PolyU's landmark research breakthroughs and international impact

The Hong Kong Polytechnic University (PolyU) comprehensive information database · 04 Research module This page pairs with aerospace-and-space.md (the space-flight flagship): here we survey PolyU's landmark breakthroughs in ground-based applied engineering and interdisciplinary fields — textile technology, smart wearables, rehabilitation robotics, civil/structural engineering and rail transit, and environment & energy. These directions carry on PolyU's "applied-first" engineering tradition, inherited from its predecessor, the Hong Kong Polytechnic. Sources are PolyU press releases, academic staff pages, UGC Research Assessment Exercise (RAE) results, relevant academic pages and media coverage; figures/years/awards are attributed in place. Faculty awards and inventions are neutral, positive facts and are recorded by name.

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# 1. Textile technology and smart wearables: global top tier

# 1.1 Xiao-ming Tao, photonic fibres and smart textiles

One of PolyU's international calling cards in textile research is Prof. Xiao-ming Tao — Chair Professor of Textile Technology at PolyU and Director of the Research Centre for Smart Wearable Technology. According to PolyU press releases, her research spans smart fibre materials, nanotechnology, photonic fibres and fabrics, flexible electronics and photonic devices, washable smart technology, yarn manufacturing and textile composites^※ (per PolyU press release).

In November 2020 she received the 13th Guanghua Engineering Science and Technology Award from the Chinese Academy of Engineering^※ — one of the highest honours in Chinese engineering, conferred biennially on those who have made major contributions to engineering science and engineering management (per PolyU press release). According to the same release, the invention team led by Prof. Tao had secured 34 international and national patents, more than ten of which have been licensed for industrial application^※ (per PolyU press release). She served as Head of PolyU's Institute of Textiles and Clothing from 2003 to 2011, a period in which the department rose to rank among the world's top fashion and textile schools^※, and founded the Centre for Functional and Intelligent Textiles and Nanotechnology (2004) and the Research Centre for Smart Wearable Technology (2018) (per PolyU staff page).

Another representative class of PolyU smart-textile achievement is flexible strain/pressure-sensing fabrics: according to materials from the Institute of Textiles and Clothing, the team has used flexible polymers and nano-carbon materials to make stretchable conductive fabrics whose electrical resistance changes under stretching or pressure, allowing strain and pressure to be quantified. The fabric is reported to be able to withstand and respond to pressures up to 2000 kPa, and is waterproof, washable and fatigue-resistant^※ (per related PolyU page), with applications in wearable electronics and structural health monitoring.

# 1.2 Magnetorheological smart textiles (recent breakthrough)

According to a PolyU press release (January 2026), the team has achieved a new breakthrough in smart materials: it has developed human-safe soft magnetorheological textiles that deform flexibly and adjust their mechanical properties under magnetic fields safe for the human body^※ (per PolyU press release). The breakthrough lies in turning conventional rigid magnetic devices into flexible alternatives — the material combines the light, soft, breathable qualities of textiles, and can be used in smart wearables, soft robotics, virtual-reality/metaverse haptics, with applications including stroke rehabilitation training, remote surgical training and virtual fitting. The team uses commodity-grade, mass-producible raw materials and mature processes to facilitate industrialisation (per PolyU press release).

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# 2. Rehabilitation robotics: stroke-rehabilitation exoskeleton

PolyU's Department of Biomedical Engineering's rehabilitation robotics is the flagship of its medical engineering. According to a PolyU press release, a team led by Dr Xiaoling Hu (Associate Professor in the Department of Biomedical Engineering) has developed MAM ("Mobile ankle-foot exoneuromusculoskeleton") — the first to integrate four technologies — exoskeleton, soft pneumatic muscles, haptic feedback and neuromuscular electrical stimulation (NMES) — into one device^※, a multimodal wearable rehabilitation robot (per PolyU press release).

