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The EEE Department at MVJCE offers well-equipped laboratories that enable students to explore, design, and analyze electrical and electronic systems. Through hands-on experiments, students develop strong practical knowledge and technical expertise. Some of the labs available in the department are:
The Electric Circuit Analysis Laboratory provides students with a strong foundation in the analysis, design, and testing of electrical and electronic circuits. The laboratory bridges theoretical concepts and practical applications by enabling students to perform experiments on DC and AC circuits, network theorems, transient response, resonance, and electrical measurements. The laboratory is equipped with modern instruments such as DC power supplies, function generators, oscilloscopes, digital multimeters, wattmeter’s, and various passive and active circuit components. Through hands-on experiments, students gain proficiency in circuit construction, measurement techniques, troubleshooting, and interpretation of electrical parameters.
The Machines Laboratory is a well-equipped facility designed to provide students with practical knowledge and hands-on experience in the field of Electrical Engineering. The laboratory enables students to understand the construction, operation, characteristics, and performance of various electrical machines through experimental learning. The lab houses a wide range of equipment, including DC machines, transformers, induction motors,
synchronous machines and associated measuring instruments. Students perform experiments related to machine testing, efficiency determination, speed control, load characteristics, and performance analysis, thereby strengthening their theoretical concepts through practical application.
The purpose of this laboratory is to bridge theoretical concepts with practical implementation, enabling students to understand analog and digital circuits more effectively. Designed especially for beginners, the lab helps build strong fundamentals by allowing students to design and test their own circuits using a wide range of analog and digital electronic components. Well-equipped with CROs, DSOs, function generators and trainer kits, the lab facilitates hands-on experimentation and easy verification of results obtained from both designed circuits and pre-built modules. This
practical exposure ensures students gain confidence in circuit analysis, debugging, and design — forming a strong foundation.
The Switchgear and Protection Laboratory is a well-equipped facility designed to provide practical knowledge and hands-on experience in the areas of electrical protection systems and high-voltage engineering. As one of the major laboratories of the Electrical and Electronics Engineering (EEE) Department, it enables students to study the operation, testing, and performance of modern protection devices and high-voltage equipment. Overall, the laboratory serves as an important platform for developing practical skills and enhancing the understanding of modern power system protection and high-voltage engineering concepts.
The Control Systems Laboratory enables students to gain practical insights into the analysis and design of control systems through a combination of hardware experiments and simulation studies. Students investigate the performance and characteristics of key control system components such as controllers, compensators, and error detectors while developing skills in system modeling, stability analysis, and response evaluation. The laboratory also strengthens programming and simulation capabilities using modern engineering tools.
Power Electronics laboratory is designed to impart practical skills in Power Electronics among undergraduate students by bridging core concepts with hands-on experience on advanced power semiconductor devices and circuits. The lab is well-equipped with modern instruments and trainer kits that cover fundamentals to advanced applications, including Single-Phase and Three-Phase AC to DC Converters, DC-DC Choppers, Single-Phase AC Voltage Controllers, Cyclo-converters, and Single-Phase & Three-Phase Inverters. Beyond regular curriculum, the facility also supports UG students and faculty in executing academic projects, research work, and for innovation in drives, renewable energy, and industrial electronics.
The Electrical Engineering Laboratory is designed to bridge theoretical concepts with practical applications through experimentation. This laboratory supports the foundation for understanding electrical circuits, machines and measurement techniques and a variety of experiments including single-phase, three-phase voltage, current and power measurements. The laboratory fosters confidence and competence in using electrical concepts and methods, essential for their academic and professional growth.
The Power System Operation and Control Laboratory empowers students with invaluable hands-on experience and practical knowledge vital for effective management of modern power systems. This laboratory uniquely bridges the gap between theoretical concepts and real-world applications, equipping students to excel in the dynamic field of electrical power systems.
The lab emphasises the study of the generation, transmission, distribution, and efficient use of electrical energy. It provides students with the skills to analyse system behaviour under different operating conditions, manage load demand, maintain system stability, and ensure the reliable and economical operation of power networks. Key simulation studies include load frequency control, economic load dispatch and Voltage regulation.
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MVJ College of Engineering, Near ITPB, Whitefield, Bangalore-560 067