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On 3 February 2026, 37 students from the Bachelor of Electrical and Electronics Engineering, Mechanical Engineering, and Mechatronics Engineering programmes stepped beyond the lecture hall and into one of Malaysia’s most advanced research environments. The industrial visit to the Malaysian Nuclear Agency in Bangi, Selangor offered a rare opportunity to witness how engineering principles operate at the highest level of precision and responsibility.
The visit was organised by Dr Noraidah Binti Mohd Shariff and Ts Anis Fariza Binti Pazil, with Ts Vinukumar Luckose and Ir Ts Najmi Haziq Bin Badrulhisam serving as Programme Leaders for Electrical and Electronics Engineering and Mechanical Engineering respectively. The group was accompanied by eight staff members, comprising five lecturers and three laboratory personnel, ensuring both academic guidance and technical insight throughout the programme.
To maximise engagement, students were divided into two groups, allowing for structured exploration of the facilities and closer interaction with Malaysian Nuclear Agency personnel. The highlight of the visit was an in depth tour of the Reaktor TRIGA PUSPATI, including access to the Reactor Control Room. Here, students observed operators monitoring reactor parameters in real time, including neutron flux levels, temperature controls and integrated safety interlocks.
For many, this was the moment theory met reality. Concepts discussed in classrooms such as control systems, instrumentation, thermodynamics and systems integration were no longer abstract equations on a whiteboard. They were operational mechanisms ensuring safe and stable reactor performance. Students saw first hand the level of accuracy, discipline and multi layer safety systems required to maintain nuclear research facilities.
The visit continued with tours of laboratories equipped with advanced instrumentation, including radiation detection sensors, data acquisition systems and non destructive testing technologies. Demonstrations illustrated how electrical systems regulate sensitive equipment, how mechanical components support reactor infrastructure and how mechatronic integration enables coordinated system performance.
Technical staff from the agency also shared insights into instrumentation challenges, maintenance protocols and compliance with strict safety standards. These conversations offered students a clearer understanding of how engineering responsibilities extend beyond design and into ethical accountability, risk management and national development priorities.
The programme concluded with an interactive dialogue session between students and researchers. Discussions centred on career pathways in nuclear science and technology, emerging research trends and the role of engineers in advancing sustainable energy solutions. For many students, this exchange reframed their perception of the engineering profession.
Nur Haziq Bin Mohamad Nor from Electrical and Electronics Engineering reflected on the experience, noting that seeing the reactor monitored in real time opened his eyes to the precision and control required in nuclear research. He described it as an experience far beyond what could be replicated in a classroom setting.
Beyond technical exposure, the visit reinforced the importance of experiential learning. It strengthened students’ understanding of how engineering disciplines intersect within high impact industries and highlighted the broader societal implications of their future careers.
This industrial engagement aligns with SDG 4 Quality Education by providing meaningful, practice oriented learning experiences that bridge academic theory and professional application. It supports SDG 9 Industry, Innovation and Infrastructure through exposure to advanced national research facilities and technological systems. The exploration of nuclear research as part of Malaysia’s scientific landscape also connects with SDG 13 Climate Action, recognising the role of scientific innovation in long term energy and environmental strategies.
By stepping into environments where precision is non negotiable and safety is paramount, these future engineers gained more than technical insight. They gained perspective. The visit demonstrated that engineering is not only about building systems. It is about safeguarding communities, advancing national capabilities and driving innovation responsibly.
Experiences such as this continue to shape graduates who are not only technically competent but also industry aware, ethically grounded and ready to contribute to Malaysia’s scientific advancement.
