engineering dedicated to sustainable growth and ready to take on new technological challenges for the advancement of society as a whole.
Center of Excellence in Power Technology (OPAL-RT, LabView, PSCAD)
High Voltage Engineering Lab
75 KW Rooftop Solar Power Plant
Advanced Control System Lab
Highly Qualified and Experienced Faculty
High tech classrooms with Smart Boards
Smart Seminar Room
Electrical Drives Lab
Department Library
Product Development Lab
Electrical Machines Lab
Associate Professor
The Department of Electrical Engineering places a strong emphasis on both research and innovation, complementing our unwavering dedication to teaching. Our faculty members are at the forefront of pioneering research across a variety of groundbreaking fields, including Electric Vehicles, Photovoltaic Cells, Artificial Intelligence, Robust Control System Design with IoT and Python, and Embedded Systems. Their unwavering commitment to excellence in Electrical Engineering has played a pivotal role in establishing our department as one of the premier research hubs in the discipline.
With the collective dedication of our esteemed faculty and the exceptional talent of our students, we are spearheading groundbreaking research and innovation. We deeply value your continued support and encouragement, which empower us to push the boundaries of knowledge and shape the future of technology. Together, we will continue to make significant advancements and lead the way in these vital fields. Thank you for your ongoing support.
It is one of the emerging centers in the OPJU which includes innovations in power electronics, electrical drives, power system protection, clean and renewable energy systems. The goal is to establish a platform with a multi-disciplinary environment for experts, researchers, academicians, students, and business in the field of power electronics and power system engineering. Within just two years of its inception, the Centre has already established linkages with National and International Institutions and Industry for research, education, and technology transfer. It boasts of a highly specialized faculty in various disciplines of Energy with well-equipped laboratories for teaching and R&D.
The Power Electronics Lab offers a dynamic and engaging environment for students to understand the operation and application of power electronic systems. It provides hands-on experience through experiments involving key circuits such as rectifiers, inverters, choppers, and motor controllers. Students learn to design, construct, and analyze these circuits, enhancing their practical understanding of power conversion techniques. The lab sessions help bridge the gap between theoretical concepts and real-world applications. By working with industry-relevant hardware and setups, students develop essential skills needed for careers in electric drives, renewable energy systems, and industrial automation.
High Voltage lab is an advanced course in high voltage technology and electrical insulating materials. It also contains important experimental methods of high voltage generation and measurement. It deals with various power system components, its testing and calibration.
EM_I lab examines the construction feature, its operation and application of Transformers and direct current electrical machines. It includes the performance analysis of transformers, direct current machines under various loading conditions and its testing.
EM-II lab provides the basic theory, characteristics, construction, operation, application and starting of synchronous and asynchronous electrical machines. It includes the study of three phase slip-ring induction motors, squirrel cage induction motor, synchronous machines, single phase induction motors and special machines.
A Control System lab is a hands-on environment where students design, analyze, and test feedback control systems using trainers, transducers, motors, actuators, and measurement devices to study system stability, response, and optimization. The lab typically includes equipment such as oscilloscopes, function generators, and computerized setups for real-time data acquisition and simulation.
The Microprocessor & Microcontrollers Lab is a hands-on facility where students learn to program and interface microprocessors (like 8085, 8086) and microcontrollers (such as 8051), using assembly language and Embedded C. The lab provides practical experience in designing and implementing circuits for real-time applications, with equipment including trainer kits, interfacing modules, and development software.
The Electronics Device & Circuit Lab is a foundational laboratory designed for students to analyze, design, and test electronic circuits using common components like resistors, diodes & transistors,. It provides hands-on experience with equipment such as oscilloscopes, multimeters, power supplies, and function generators. The lab helps students understand the operation, characteristics, and applications of semiconductor devices, amplifiers.
