Prof. Mai Yiu Wing Honoured with 2026 Wei-zang Chien Medal

Congratulations to Prof. MAI Yiu-Wing, Distinguished Chair Professor of Composites Science and Engineering in the Department of Mechanical Engineering at PolyU, on receiving the prestigious 2026 Wei-Zang Chien Medal. Prof. Mai was recognized for his pioneering contributions to fracture mechanics modeling and the characterization of coarse-grained ceramics, advanced fiber composites, as well as ductile polymers and blends. The award was presented at the 32nd International Conference on Computational & Experimental Engineering and Sciences (ICCES2026), held in Hong Kong from August 7–12, 2026. Conferred jointly by ICCES and Tech Science Press, the Wei-Zang Chien Medal honors researchers who have made groundbreaking technological innovations and achievements in the field of mechanics. The medal pays tribute to Professor Wei-Zang Chien, who made seminal, lifelong contributions to applied mathematics and mechanics. First established in Tokyo in 1986, ICCES is widely recognized as one of the most influential international conferences in the discipline. The Department extends its warmest congratulations to Prof. Mai on this well-deserved recognition. This international honor highlights the remarkable research excellence and global influence of our faculty members, who remain dedicated to advancing scientific knowledge for the benefit of society.

From Code to Craft: High School Students Build Autonomous Smart Cars at PolyU ME Summer Workshop

The 5-day PolyU Summer Institute was successfully held from 3 to 7 August 2026. The Department of Mechanical Engineering (ME) welcomed 34 local and overseas high school students for an immersive university learning experience through an interactive mechatronics workshop. Led by Dr Nathan XU and Dr Chee TONG, with support from seven undergraduate Teaching Assistants, the workshop introduced students to the fundamentals of mechatronics—teaching them how to turn creative ideas into tangible prototypes and solve real-world engineering problems. The sessions covered key technical concepts, including electronics and power supplies, hands-on mechanical assembly, hardware construction, microcontroller unit (MCU) programming, and AI-assisted debugging. The major highlight of the event was the “Smart Robo-Car: Line-Following, Obstacle Removal & Mechanical Arm Solving Self-Defined Challenge.” Working in teams, participants designed and programmed robotic cars capable of following logical paths across dynamically generated tile layouts. Beyond basic line-tracking, the cars executed precise manipulation tasks: stopping autonomously to retrieve an obstacle along the track, navigating safely to the finish line, and carefully depositing the object at the final destination. Executing these autonomous navigation and robotic arm manipulation tasks demanded exceptional creativity and technical proficiency. Demonstrating remarkable speed and precision, the winning team completed the entire course (around 300 cm) in a record of 16 seconds. Participants thoroughly enjoyed the experience, gaining valuable practical skills and a deeper passion for Mechanical Engineering. We extend our sincere appreciation to all participants for their enthusiastic involvement and look forward to welcoming them back to PolyU in the future.  

111th Departmental Advisory Committee Meeting

The 111th Departmental Advisory Committee (DAC) meeting was successfully held face-to-face on 3 August 2026 (Monday), chaired by Ir Dr Angus Cheung, Chief Executive Officer of Aerovision Technology Limited. We were delighted to welcome new committee members joining the DAC this year, each bringing valuable expertise and fresh perspectives. They are: Prof. HH Ruan, Associate Head & Associate Professor, Department of Mechanical Engineering, PolyU Mr Hung Ka Hei, Full-time BEng Student, Department of Mechanical Engineering, PolyU Ms Liu Xinran, Full-time PhD Student, Department of Mechanical Engineering, PolyU The DAC comprises of 2 ex-officio members (i.e., the Faculty Dean and Department Head), 11 local and overseas members from the academia, industry and professionals as well as 3 internal members and 2 student representatives from the Department. The meeting was productive and insightful, with members offering constructive suggestions to support the Department’s continued development in teaching, research, and industry collaboration. Members highlighted the importance of embracing AI-enhanced teaching and learning while ensuring its ethical and appropriate use. It was emphasized that the Department’s core strength should continue to lie in cultivating engineers with a solid grounding in fundamental physical principles, practical skills, and hands-on problem-solving abilities. Looking ahead, the Department remains dedicated to advancing engineering education, fostering innovation, and optimizing resources to sustain its academic excellence. We extend our sincere gratitude to all committee members for their ongoing support and commitment.

