Electrical Lab:
The Electrical Engineering (EE) labs are well equipped, properly ventilated, sufficiently spaced and offer a comprehensive hands-on learning experience covering a wide array of vital areas in modern technology. Here’s a brief overview highlighting the relevance of each lab area:
- Power System Lab: This laboratory is a vital facility in electrical engineering education. It provides hands-on experience with testing current transformers (CTs), potential transformers (PTs), load flow analysis, fault detection, and practical power system design.
2. Power Electronics Lab: It provides hands-on experience with Thyristor Commutation Techniques, Controlled Rectifiers, AC Voltage Controllers, and Closed-loop control of DC drives.
3. Electrical Machines Lab: It provides hands-on experience with various electrical machines, including DC machines, induction machines, BLDC motors, and PMSM machines.
4. Control System Lab: Equipped with cutting-edge tools, it provides students practical insights into control engineering principles. Students engage in activities related to Thyristor Commutation Techniques, Controlled Rectifiers, AC Voltage Controllers, and Closed-loop control of DC drives.
5. Switchgear lab: Equipped with modern facilities, it provides real-life exposure to power system protection like under current/overcurrent relays, under-voltage/over-voltage relays, auto reclosers, and transformer overheating protection.
6. Electrical measurement lab: They explore resistance, inductance, and capacitance using Wheatstone bridges, Maxwell bridges, and Schering bridges. Additionally, students gain hands-on experience with AC measurements and strain gauges.
7. Electrical circuit analysis lab: These labs provide hands-on experience in analyzing and simplifying circuits, learn essential techniques such as superposition, Thevenin’s theorem, nodal and mesh analysis, and maximum power transfer.
8. Project Lab
In conclusion, the EE labs offer a diverse and comprehensive learning environment, enabling students to gain practical skills and play a vital role in shaping future engineers and innovators capable of addressing the complex challenges of today’s technology-driven world.