Technical and clinical data (per PolyU press release):

The robot has received repeated international recognition: according to EurekAlert, it received an honouree mention for the CES 2025 Innovation Award (Accessibility & Aging Tech category), having previously won a Gold Medal at the 49th International Exhibition of Inventions in Geneva^※ (per EurekAlert's republication of the PolyU release). PolyU has also collaborated with CUHK on an interactive exoskeleton ankle robot for stroke rehabilitation^※ (per CUHK press release).

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# 3. Civil engineering, structures and rail transit

# 3.1 Smart structural health monitoring and rail transit

PolyU's Department of Civil and Environmental Engineering has national-level platforms supporting Structural Health Monitoring (SHM) and rail transit. According to PolyU sources, Prof. Yi-Qing Ni is Yeung Wai Man & Ng Kuo Chung Professor in Smart Structures, Chair Professor of Smart Structures and Rail Transit, and Director of the Hong Kong Branch of the National Engineering Research Center for Rail Transportation Electrification and Automation (CNERC)^※ (per PolyU staff page), with research spanning structural dynamics and control, structural health monitoring, smart materials and structures, sensors and actuators, and rail engineering monitoring and control.

According to PolyU sources, the University has been approved by mainland China's Ministry of Science and Technology (MOST) to establish several Hong Kong Branches of Chinese National Engineering Research Centres (CNERC), including the Hong Kong Branch of the National Engineering Research Center for Rail Transportation Electrification and Automation^※ (per PolyU Department of Civil and Environmental Engineering page; for institutional history see institutes-and-labs.md). Technologies developed by Prof. Ni's team, such as the Modular Rail Particle Damper (MRPD), have been trialled in mainland metro systems — according to PolyU's in-house publication, one of the University's award-winning novel rail dampers has been put to trial use on the Shenzhen Metro^※ (per Pulse@PolyU).

# 3.2 Steel structures and national recognition

Another national-level thread in civil engineering is steel structures: according to a PolyU press release, Prof. K. F. Chung, Director of the Hong Kong Branch of the National Engineering Research Center for Steel Construction, received a Certificate of Merit in the 3rd National Innovation Award for Excellence in Innovation^※ (per PolyU press release).

# 3.3 Ministry of Education Higher Education Outstanding Scientific Research Output Awards

According to PolyU press releases, its scholars have also repeatedly won the Ministry of Education Higher Education Outstanding Scientific Research Output Awards (Science and Technology): in the 2022 award cycle, two PolyU-led projects won a First Prize and a Second Prize respectively in the Natural Science category^※; in the 2025 cycle, two further projects won Second Prize (in bacterial antibiotic-resistance mechanisms and in frontier flexible-electronics technology respectively) (per PolyU press release/EurekAlert).

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# 4. Environment and energy

In smart energy and sustainable development, PolyU's vehicle is its interdisciplinary research institutes. According to PolyU press releases, with support from the Otto Poon Charitable Foundation, the University established in 2020 the Research Institute for Smart Energy (RISE) and the Research Institute for Smart Cities (SCRI)^※; the Research Institute for Smart Energy (RISE) draws together more than 40 academic staff from 12 departments^※, focusing on smart energy technologies and solutions (per PolyU press release). For the organisational history, named donations and further institutes of these platforms, see institutes-and-labs.md.

PolyU also hosts research units focused on the environment and carbon neutrality, such as the Research Centre for Resources Engineering towards Carbon Neutrality (RCRE) (see institutes-and-labs.md). As for environmental technologies such as photocatalytic air purification and titanium dioxide (TiO₂) nano-coatings, these are active international research fields; PolyU departments have academic output in these directions, but there is no official "flagship-level single breakthrough" equivalent to textiles or rehabilitation robotics, and this article does not inflate them — they are recorded as routine academic research.

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# 5. Research Assessment Exercise (RAE 2020) performance

The Research Assessment Exercise (RAE) is the University Grants Committee's (UGC) official quality rating of research at UGC-funded universities, graded on a scale of 4 stars (world-leading) / 3 stars (internationally excellent) / 2 stars / 1 star. According to PolyU sources, in RAE 2020 (results announced by the UGC on 24 May 2021), approximately 70% of PolyU's research overall was rated "internationally excellent" or above^※ (per PolyU page).