Success in securing GRF/ECS 2026/27

In the 2026/27 results of grants from the Research Grants Council’s General Research Fund (GRF) and Early Career Scheme (ECS) announced in June 2026, ME’s success rate was 32% in 2026/27 exercise. Nine of our GRF/ECS proposals were funded. Congratulations to the following colleagues who were successful in securing a GRF/ECS grant in this round. Principal Investigator Co-Investigator  Project Title  Prof. Cheng Li Prof. Shan Shengbo (National University of Defense Technology) Empowering Composite Structure Intelligence: Synthesized Transducer Layers for Incipient Damage Monitoring via Nonlinear Guided Waves Prof. Cheng Song Prof. Curran Henry (University of Galway) Prof. Zhang Xiaoge (ISE) Synergistic Quantum-AI Deciphering of Real-Fluid Behaviors in Extreme-Pressure Combustion Through Universal Ab Initio-Based Atomic Force Fields Prof. Ma Yuan Prof. Liu Jun (University at  Buffalo, USA) Prof. Chen Zuobing (Zhejiang University) Mechanics-driven closed-loop haptic systems for tactile sensory rehabilitation: from fundamental models to translational applications Prof. Su Zhongqing Prof. Wright Oliver Bernard  (Hokkaido University) In Situ Ultrafast Optoacoustic Metrology for Multiphysical Characterization of Low-Dimensional Semiconductor Membranes Prof. Wang Zuankai Prof. Chirarattananon Pakpong  (University of Toronto) Controllable power amplification in trap-jaw ants and microrobots Prof. Wu Maochun Prof. Ruan Haihui (ME) Coupled Hydrogen Bubble Evolution and Electrodeposition in Zinc-Based Flow Batteries Prof. Xu Shengduo Nil  Precursor-based Nanocrystal Binders enhance 3D Printed Chalcogenide Thermoelectric Devices Dr Yu Xiaoliang Prof. Liu Zhe (The University of Melbourne) Prof. Zhao Yan (Xi’an Jiaotong University) Tailoring Linear Ether Electrolytes via Machine Learning for High-Performance Cryogenic Anode-Free Sodium Batteries Prof. Zhang Dan  Nil Development of Advanced High-Performance Generalized Parallel Manipulators with Dynamic Adaptation Enabled by Mechanical Intelligence   

Shape Your Future at PolyU Mechanical Engineering

The "Shape Your Future at PolyU Mechanical Engineering" was successfully held on June 12, 2026. The event brought together around 50 current HKDSE (Hong Kong Diploma of Secondary Education Examination) students, providing them with valuable insights into the mechanical engineering field. The event featured top graduates and industry experts who shared their stories and industry insights. In his welcoming remarks, Prof. Su Zhongqing, Head of the Department, expressed enthusiasm for the gathering and highlighted the importance of connecting students with industry professionals. He provided an overview of the Departments and introduced the field of modern mechanical engineering, explaining that it is no longer seen as a dirty profession and is not limited to traditional manufacturing jobs. Prof. Su encouraged attendees to actively engage with the speakers and peers, as these connections could play a significant role in shaping their future careers. His remarks established a positive tone for the afternoon, cultivating an atmosphere of inspiration among all participants. Following the opening remarks, Ir C K Tam, who serves as the HKIE Mechanical Discipline Advisory Chairman and Managing Director of The Jardine Engineering Corp., Ltd. He shared his real-life journey as a mechanical engineer, using his involvement in multiple projects across Hong Kong to illustrate how mechanical engineering is vital and applicable across diverse fields in society, while emphasizing that upcoming trends will continue to make it important. He also provided insights into the engineering career path in Hong Kong, including guidance on becoming a professional member of HKIE. Additionally, Ir Alan Kwok, Director of Industrial Design in Precision Robotics (Hong Kong) Limited, shared an overview of how surgery robots work, their applications and key mechanical engineering concepts integrated into robotics development. The event also provided a unique networking opportunity, allowing students to interact with professors, speakers, and student representatives in small groups. Members of the Executive Committee (ExCom) from the PolyU Mechanical Engineering Student Association (MESA), along with the Captain of the PolyU E-Formula Racing Team, shared first-hand experiences about their studies, campus life, and vibrant extracurricular activities. A delightful tea buffet was offered, creating a comfortable and relaxed setting for participants. This informal setting encouraged meaningful discussions about career paths, academic advice, and industry experiences. We eagerly look forward to more sharing events in the future!    

ME PhD Student Clinches 2nd Runner-up and People’s Choice Award in Faculty 3MT Competition

Congratulations to Mr HUANG Jie, a research student representing the Department of Mechanical Engineering (ME), won the Second Runner-up and People’s Choice Award in the Three Minute Thesis (3MT) Competition 2026 organized by the PolyU Faculty of Engineering. 3MT® celebrates the exciting research conducted by research postgraduate students. Developed by the University of Queensland, Australia, the competition cultivates students’ academic presentation and research communication skills, and supports their capacity to effectively explain their research and its significance in three minutes, in a language appropriate to non-specialist audiences. 3MT® is now a globally recognized competition that has been held in over 900 universities across more than 80 countries worldwide. On 4 June 2026, the PolyU Faculty of Engineering held the 3MT Competition. The five affiliated departments nominated their research students to participate in it. The participants each delivered a high-impact brief presentation within 3-minute. Most of them demonstrated good academic pitching skills. A panel of judges, formed by the Assistant Dean (Student Development) of the Faculty of Engineering and representatives from the affiliated departments, selected the best presenters. HUANG Jie is currently a PhD student in ME under the supervision of Prof. SU Zhongqing. “In-situ Metrology for Next-Generation Semiconductors Using Ultrafast Optoacoustics” is the title about his research project for this competition. His lively narration of academic research has won him two awards. We are very proud of his outstanding performance. Learn more at PolyU Faculty of Engineering Three Minute Thesis (3MT®) Competition    

