Student Message

My studies in the BME program at SST have enriched my knowledge and strengthened my interest in the sports-related industry. The lecture focusing on sports anatomy gives me a deeper understanding of basic mechanism and scientific analysis on musculoskeletal system.

In addition, the Department of Biomedical Engineering at PolyU offers a wide range of exchange opportunities. My summer exchange in Cambridge broadened my horizons and exposed me to cutting-edge knowledge, inspiring me to explore the integration of nanotechnology with biomedical engineering.

My journey in PolyU BME as an international student was filled with opportunities and new connections.

I engaged with professionals from the industry and outstanding professors who helped me gain my knowledge of the working principles and management of medical equipment. Throughout my studies, I had the chance to work on design projects with my classmates focused on smart seating, and to lead a two-year individual research project in tissue engineering. These experiences equipped me with a well-rounded set of skills for my future career path, whether in Hong Kong or abroad.

I deeply value my experience in Polyu BME. The program offers a comprehensive curriculum, projects, and internships that enrich university life.

Additionally, the department provides resources for those who proactively explore further in research, competitions, and extracurricular activities.

As a 2+2 dual-degree student from Malaysia studying Prosthetics and Orthotics at PolyU, I’ve found the learning experience here to be incredibly valuable and inspiring. The program has given me deeper insights into how technology can enhance mobility and improve people’s quality of life — one of the main reasons I chose this field in the first place.

Beyond academics, the department also offers amazing opportunities to gain real-world experience in this profession. One highlight was a service trip to Mainland China, where we helped people in need and saw firsthand how orthotic and prosthetic interventions can make a tangible difference in their lives.

I’ve really enjoyed meeting people from diverse backgrounds, exchanging ideas, and getting involved in hands-on projects. Studying in Hong Kong has been an exciting and eye-opening journey, and I’m looking forward to continuing to grow in this field and contributing meaningfully to the community in the future.

My experience with P&O has been incredibly valuable. It has provided me with the opportunity to not only acquire knowledge from classes but also gain a deeper understanding of the industry through firsthand experiences during clinical attachment.

The service trip to Guangzhou was also particularly enriching, as it allowed me to apply what I’ve learned and gain insights into P&O operations in other parts of the world.

My programme within the Department of Biomedical Engineering at PolyU has paved a path for me into the healthcare service industry. The programme’s focus on Prosthetics and Orthotics is unique in Hong Kong. Using knowledge of biomechanics,material science and pathologies, this programme nurtures students to become professional clinicians and serve the public by providing high-quality healthcare services. This summer, I had a two-month clinical attachment in the Department of Prosthetics and Orthotics at Tuen Mun Hospital, which allowed me to acquire more bedside clinical experience and learn about the real-life workings of the industry and the local healthcare system. This experience has shaped my perspective of the local healthcare servicing field and has better equipped me for my future career.

I am deeply grateful to my course instructors for their meticulous and insightful teaching, through which I have built a robust interdisciplinary foundation of professional expertise in the classroom. The thoughtful curriculum design of this Master’s programme has also granted me access to state-of-the-art laboratory facilities and cutting-edge technologies, along with the invaluable opportunity to complete my graduation thesis under the dedicated guidance of my supervisor.

Beyond academic studies, the university’s outstanding platform has enabled me to engage in a rich array of campus activities, including being a member of the university sports team, as well as attending a diverse range of academic seminars and sharing sessions.

Ultimately, all these invaluable experiences will stay with me, and serve as a firm cornerstone as I embark on my journey of in-depth academic research and professional career pursuit.

I learned from excellent teachers on theoretical doctrines, novel materials and therapeutic concepts.

The systematic knowledge framework in classrooms provides me with a solid foundation, and the laboratory operations allow me to visualize and transform theories into practical applications. I’ve also opened up horizons with the platform resources and by participating in different projects.

These experiences will eventually become the cornerstone of our professional confidence and enduring inspiration for continued scholarly exploration.

