This lab allows students to analyze power system components and perform experiments on transmission lines, load flow studies, fault analysis, and protection systems. It aids in understanding generation, transmission, and distribution through simulation and hardware setups.

Students explore the operation and characteristics of power semiconductor devices and converters such as rectifiers, inverters, choppers, and AC voltage controllers. The lab focuses on practical applications in drives and renewable energy systems.

This lab focuses on analysing fundamental concepts of control systems. Students study time and frequency responses, stability analysis, and PID controllers using both hardware and simulation tools like MATLAB and Programmable Logic Controllers (PLC).

The Network Lab introduces students to basic and advanced electrical circuit analysis techniques. It includes experiments on Thevenin’s, Norton’s, and superposition theorems, resonance, and transient response using RLC circuits.

This lab involves the study and testing of DC motors and generators. Students learn about speed control, load testing, and efficiency measurement of different DC machines.

Students perform experiments on single-phase and three-phase AC motors and generators, including synchronous and induction machines. Emphasis is placed on performance, control, and characteristics.

This lab develops skills in measuring electrical quantities such as voltage, current, power, energy, and resistance using analog and digital instruments, bridges, and transducers.

The lab offers hands-on experience in programming and interfacing 8086 microprocessors and 8051 microcontrollers. Students design simple embedded systems for control and automation applications.

This lab uses software tools like MATLAB, PSIM, PSPICE and PSCAD to simulate Electrical circuits, power systems, Power Electronics, and control systems. It enhances analytical skills without relying solely on hardware.

The Internet of Things (IoT) Lab equips students with hands-on experience in building smart systems using microcontrollers such as Arduino and Raspberry Pi. Students learn to interface and program a range of components, including LEDs, buzzers, digital and analog sensors (IR, LDR, temperature, humidity), OLED displays, Bluetooth, WiFi modules, and cloud platforms like ThingSpeak.

This foundational lab covers basic circuit theory, wiring, soldering, and simple electronic components. It prepares first-year students to understand the principles of electrical and electronics engineering.

The lab introduces diodes, transistors, and basic amplifiers. Students perform experiments on rectifiers, filters, and oscillators to understand analog circuit design.

Students gain hands-on skills in electrical wiring, motor winding, house wiring, and safety practices. It provides practical exposure to real-world electrical installations.

A dedicated space where students design, develop, and test their final-year projects using hardware and software tools. It promotes innovation, teamwork, and application of interdisciplinary knowledge.