The Linear Integrated Circuits (LIC) Lab provides hands-on experience in designing, constructing, and analyzing analog circuits using integrated devices such as operational amplifiers (op-amps IC-741) & timers (IC555). Students perform experiments on amplifiers, filters, oscillators, multivibrators, and voltage regulators, gaining practical skills essential for analog circuit design and troubleshooting.
A Digital Electronics Lab is a practical learning space where students work with digital circuits and integrated circuits (ICs) to design, build, and test digital systems such as logic gates, combinational and sequential circuits, and converters and to help students understand the fundamentals and applications of digital electronics.
Power System Simulation Lab in PSCAD is a practical environment where students and engineers use PSCAD software to model, simulate, and analyze power system behavior, especially focusing on electromagnetic transients and dynamic events. Users construct circuits graphically, run simulations, and observe results such as voltage, current, and power responses, gaining hands-on experience with real-world power system scenarios.
The Electric Circuits & Network Analysis Laboratory provides students with hands-on experience in the design, analysis, and troubleshooting of electrical circuits. It bridges theoretical concepts with practical applications, allowing students to work with real circuits, components, and measurement tools. The lab focuses on key areas such as circuit construction, network analysis, AC/DC circuit analysis, and the use of simulation software to model complex networks
The Electrical Measurements and Instrumentation Laboratory serves as a foundational space for students to acquire practical skills in electrical measurement techniques and the operation of various measuring instruments. This laboratory is integral to the curriculum, offering hands-on experience with both analog and digital instruments essential for accurate electrical analysis
Our Basic Electrical & Electronics Engineering Lab provides an immersive learning experience, designed to introduce students to the core principles and applications of electrical systems and electronics. Equipped with state-of-the-art tools and real-world industry equipment, the lab fosters hands-on experimentation and problem-solving skills
The Electrical Workshop is a crucial hands-on training space that equips students with essential electrical engineering skills. It forms a key part of the curriculum, offering practical experience and bridging the gap between theoretical knowledge and real-world applications.
It consists of performance of different types of AC and DC drives, their suitability for different types of loads and the simulation of these drives.
It is one of the emerging centers in the OPJU which includes innovations in power electronics, electrical drives, power system protection, clean and renewable energy systems. The goal is to establish a platform with a multi-disciplinary environment for experts, researchers, academicians, students, and business in the field of power electronics and power system engineering. Within just two years of its inception, the Centre has already established linkages with National and International Institutions and Industry for research, education, and technology transfer. It boasts of a highly specialized faculty in various disciplines of Energy with well-equipped laboratories for teaching and R&D.
The Power Electronics Lab offers a dynamic and engaging environment for students to understand the operation and application of power electronic systems. It provides hands-on experience through experiments involving key circuits such as rectifiers, inverters, choppers, and motor controllers. Students learn to design, construct, and analyze these circuits, enhancing their practical understanding of power conversion techniques. The lab sessions help bridge the gap between theoretical concepts and real-world applications. By working with industry-relevant hardware and setups, students develop essential skills needed for careers in electric drives, renewable energy systems, and industrial automation.
High Voltage lab is an advanced course in high voltage technology and electrical insulating materials. It also contains important experimental methods of high voltage generation and measurement. It deals with various power system components, its testing and calibration.
EM_I lab examines the construction feature, its operation and application of Transformers and direct current electrical machines. It includes the performance analysis of transformers, direct current machines under various loading conditions and its testing.
EM-II lab provides the basic theory, characteristics, construction, operation, application and starting of synchronous and asynchronous electrical machines. It includes the study of three phase slip-ring induction motors, squirrel cage induction motor, synchronous machines, single phase induction motors and special machines.
A Control System lab is a hands-on environment where students design, analyze, and test feedback control systems using trainers, transducers, motors, actuators, and measurement devices to study system stability, response, and optimization. The lab typically includes equipment such as oscilloscopes, function generators, and computerized setups for real-time data acquisition and simulation.
