Oct.29, Kula Lumper, Within Southeast Asia’s tech landscape, Malaysia is widely recognized as a critical hub in the global semiconductor packaging and testing supply chain. Less widely known, however, is that a budding academic ecosystem focused on photonics, optical communications and laser technology has taken root across Malaysia, centered at the Photonics Research Centre (PRC), Universiti Malaya (UM). This cluster stands out as unique in Southeast Asia, outside Singapore.
Ahead of CFCF AP 2026, China Fiberoptics Online’s editorial team visited Prof. Chong Wuyi at the Photonics Research Centre of Universiti Malaya to gather first-hand insights into Malaysia’s photonics sector.
According to Prof. Chong, the PRC serves as the nation’s flagship research hub for photonics and optical communications. Housed under the Faculty of Science at Universiti Malaya, the centre holds an institutional standing equivalent to the Department of Physics. Its core research team consists of five to six principal researchers, alongside more than 20 master’s and PhD students. While modest in scale, the centre graduates around 20 undergraduate students each year. Surging global interest in photonics has created strong market demand, with its graduates consistently in short supply.
Prof. Chong’s own research portfolio covers polymer optical waveguides, 3D direct-written fibre devices and fibre-optic sensing, making him a key contributor to the centre’s research agenda. Beyond the PRC, academics within UM’s Department of Electrical Engineering also do fiberoptics research and host a Huawei Laboratory, even a set of fiber drawing equipement. Researchers at other Malaysian universities, including Universiti Teknologi Malaysia, also carry out work in photonics and optical communications.
Prof. Chong noted that Malaysia’s overall photonics research footprint remains small compared with those of the United States and China, while praising China’s robust industrial and academic ecosystem.
The Photonics Research Centre traces its origins back to a laser laboratory established in the late 1990s by pioneering local physicists. Under the leadership of Distinguished Malaysian physicist Prof. Datuk Dr. Harith Ahmad, the PRC has grown into Southeast Asia’s premier photonics research base and talent pipeline. It has recently secured designation as a High-Impact Centre of Excellence (HICoE) under Malaysia’s Ministry of Higher Education.
The 11th IEEE International Conference on Photonics (ICP 2026), held in Johor Bahru this August, offered a comprehensive snapshot of Malaysia’s photonics research landscape. Conference programmes highlighted the country’s key research priorities:
Speciality fibres and ultrafast lasers: Ongoing advances in microstructured optical fibres and mode-locking technologies based on graphene and other 2D materials.
Optical communications and network evolution: Optimisation of passive optical networks (PON) and optical-wireless convergence architectures for future 5G/6G and data centre applications.
Fibre-optic and micro-nano sensing: Deployment of BOTDA-based distributed fibre sensing for local use cases including oil and gas pipeline monitoring, tropical rainforest ecological surveillance and structural health monitoring of civil infrastructure.
Interdisciplinary frontiers: Emerging research into quantum optics and spatial multiplexing.
Prof. Chong shared that several start-ups focused on fibre sensing have sprouted up in the vicinity of the centre. The model of university-led research spinning out into faculty and student-founded ventures, which in turn reinvests back into academia, has proven successful repeatedly in mature photonics clusters. The industry looks forward to seeing this innovation cycle take shape in Malaysia.