According to PolyU sources, highlights of RAE 2020 (per PolyU page):

• In 14 of the assessment units, 100% of submissions were rated 4 stars or 3 stars^※;
• Materials Science and Technology, Computing Studies/Science, and Hospitality and Tourism Management had the highest combined proportions of 4-star and 3-star ratings^※;
• Physical Sciences was the best-performing of the eight UGC-funded universities in that unit^※;
• In Creative Arts, Performing Arts and Design, all submissions in research impact case studies and research environment were rated 4 stars — the best among the eight universities^※;
• Textile-related assessment unit (UoA14): according to the PolyU School of Fashion and Textiles page, 41% rated 4 stars and 42% rated 3 stars (83% combined world-leading or internationally excellent)^※ (per PolyU school page).

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# 6. Artificial intelligence and computer science

PolyU's breakthroughs in AI and computing research are concentrated at the intersection of AI and engineering applications rather than in pure theory: according to PolyU press materials, teams in the Department of Computing and the Department of Electrical and Electronic Engineering have produced a stream of top-conference papers in biomedical natural language processing (BioNLP), conversational AI and multimodal learning (AAAI, ACL, EMNLP, and others); the Faculty of Computer and Mathematical Sciences, established in 2025, consolidates and advances AI research, and works with the Hong Kong government's "AI Supercomputing Centre" and NVIDIA on joint projects to drive industry-academia translation. PolyU also collaborates with several local hospitals on AI-assisted medical imaging diagnostics (deep-learning screening of eye disease on fundus images, automatic segmentation of CT images), with findings published in Nature-family journals and The Lancet (specific projects per PolyU's official website; single source, not overstated). PolyU also has some presence in quantum communication and cryptography, but it is not the main centre of quantum research in Hong Kong — HKUST and CUHK hold more dedicated funding in this area.

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# 7. Design research achievements

PolyU's School of Design performed best in Hong Kong in the Creative Arts, Performing Arts and Design category in RAE 2020 (see Section 5). According to the School of Design website, its students' and staff's works have repeatedly won iF Design Awards and Red Dot Design Awards — among the most influential international industrial design awards — and in 2024 it ranked among the leading Hong Kong institutions by number of awards. The organisational home of design research is a set of named research centres under the School: per the School of Design's Research Centres and Labs page^※, current centres include the Centre for Cultural and Art Technology (CAT), the Future (Care) Mobility Research Centre, and the PolyU–NVIDIA Joint Research Centre, covering respectively the intersection of culture/art and technology, care-oriented design and user experience in mobility contexts, and an AI research platform built with industry.

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# 8. Health sciences research achievements

PolyU's School of Optometry is internationally at the forefront of myopia control research — the clinical data and commercialisation journey of its myopia-control defocus incorporated multiple segments (DIMS) spectacle lenses are covered in materials-and-textile-breakthroughs.md. PolyU's Department of Rehabilitation Sciences also has a number of research outputs entering clinical application in physiotherapy, occupational therapy and spinal health: a "universal walking assistance robot" prototype has entered a trial phase in collaboration with the Hospital Authority; research on spinal-deformity orthotic devices is supported by the Hong Kong Institute of Advanced Spinal Orthopaedic Technology (HKISOH).

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# 9. Knowledge transfer and innovation/entrepreneurship data

The above figures follow PolyU's publicly available data as of 2024–2025; official reports take precedence on definitions and boundaries.

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# 10. International research collaboration highlights

PolyU's main international collaborative research frameworks include the Stanford–PolyU Innovation Alliance (transpacific joint research with Stanford University within the Weinstein Lab framework) and the EU Horizon research framework (participation in EU-funded projects, mainly in materials science and health sciences). A full account of PolyU's highly-cited scholars and international research network indicators is in research-impact-and-international-network.md.

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