The Microprocessor & Microcontrollers Lab is a hands-on facility where students learn to program and interface microprocessors (like 8085, 8086) and microcontrollers (such as 8051), using assembly language and Embedded C. The lab provides practical experience in designing and implementing circuits for real-time applications, with equipment including trainer kits, interfacing modules, and development software.
The Electronics Device & Circuit Lab is a foundational laboratory designed for students to analyze, design, and test electronic circuits using common components like resistors, diodes & transistors,. It provides hands-on experience with equipment such as oscilloscopes, multimeters, power supplies, and function generators. The lab helps students understand the operation, characteristics, and applications of semiconductor devices, amplifiers.
The Linear Integrated Circuits (LIC) Lab provides hands-on experience in designing, constructing, and analyzing analog circuits using integrated devices such as operational amplifiers (op-amps IC-741) & timers (IC555). Students perform experiments on amplifiers, filters, oscillators, multivibrators, and voltage regulators, gaining practical skills essential for analog circuit design and troubleshooting.
A Digital Electronics Lab is a practical learning space where students work with digital circuits and integrated circuits (ICs) to design, build, and test digital systems such as logic gates, combinational and sequential circuits, and converters and to help students understand the fundamentals and applications of digital electronics.
Power System Simulation Lab in PSCAD is a practical environment where students and engineers use PSCAD software to model, simulate, and analyze power system behavior, especially focusing on electromagnetic transients and dynamic events. Users construct circuits graphically, run simulations, and observe results such as voltage, current, and power responses, gaining hands-on experience with real-world power system scenarios.
The Electric Circuits & Network Analysis Laboratory provides students with hands-on experience in the design, analysis, and troubleshooting of electrical circuits. It bridges theoretical concepts with practical applications, allowing students to work with real circuits, components, and measurement tools. The lab focuses on key areas such as circuit construction, network analysis, AC/DC circuit analysis, and the use of simulation software to model complex networks
The Electrical Measurements and Instrumentation Laboratory serves as a foundational space for students to acquire practical skills in electrical measurement techniques and the operation of various measuring instruments. This laboratory is integral to the curriculum, offering hands-on experience with both analog and digital instruments essential for accurate electrical analysis
Our Basic Electrical & Electronics Engineering Lab provides an immersive learning experience, designed to introduce students to the core principles and applications of electrical systems and electronics. Equipped with state-of-the-art tools and real-world industry equipment, the lab fosters hands-on experimentation and problem-solving skills
The Electrical Workshop is a crucial hands-on training space that equips students with essential electrical engineering skills. It forms a key part of the curriculum, offering practical experience and bridging the gap between theoretical knowledge and real-world applications.
It consists of performance of different types of AC and DC drives, their suitability for different types of loads and the simulation of these drives.
AM/NS
AM/NS
JSP
JSP
Arcelor Mittal
JSP
Tata Steel
Quest Global
JSW Steel
JSP
JSP
ICFAI Innovation Fest 2024 1st Price I - FI Prototype
Runner Up of National Welding League 2024 for Women March 6th - 8th 2024.
Runner Up of Women Welder Fraternity Competition (WWFc 2025) C.V. Raman Global University, Bhubaneswar, Odisha
Sr Asst Professor in EE department OPJU has successfully defended her PhD thesis at O P Jindal University, Chhattisgarh under the supervision of Dr S D Swain.
Asst Professor in EE department OPJU had successfully defended his Ph.D thesis under the supervision of Dr R D Patidar and Dr Sandeep Biswal.
Asst professor in EE department OPJU has successfully defended her PhD thesis at VSSUT Burla, Odisha (Government University) under the supervision of Dr Deepak Kumar Lal (VSSUT Burla) and Dr Sandeep Biswal ( OPJU Raigarh). Prof. Salman Hameed, AMU Aligarh and Prof Akhtar Kalam Victoria University Australia were the examiner.
Student Club Name: Electro- Thunder
The primary goal of the club is to organize both technical and formal cultural events within the Electrical Department throughout the year. These activities highlight the students' innovation, technical skills, and cultural creativity.
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