A specialised research laboratory exploring advanced photocatalysis for environmental remediation, sustainable chemical processes and renewable energy applications.

The Carpentry Workshop supports practical training in timber fabrication, model making, and construction-related projects. Equipped with a mitre saw, bench drill, and laser cutter, it combines conventional woodworking with digital fabrication.

A modern teaching laboratory is complemented by an analytical chemistry room equipped with research-grade instruments, including ICP-OES and other advanced analytical systems. 

The Collaborative Robots and Integrated Automation Lab integrates FESTO pneumatic systems, Siemens PLCs, CP Lab 4 smart manufacturing platforms, Universal Robots cobots, and Hiwonder AI mobile robots.

The Concrete and Highway Lab, in collaboration Micro Dimension Concrete (MDC) supports practical testing of construction materials used in buildings, roads, and infrastructure.

The Electrical Power Laboratory is equipped with advanced training systems for AC and DC motor drives, power electronics, electric machines, and photovoltaic energy. 

In collaboration with Keysight Technologies, the Electronics Engineering Lab provides students with access to industry-leading electronic design, test, and measurement technologies. 

The Engineering Physics Lab provides a strong foundation in applied physics through hands-on experiments and advanced measurement techniques. 

The Engineering Project Lab empowers students to turn creative concepts into functional prototypes using 3D printers for complex components and UV printers for custom graphics.

Equipped with industrial teaching rigs, including the Osborne Reynolds Demonstration and fluid flow systems, this laboratory enables students to investigate pipe flow, pumps, pressure losses and hydraulic behaviour.

Featuring dedicated heat transfer equipment and thermodynamics training systems, students investigate conduction, convection, radiation and energy conversion under realistic operating conditions.

Houses sophisticated analytical instruments, including ICP-OES, GCMS, TGA, DSC and advanced characterisation equipment supporting teaching and research. 

The Instrumentation and Controls Lab provides students with hands-on experience in industrial measurement, process control, automation, sensors, actuators, and control systems.

The Light Structures Lab brings structural and friction mechanics to life through hands-on experimentation. Using equipment like the bending moment frame and friction plane apparatus, students analyze forces, deformation, and system performance.

Designed around authentic unit operations including distillation columns and chemical reaction systems, students investigate separation processes, reaction engineering and transport phenomena fundamental to chemical manufacturing. 

The Mechanical Workshop provides hands-on training in precision manufacturing and component fabrication. Using 5+1 axis CNC and lathe machines, students master both automated and conventional machining while gaining insight into modern industrial processes.

Features computer-controlled industrial process control platforms, modular sensor systems and Ball-and-Beam control experiments that introduce automation, instrumentation and Industry 4.0 concepts.

Equipped with power transmission trainers, single- and three-phase systems, photovoltaics, and Battery Energy Storage Systems (BESS), the Renewable Energy Laboratory bridges theory and practice.

In collaboration with Daikin Malaysia, the Solid Mechanics Lab provides specialized facilities for studying airflow, structural loading, and building environmental systems.

Developed in collaboration with Keysight Technologies, the Wireless Lab provides an advanced environment for wireless communications, radio frequency (RF) engineering, antenna systems, Internet of Things (IoT), and communication technologies. 

A nationally recognised research centre advancing carbon capture, utilisation and climate technologies using specialised facilities such as high-pressure CO₂ absorption systems, Raman-AFM microscopy and electrochemical analysis. Strong research collaborations address global decarbonisation challenges while providing students access to impactful sustainability research.

A multidisciplinary research centre advancing robotics, artificial intelligence, machine learning, computer vision, pattern recognition and autonomous systems. Leveraging ROBOVERSE and high-performance computing resources, students collaborate on cutting-edge research involving humanoid robots, advanced autonomous drones, and intelligent perception systems alongside industry and international research partners.

Focused on advanced nanomaterials, functional materials, MXenes, and energy technologies, this research centre supports cutting-edge investigations into materials using advance equipment, including a SEM that improve energy efficiency, sustainability and next-generation engineering solutions. Students engage with interdisciplinary research that bridges fundamental science and industrial innovation.

SCEEST pioneers research in graphene and other two-dimensional nanomaterials for batteries, sensors, energy storage, energy conversion and biomedical applications. Students benefit from internationally relevant research addressing sustainability challenges through collaborations spanning academia, industry and global research networks.