Outstanding Alumni Award of PolyU Department of Mechanical Engineering 2026

The Department of Mechanical Engineering is pleased to announce that two distinguished graduates are awarded the “Outstanding Alumni Award of PolyU Department of Mechanical Engineering 2026” in recognition of their professional achievements and significant contributions to the Department, PolyU and the wider community. Their remarkable achievements and valuable contributions have earned them well-deserved honour and respectful recognition. Congratulations to the following awardees!  

25/26 STEM x Marine Vehicle Design and Construction Competition Concluded with Great Success

Co-organized by The PolyU Department of Mechanical Engineering (ME), the STEM x Marine Vehicle Design and Construction Competition concluded with the Closing Ceremony on 9 May 2026, in Ying Wa College. The competition has attracted nearly 300 students and teachers from 37 primary school teams and 32 secondary school teams showcased their creative solutions across various design on this year's theme – Bio-inspired Marine Vehicle. During the final competition held on 18 April 2026, in PolyU Campus, Prof. Tracy CHOY, Prof. Henry CHU and Dr Chee TONG served on the judging panel, and 5 Mechanical Engineering Elite Troop (MEET) members were supported throughout the event. 2025-2026 STEM x Marine Vehicle Design and Construction Competition Closing Ceremony The Closing Ceremony cum Model Demonstration and Award Ceremony of this year’s competition was successfully held on 9 May 2026 with over 200 guests and participants. Prof. Tracy CHOY and Dr Nathan XU attended the ceremony, along with representatives from other organisations to celebrate the achievements of the participants. ME extends its heartfelt congratulations to all winning teams and expresses sincere gratitude to all participants, schools, judging panel and event helpers for their unwavering support. We eagerly look forward to the next year's event! Learn More: ME Guides High School Students for STEM x Marine Vehicle Design and Construction Competition

Prof. Fu Mingwang Bestowed SME Frederick W. Taylor Research Medal

Prof. FU Mingwang, Chair Professor of Advanced Manufacturing in the Department of Mechanical Engineering at PolyU, has been honoured with the SME Frederick W. Taylor Research Medal 2026, in recognition of his significant published research leading to a better understanding of materials, facilities, principles, operations and their application to improve manufacturing processes. This prestigious award was presented during the 2026 SME International Awards Gala, held on May 4, 2026, in Nashville, Tennessee, USA. Given annually by Society of Manufacturing Engineers (SME) since 1957, or sometimes not awarded at all if no suitable nominee is identified. The Taylor Medal is the highest honor given by SME to a researcher in the broad manufacturing field. The previous recipient in 2025 is Prof. LI Xiaochun, a professor at the University of California, Los Angeles. Prof. Fu has been the senior member of SME since 2000 and he was the only individual outside of the United States elected to the 2022 SME College of Fellows. Established in 1932 as a nonprofit organization, SME is the world’s leading professional society advancing manufacturing knowledge and influencing more than half a million manufacturing practitioners annually. SME's communities connect manufacturers to their peers by discipline, industry, or geographies – enabling powerful collaboration, strengthening networks, fostering research, surfacing experts, and enhancing knowledge. Learn more about SME Frederick W. Taylor Research Medal Recipients (1957 to present).    

ME PhD Student Wins 2026 Carbon Future Young Investigator Honorable Mention Award

Congratulations to Mr XIA Qing, a PhD student under the supervision of Prof. ZHANG Xiao in the Department of Mechanical Engineering, has been awarded 2026 Carbon Future Young Investigator Honorable Mention Award, this award recognizes young researchers who have demonstrated exceptional research potential and innovative capabilities in the fields of carbon materials, carbon catalysis, low-carbon energy, or chemical engineering. The award is generously sponsored by Tsinghua University, Tsinghua University Press and Ordos Laboratory. Qing will be invited to participate in the award ceremony held during the opening ceremony of Carbon Future 2026 on 5-8 August 2026 in Ordos, China. Carbon Future is an international interdisciplinary journal sponsored by Tsinghua University and published by Tsinghua University Press. It serves as a platform for researchers, scientists, and industry professionals to share their findings and insights on carbon-related materials and processes. The Department is immensely proud of this significant accomplishment, which underscores our commitment to cultivating world-class research talent. /* Apply default table styles */ .resize{ width: 18%; } /* Apply mobile-specific styles */ @media (max-width: 768px) { .resize{ width: 50%; }