I have greatly benefited from the excellent teaching and research environment here. The programme is carefully designed to integrate theory with practice, with a strong emphasis on biomechanics, rehabilitation, and sports technology applications in both clinical and sports settings. This “learn to apply” philosophy, together with the academic atmosphere at PolyU, has left a deep impression on me and is something I highly appreciate.

In terms of experimental and research experience, PolyU has invested substantially in facilities related to biomechanics and human movement analysis. Our biomechanics and motion analysis laboratories are equipped with advanced systems such as three-dimensional optical motion capture systems based on reflective markers (e.g. Vicon), which use multiple infrared cameras to track the three-dimensional trajectories of joint markers and reconstruct precise kinematic parameters. In addition, wearable Inertial Measurement Unit (IMU) systems are available for measuring accelerations and angular velocities in both laboratory and field environments, allowing us to analyse running gait, locomotion, and various sport techniques in detail. These are complemented by force plates, plantar pressure measurement systems, and instrumented treadmills, which provide ground reaction forces, pressure distribution, and spatiotemporal gait parameters, giving us a comprehensive picture of movement in both kinematic and kinetic terms.

With the support of these facilities, I have been actively involved in several projects related to running and sports performance. For example, I have participated in studies using instrumented treadmills and three-dimensional motion capture to record running gait, while simultaneously collecting kinematic data from IMUs. The data are then processed and analysed with statistical software to explore how different movement strategies and parameters may influence performance and injury risk. These experiences have given me substantial training in experimental design, equipment operation, data processing, and interpretation of biomechanical results, and have made my learning journey at PolyU very rich and fulfilling.

Outside the classroom, I maintain regular training in running and golf. These activities are not only personal interests, but also provide real-world contexts in which I can apply what I have learned about sports biomechanics and performance analysis. By combining motion analysis technologies with my own training, I have deepened my understanding of how theoretical concepts relate to actual movement patterns and performance.

Overall, studying and living at PolyU in the BME-related area has been both challenging and rewarding. Balancing coursework, laboratory work, and group projects has helped me develop strong time management, teamwork, and problem-solving skills. I truly value the comprehensive education and research training that PolyU provides, and I look forward to applying the biomechanics and sports technology knowledge I have gained here to future work in sports science and biomedical engineering.

Studying Sports and Neuromusculoskeletal Engineering at BME has allowed me to explore how engineering can help us better understand human movement and sports performance. My research focuses on biomechanics and sports engineering, where I analyse movement patterns and apply quantitative methods to study how the human body performs during dynamic activities.

Through my work, I explore how measurement technologies and computational analysis can provide deeper insights into movement efficiency, injury mechanisms, and performance optimization. Being part of the research community at BME has also shown me the value of collaboration across different fields, from biomechanics and physiology to data science. This environment encourages curiosity and critical thinking, and it has shaped my interest in advancing research that connects engineering with human performance and health.

Beyond academics, my time at PolyU BME has also included many meaningful community experiences. For example, I had the opportunity to serve as a master of ceremonies at several BME events, where I interacted with students, faculty members, and guests from different backgrounds. These activities allowed me to contribute to the BME community in a different way and helped me develop communication and leadership skills.

My research at BME’s Center for Biosensing and Precision Theranostics focuses on developing nanomaterial-based bioanalysis platforms across multiple biological levels. From protein detection to single-cell sequencing, I explore how nanomaterials enhance sensitivity and enable more efficient analysis. This experience has deepened my passion for biomedical engineering and strengthened my commitment to advancing bioanalytical technologies for disease diagnosis and patient care.

My transformative experience at BME’s Neurorehabilitation and Neural Engineering Lab immersed me in cutting-edge research, where I contributed to projects restoring motor function and enhancing life quality for neurological patients under world-class mentorship.

Collaborating across neuroscience, biomedical engineering, and clinical rehabilitation strengthened my technical and theoretical expertise while fostering innovative problem-solving.

This foundation has also propelled my career in biomedical engineering and fuels my commitment to advancing neurorehabilitation technology.