Our engineering programs boast state-of-the-art laboratories that are accessible to all engineering students. These facilities are expertly managed by dedicated and qualified staff.
Within the Department of Civil and Environmental Engineering, we offer a wide array of laboratory courses covering key topics in concrete and pavement design, environmental engineering, mechanics of materials, soil mechanics, hydraulics, field surveying, geophysics, and engineering graphics. We pride ourselves on the continual upgrading and updating of our lab equipment to ensure that our students gain exposure to the latest and most advanced systems. Furthermore, we provide access to highly accurate and professional testing facilities such as spectrophotometry, strain gauging, triaxial testing, open and closed channel flow measurements, and total station applications. Most of our lab facilities are seamlessly connected to data acquisition systems. In addition, we offer field equipment for in-situ testing, covering soil investigation, groundwater and surface water testing, and concrete quality control. Regular professional commercial testing and community services are also conducted in these areas.
In the Department of Electrical, Computer, and Communication Engineering, we maintain several well-equipped laboratories that support teaching across a spectrum of disciplines including communication systems, electronic circuit design (including microprocessors and programmable logic controllers), instrumentation, electric machines, power electronics, control systems, and digital signal processing. These laboratories also serve as spaces where students can execute their engineering project designs. To ensure students benefit from the best possible laboratory experience, our equipment is consistently updated and upgraded.
The Department of Mechanical Engineering boasts a range of cutting-edge laboratory equipment dedicated to training purposes. Our inventory includes a sizable wind tunnel for aerodynamics testing, energy testing facilities (for solar systems, combustion, etc.), turbomachinery testing systems (covering pumps, fans, Pelton wheels, turbines, etc.), air-conditioning testing units (for heating, cooling, refrigeration, etc.), mechatronics and instrumentation equipment, mechanical vibration benches, and mechanical components and systems. Moreover, we maintain a comprehensive workshop equipped with a variety of machine tools, including a CNC machine, which is used for student training and to fulfill regular machining needs. These laboratories undergo constant maintenance and updating to integrate new concepts and remain at the forefront of advancements in various mechanical engineering fields.