The studio features interactive systems for exploring creative ideas and multimedia applications. It includes motion-driven visual systems like a multi-touch table and a non-touch motion sensing system for AR experience. Animatronics pneumatic robots allow for automated show control, while a versatile aluminum exhibition system offers a flexible structure for exhibition designs and interactive media projects.

The center supports teaching in game design and development by allowing students to analyze and evaluate various computer games and create new ideas. In terms of game visual systems, it features a hemispherical projector and a mobile platform with six projectors, capable of creating a computer-generated 3D immersive gaming environment. It also promotes training in game design, programming, and development.

The Multimedia Entertainment Studio features innovative audio-visual technologies, including lighting boards, intelligent lighting, digital audio mixing consoles, and surround sound systems. These state-of-the-art systems allow students to realize their creative visions and explore the latest multimedia technologies and applications.

The Cloud Innovation Centre is equipped with essential facilities simulating the environment of a cloud data centre. The Centre facilitates the learning and teaching on data centre administration and cloud computing.

The Horology and Material Laboratory was established with the aim to support human resources training for the watch and clock industry in Hong Kong.  The Laboratory consists of a wide range of equipment related to watch making, testing, and repairing.  In addition to the delivery of the timepiece technology modules under the Higher Diploma in Mechanical Engineering, the workshop is also used for the delivery of in-service training programmes for the industry.  

The AI & Robotics Centre is a cutting-edge facility dedicated to advancing applications, practical training, and innovation in AI and robotics. It features advanced application labs that provide hands-on environments for developing and testing AI algorithms and robotic systems, including applications for robotic arms. The Centre offers a range of practical training programs and workshops designed to equip students with essential skills for this rapidly evolving field. Actively collaborating with industry, the Centre bridges the gap between academia and real-world applications, enabling students to engage in practical projects and internships. Committed to community engagement, the Centre organizes outreach programmes to raise awareness of AI and robotics, inspiring the next generation of innovators.

The Automation Lab is a specialized facility designed to support learning and experimentation in industrial automation, robotics assembly, and control systems. It is equipped with programmable logic controllers (PLCs), robotic arms, sensors, actuators, and simulation software. The lab provides a hands-on environment for students and professionals to develop skills in automated system design, programming, and integration. It supports coursework, research, and industry training, fostering innovation in smart manufacturing and industrial technologies.

The Computer Aided Engineering Studio is a state-of-the-art facility dedicated to the application of advanced software tools for engineering design, analysis, and simulation. Equipped with high-performance workstations and industry-standard CAD software, the studio supports activities such as finite element analysis, computational fluid dynamics, and structural optimization. It provides an environment for students and professionals to model, test, and refine engineering designs virtually, enhancing efficiency and accuracy in product development. The studio is utilized for hands-on training, research, and project work across various engineering disciplines, fostering innovation and technical expertise.

The Engineering Collaboratorium is a dynamic, interdisciplinary space designed to foster collaboration and innovation among students, researchers, and industry professionals. Equipped with flexible workspaces, advanced prototyping tools, and interactive technologies, the collaboratorium supports team-based projects, brainstorming sessions, and hands-on experimentation. 

The Engineering Science Lab is a dedicated learning hub designed for engineering students to deepen their understanding of fundamental engineering theories. This advanced laboratory provides an interactive environment where students can explore engineering principles through hands-on practice, mastering core concepts. Equipped with professional tools and resources, the lab supports students in conducting experiments, simulations, and analyses, fostering a strong theoretical foundation, critical thinking, and engineering excellence to prepare them for future innovations and challenges.

The Machine Workshop is outfitted with various conventional machinery and hand tools, including lathes, drilling machines, hacksaws, and files. It provides essential equipment for mechanical workshop skills training and supports the fabrication and assembly of project works for all Higher Diploma programmes in the department.

The New Industrialisation Training Hub drives digital transformation through cutting-edge technologies, equipping learners with Industry 4.0 skills. Its advanced facilities and industry-aligned curriculum develop competencies in robotics applications, Manufacturing Execution Systems (MES), and other transformative manufacturing technologies via hands-on workshops, interactive demonstrations, and supplemented with practical applications.

The Prototype Fabrication Workshop is a dedicated space for engineering and design teams to build and test physical models, with a strong emphasis on 3D printing technologies. Equipped with advanced 3D printers, machining tools, and manual fabrication equipment, the workshop enables users to transform conceptual ideas into tangible prototypes. It supports iterative design, rapid prototyping, and product refinement through additive manufacturing. The space is used for hands-on training, project development, and innovation, helping students and professionals develop practical skills in fabrication, problem-solving, and engineering design.

Robo TechLab for Engineering Students is a dynamic workshop designed specifically for participants in the Robocon competition. This state-of-the-art facility provides an innovative environment where students can design, fabricate, and test their robots, fostering hands-on skills and creativity. Equipped with advanced tools and resources, the center supports students in developing cutting-edge robotic solutions, preparing them for the challenges of the Robocon event while promoting teamwork, problem-solving, and engineering excellence.

The System Integration Lab is a specialized facility designed for the development, testing, and integration of complex systems. Equipped with advanced hardware and software tools, the lab supports the assembly, configuration, and evaluation of interconnected systems, including embedded systems, control units, and networked devices. It provides a controlled environment for students and professionals to simulate real-world applications, troubleshoot system compatibility, and optimize performance. The lab is utilized for hands-on training and project work, fostering skills in system design, integration, and problem-solving across various engineering disciplines.

The WorldSkills (Mobile Robotics) Training Center is a dedicated laboratory designed to provide comprehensive training in mobile robotics, aligning with WorldSkills competition standards. This state-of-the-art facility equips students and trainees with the skills and knowledge necessary to excel in the field of mobile robotics, covering areas such as robot design, programming, sensor integration, and autonomous navigation. The center features industry-standard equipment, realistic competition environments, and expert instruction, fostering a hands-on learning experience that prepares participants for success in both WorldSkills competitions and professional careers.