The Power System and Power Electronics Lab facilitates practical learning in power generation, conversion, transmission, distribution, and protection. The lab includes IGBT choppers/inverters, thyristor controllers, power electronic trainers, PID controllers, oscilloscopes, dynamometers, and data acquisition interfaces. Trainers for wind energy, solar energy, and power transmission & protection systems allow students to study renewable energy systems, grid synchronization, fault analysis, and protective relaying.

The Control System Lab offers practical exposure to classical and modern control techniques. It is equipped with control application training systems, DC servo motor control trainers, magnetic levitation systems, twin rotor MIMO systems, 3-DOF hovercraft systems, and computer-based control setups. Students perform experiments related to system modeling, stability analysis, PID control, state-space control, and real-time implementation of control algorithms.

The Electrical Measurement and Instrumentation Lab provides training in measurement principles, sensor characteristics, and signal conditioning techniques. The lab includes transducer trainers, control application trainer, digital oscilloscopes, function generators, clamp meters, and digital multimeters. Students perform experiments related to sensor calibration, measurement accuracy, signal acquisition, and instrumentation system design.

The Communication System Lab provides practical training in analog and digital communication. It is equipped with trainers for modulation, multiplexing, ADC/DAC systems, and signal sampling. Students gain hands-on experience in modulation techniques, signal transmission, and multiplexing.

The Physics Laboratory supports foundational engineering concepts through experiments in mechanics, electricity, and magnetism. Equipment includes inclined planes, air-track systems, galvanometers, voltmeters, ammeters, digital oscilloscopes, function generators, DC power supplies, vernier calipers, and screw gauges.

The Project Lab serves as a facility for final year design projects and research activities. Equipped with digital oscilloscopes, function generators, and measurement instruments, students can design, implement, test, and validate engineering prototypes.

The Electronic System Lab provides training in analog and basic electronic circuit design. It is equipped with oscilloscopes, curve tracers, DC power supplies, function generators, and training kits for diode, BJT, FET amplifiers, OP-AMP circuits, voltage regulators, and waveform generators.

The Digital Electronics Lab focuses on digital logic systems and combinational/sequential circuits. Equipped with logic trainers, oscilloscopes, function generators, DC power supplies, and multimeters, students design and test logic gates, flip-flops, counters, and registers.

The Embedded Systems Lab provides practical knowledge in embedded systems, DSP, FPGA development, and microprocessor interfacing. Students work with 8086/8051 trainers, PIC microcontrollers, DSP kits, and FPGA development boards. Labs include oscilloscopes and function generators for testing and system prototyping.