Biomedical Engineering
| Dato' Seri Ir. Dr. Noor Azuan Bin Abu Osman Research focuses on biomechanics, with expertise in human movement analysis, prosthetics, orthotics, and orthopedic implant design. Key contributions include advancements in prosthetic socket design, measurement of joint forces, and development of instruments for assessing biomechanical parameters. The work integrates engineering principles with medical applications to improve patient outcomes in rehabilitation and orthopedic care. |
| Ir. Dr. Fatimah Binti Ibrahim Research in the field focuses on biomedical engineering with expertise in physiological measurement and modeling, medical and health informatics, BIOMEMS, and bioinstrumentation. Key areas include developing innovative medical devices and bioinstrumentation technologies, advancing micro-electro-mechanical systems (MEMS) for healthcare applications, and leveraging informatics for improved patient outcomes. |
 | Dato' Ir. Dr. Mohammed Rafiq Bin Dato' Abdul Kadir Dato' Prof. Ir. Dr. Mohammed Rafiq bin Dato' Abdul Kadir’s research focuses on advancing engineering practices and innovative solutions within infrastructure and technology development. His work spans a range of engineering disciplines, with particular emphasis on sustainable development, smart infrastructure, and the integration of cutting-edge technologies. Dr. Rafiq is dedicated to fostering interdisciplinary research that bridges academia and industry, aiming to solve complex challenges while contributing to the growth of engineering education and practice. His research is driven by a commitment to innovation, sustainability, and enhancing the impact of engineering on society. |
 | Ir. Dr. Nahrizul Adib Bin Kadri Research focuses on the development of BioMEMS and lab-on-chip technologies, with an emphasis on creating low-cost, practical devices for cell population characterization and diagnostic applications. Additional interests include biomedical computer applications, particularly in web technology, health information systems, and microprocessors. Significant work has been done in the integration of these technologies to enhance healthcare delivery and diagnostics, bridging the gap between engineering innovations and clinical needs. |
 | Ir. Dr. Ahmad Khairi Bin Abdul Wahab Research focuses on biomedical engineering, specifically in bio-instrumentation and artificial intelligence. Expertise includes advanced control systems such as neural networks and fuzzy logic, applied to medical devices and biomedical modeling. Recent work involves machine learning for predictive maintenance of medical equipment and enhancing rehabilitation through functional electrical stimulation (FES). The goal is to improve healthcare outcomes by integrating computational methods with practical medical applications. |
 | Ir. Dr. Khairunnisa Binti Hasikin Research specializes in biomedical engineering, focusing on medical image analysis, artificial intelligence, and sustainability management. The work involves developing advanced techniques for medical image processing and applying AI to improve healthcare diagnostics and environmental monitoring. Contributions include innovative solutions in AI-driven healthcare and sustainable development initiatives. |
 | Ir. Ts. Dr. Lai Khin Wee Dr. Lai Khin Wee’s research focuses on biomedical engineering, specializing in bio-instrumentation and artificial intelligence. His expertise includes developing advanced medical imaging technologies, Point-of-Care devices, and machine learning applications for clinical diagnostics and healthcare innovation. Recent work includes designing non-invasive diagnostic tools for scoliosis and knee osteoarthritis and leveraging AI for cartilage pattern recognition and predictive healthcare solutions. His goal is to enhance healthcare outcomes by integrating cutting-edge computational methods with practical medical applications, bridging the gap between engineering and medicine. |
 | Ir. Dr. Liew Yih Miin Research centers on biomedical engineering, with a focus on medical imaging, artificial intelligence, and machine learning. Key areas include cardiac MRI, optical coherence tomography, and computed tomography, aimed at improving diagnosis and treatment through advanced imaging technologies and predictive analytics. Work also includes 3D model reconstruction, image processing, and deep learning applications in healthcare. |
 | Ir. Dr. Lim Einly Research centers on the development and optimization of biomedical systems, with a focus on artificial organs, cardiovascular systems, and cardiac assist devices. It involves computational modeling to improve the design and functionality of these technologies. The work also emphasizes noninvasive methods for early diagnosis and intervention in heart disease, contributing to advancements in biomedical engineering. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR] |
 | Ir. Dr. Mas Sahidayana Binti Mokhtar Research focuses on microwave engineering, embedded systems, and wireless power transfer, with applications in biomedical devices and smart environments. Key areas include developing efficient energy harvesting systems, advancing wireless power transfer technologies for medical applications, and creating innovative solutions for bio-signal monitoring and prosthetic control. Efforts aim to improve the integration and functionality of these technologies in healthcare and industrial settings. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR] |
 | Ir. Dr. Nasrul Anuar Bin Abd Razak Research is concentrated on biomechanical engineering, particularly in prosthetics and orthotics. Key areas include the development and optimization of prosthetic devices, such as upper limb prosthetics and transtibial sockets, and the application of innovative technologies like virtual reality for rehabilitation. The work also focuses on enhancing the performance and user experience of assistive devices, contributing to improved mobility and quality of life for individuals with physical disabilities. |
