Where theory meets practice, and innovation begins.
The Department of Electrical and Electronic Technology is equipped with six well-established laboratories designed to provide hands-on experience that complements the department’s broad curriculum. These laboratories support teaching, industrial training, and final-year research, ensuring students graduate with the practical skills required in modern engineering environments.
| Weekly Lab Timetable | 👉 Click here |
The Department of Electrical and Electronic Technology is equipped with the following laboratories to support practical learning, project development, and research across core subject areas.
| No. | Laboratory Name |
|---|---|
| 1 | Electrical Power Laboratory |
| 2 | Digital & Analog Electronics Laboratory |
| 3 | Telecommunication Laboratory |
| 4 | Computer Laboratory |
| 5 | Robotics & Automation Laboratory |
| 6 | Advanced Research Laboratory |
| 7 | Student Project Laboratory |
Laboratory Facilities
🔹 1. Electrical Power Laboratory
The Electrical Power Laboratory is a cornerstone of the EET curriculum. It introduces students to the foundational and advanced concepts of electrical energy generation, distribution, machine operation, and power system analysis. This lab enables students to develop practical skills aligned with industry needs in power generation, transmission, and protection systems. Students perform experiments on transformers, induction and synchronous machines, fault analysis, relay settings, and more.
🔹 2. Digital & Analog Electronics Laboratory
This lab serves as a gateway into the world of digital logic, circuit design, and embedded system development. Students begin with basic logic gates and progress to advanced concepts using FPGAs and microcontrollers. Through hands-on prototyping and testing, they gain deep insights into how digital circuits power modern automation, computing, and embedded technologies.
🔹 3. Telecommunication Laboratory
Telecommunication technologies are at the heart of modern connectivity. This lab introduces students to signal modulation, frequency analysis, antenna design, and fiber optics. Students simulate real-world scenarios such as wireless propagation, antenna tuning, and frequency spectrum analysis, bridging the gap between theory and industrial applications in networking and telecommunications.
🔹 4. Computer Laboratory
This lab is the computational hub of the department. It provides a platform for students to simulate electrical circuits, model control systems, develop algorithms, and generate professional engineering documentation. Used across many subjects, this lab prepares students for design and problem-solving tasks essential to engineering careers and research.
🔹 5. Robotic & Automation Laboratory
This lab is designed to equip students with practical skills in automation technologies such as PLCs, SCADA systems, HMI interfaces, robotics, and electro-pneumatics. Students design and implement control systems for automated processes, mimicking what is found in real industrial environments.
🔹 6. Advanced Research Laboratory
The Advanced Research Laboratory fosters exploration and prototyping in areas such as renewable energy, smart grids, IoT, embedded systems, and advanced electronics. It is primarily used by final-year students and research teams to implement and test novel engineering solutions.
Common Laboratory Related downloadable Resources.
| Laboratory Handbook | 👉 Click here to download |
| Lab Safety Guidelines | 👉 Click here to download |
| Weekly Lab Timetable | 👉 Click here to download |
| Lab Equipment Booking Form | 👉 Click here to download |
| Full Equipment Inventory (All Labs) | 👉 Click here to download |
| General Lab Rules & Conduct Policy | 👉 Click here to download |
