Faculty of Engineering

The Electrical and Electronics Engineering Laboratory at Lyceum Campus is a state-of-the-art practical learning facility equipped with modern laboratory instruments and training systems to provide students with extensive hands-on experience across electrical engineering, analog and digital electronics, embedded systems, motor control and power electronics.

The laboratory is equipped with the latest-generation oscilloscopes, function generators and dual-mode power supplies, together with dedicated training and experimental boards for analog and digital circuits. These resources enable students to build, test, measure and analyse electrical and electronic circuits while developing a strong understanding of both fundamental principles and practical engineering applications.

The laboratory supports practical learning across a broad range of areas, including:

The laboratory is organised around six spacious workstations, providing capacity for up to 36 students at a time. The workstation-based setup allows students to carry out practical experiments individually or in small groups, providing direct access to laboratory instruments and electronic training equipment. A dedicated soldering area provides students with a suitable environment to develop practical skills in electronic assembly, component mounting, circuit modification and prototyping. The laboratory also includes a dedicated DIY and innovation corner, equipped with technologies such as 3D printers, portable CNC machines and PCB plotters. This enables students to move beyond predefined laboratory experiments and develop their own electronic and engineering prototypes.

The combination of professional laboratory instruments, dedicated training boards, prototyping facilities and fabrication technologies provides students with an environment where they can design, build, program, test, measure, troubleshoot and refine their own electrical and electronic systems. With its comprehensive equipment base, the Electrical and Electronics Engineering Laboratory supports practical learning across the major domains of electrical engineering and electronics, while also providing a strong foundation for modern areas such as embedded systems, hardware programming, motor control and power electronics.

Overall, the laboratory is designed to transform theoretical knowledge into practical engineering competence, giving students the opportunity to gain hands-on experience with the technologies, tools and engineering practices used in contemporary electrical and electronics engineering.

The Mechatronics Engineering Laboratory at Lyceum Campus is a comprehensive, hands-on engineering facility designed to provide students with practical experience across a wide range of mechanical and mechatronics engineering applications. The laboratory brings together mechanical systems, power transmission, fluid power, automation, control, sensing and instrumentation, enabling students to understand how different engineering technologies work individually and as integrated systems.

The laboratory includes a range of demonstration and training setups that allow students to observe and understand different methods of mechanical power transmission, motion, mechanisms, machine elements and mechanical design principles. These setups provide a practical understanding of how mechanical systems are designed, assembled and operated.

Students also have access to equipment and practical setups for hands-on learning in areas including:

A dedicated four-workstation project area provides students with space to undertake DIY activities, prototypes, engineering designs and individual or group projects. These workstations encourage students to experiment, build, test and improve their own engineering solutions in a practical environment. The laboratory has been established with a broad equipment base covering mechanical engineering and mechatronics-related domains, allowing students to progress from understanding fundamental mechanical principles to working with integrated automated and intelligent systems.

Overall, the Mechatronics Engineering Laboratory provides a practical, project-oriented learning environment where students can move beyond theoretical concepts and gain hands-on experience in designing, assembling, operating, testing and troubleshooting engineering systems — preparing them for the technologies and applications of modern engineering industries.