 | Dr. Nur Azah Binti Hamzaid Research focuses on advancing rehabilitation engineering with a specialization in biomechatronics, functional electrical stimulation (FES), and prosthetics and orthotics. Efforts have been directed toward pioneering FES technologies and their applications in rehabilitation robotics, enhancing the quality of life for individuals with spinal cord injuries. Significant contributions include developing innovative FES-based systems for cycling and standing, with a strong emphasis on integrating clinical needs with engineering solutions to improve patient outcomes. Ongoing work continues to bridge the gap between medical technology and practical rehabilitation applications. |
 | Ir. Dr. Ting Hua Nong Research focuses on speech analysis, AI, and deep learning, with key contributions in baby cry recognition and bilingual speech recognition. Current work includes AI tools for pediatric care and EEG analysis. Ongoing projects explore advanced neural network models and quantum effects in brain activity. |
 | Dr. Chan Chow Khuen Research focuses on biomechanics, bioartificial intelligence, and computational mechanics, utilizing machine learning and deep learning to analyze biosignals such as EMG, EEG, and medical images. Current projects involve developing AI-driven models for human pose estimation, enhancing diagnostic accuracy, and improving healthcare technologies through signal processing and advanced computational methods. |
 | Dr. Farina Binti Muhamad The research specialise on biomedical engineering, focusing on tissue engineering and regenerative medicine. Key areas include developing biodegradable scaffolds for nerve and tissue regeneration, recycling materials for biomedical use, and employing deep learning in healthcare modeling. The work aims to advance healthcare through innovative materials and technologies. |
 | Dr. Juliana Binti Usman The research emphasizes biomechanical engineering, focusing on sports biomechanics, injury prevention, and performance enhancement. Key areas include biomechanical analysis of knee osteoarthritis, driving simulations, and sports mechanics in badminton and rugby. The work also explores rehabilitation technologies, such as therapeutic gloves and ankle-foot prostheses, aiming to improve injury prevention and rehabilitation through innovative biomechanical solutions. |
 | Dr. Mohd Yazed Bin Ahmad Research focuses on microwave engineering, embedded systems, and wireless power transfer, with applications in biomedical devices and smart environments. Key areas include developing efficient energy harvesting systems, advancing wireless power transfer technologies for medical applications, and creating innovative solutions for bio-signal monitoring and prosthetic control. Efforts aim to improve the integration and functionality of these technologies in healthcare and industrial settings. |
| Dr. Muhammad Imran Bin Ramli Dr Imran's research focuses Rehabilitation Engineering (Pulmonary), Prosthetics & Orthotics, and Biomechanics. |
 | Dr. Ng Siew Cheok Research centers on rehabilitation engineering and biomedical signal processing, focusing on enhancing biomedical signals for medical applications. Key areas include brain signal analysis under various conditions, improving non-invasive medical devices, and investigating quantum effects in EEGs. The goal is to develop innovative healthcare technologies that improve patient care and quality of life. |
 | Dr. Nooranida Binti Arifin Research centers on rehabilitation engineering with a focus on biomechanics, prosthetics, and orthotics. Current work involves prosthetic design, postural stability in amputees, and pressure management in prosthetic sockets. Projects emphasize improving mobility and quality of life for individuals with limb loss. |
 | Dr. Nur Afiqah Binti Hashim Research focuses on using advanced technology in rehabilitation, particularly virtual reality for upper limb rehabilitation and enhancing prosthetic devices. Projects include developing VR therapy applications and piezoelectric sensors for robotic limb control, aimed at improving assistive technologies for individuals with disabilities. |
 | Dr. Nurul Asyikeen Binti Ab. Mutalib Research emphasizes nanotechnology, device fabrication, and process simulation, with significant contributions to the development of electrochemical microdevices and portable electronic sensors for halal authentication. Current work focuses on bipolar electrochemistry and the use of ion-selective membranes for advanced sensing applications. |
 | Dr. Salmah Binti Karman Research emphasizes on biosensors, biophotonics, and biomedical engineering, with significant contributions in cancer detection, polarized light-based medical imaging, and surface plasmon resonance sensors. Current projects include developing advanced biosensors for viral detection and exploring quantum effects in medical applications. |
 | Dr. Tham Lai Kuan Lai Kuan Tham is currently a Senior Lecturer at the Department of Biomedical Engineering at Universiti Malaya. She is a member of the Centre for Applied Biomechanics. She obtained her PhD, MEngSc, and BEng in Biomedical Engineering from Universiti Malaya. Her research interests span widely across the areas of biomechanics, particularly in human movement analysis, physical activity monitoring, and medical diagnosis based on wearable technologies and artificial intelligence. Current research includes gait and movement analysis in lower limb amputees, early detection of epilepsy, and scoliosis classification. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR] |
 | Mdm. Norita Binti Mohd Zain Research explores polymer composites, polymer electrolytes, and bio-polymers, focusing on applications in biomedical engineering. Recent work includes surface modification of biomaterials, antimicrobial coatings, and biocompatibility studies for orthopedic applications. Additionally, projects investigate nanocomposite scaffolds and electrospun polymer scaffolds for tissue engineering. |
Last Update: 24/04/2025
