Dr. Lim Einly is an internationally recognized leader in cardiovascular biomedical engineering and currently serves as Associate Professor at the Department of Biomedical Engineering, Universiti Malaya. She is the founder and principal investigator of the Asian Cardiac Engineering Group, an interdisciplinary research team that advances personalized cardiovascular modeling, medical image analysis, physiological control of cardiac assist devices, and telehealth technologies. Her work has played a central role in bridging engineering innovation with clinical practice, contributing significantly to the convergence of medicine, engineering, and digital health. Dr. Lim earned her PhD in Biomedical Engineering from the University of New South Wales under the prestigious Australian EIPRS scholarship. She has authored over 70 Web of Science–indexed journal articles, secured more than RM3 million in competitive research funding, and received numerous accolades, including the Royal Society (UK) Newton Advanced Fellowship and the 2023 Chairpersonship Award from the Asia-Pacific Society for Artificial Organs (APSAO). In 2023, she chaired the 7th Annual APSAO International Congress in Kuala Lumpur, which brought together over 80 delegates from 9 countries—demonstrating her leadership in fostering international scientific collaboration and elevating Malaysia’s profile in cardiovascular research. A significant component of Dr. Lim’s academic leadership is her prominent role in establishing the Dual PhD program between Universiti Malaya and the University of New South Wales (UM-UNSW). She has been instrumental in shaping its structure, mentoring students across institutions, and nurturing cross-border research ecosystems. The program has allowed students to benefit from exposure to two world-class research environments. To date, four students have successfully graduated under this initiative, with three currently in progress—making it a sustainable model for international research training and capacity building. As a dedicated research mentor, Dr. Lim has supervised nine PhD and ten Master by Research students to completion and currently oversees seven PhD candidates working across advanced cardiovascular engineering topics. Her research team collaborates with global leaders including Imperial College London, University of Queensland, Texas Heart Institute, and the National University of Singapore. Her translational work, which includes two patents, extends to industry and clinical settings through active projects with B Braun Medical Industries and the National Heart Institute (IJN), among others. Dr. Lim also contributes substantially to university governance and academic quality. She serves as Final Year Project Coordinator and sits on key curriculum review, academic quality, and procurement committees. She regularly chairs PhD proposal and candidature defenses and serves as an external examiner at both local and international universities. She is also an active reviewer for national and international research grants, including for the Australian Research Council and Austrian Science Fund. As a Chartered Engineer (UK), Professional Engineer (Malaysia), and Council Member of The Asia-Pacific Society for Artificial Organs APSAO, Dr. Lim continues to lead in research, education, and professional service. Through her sustained contributions in innovation, academic leadership, and international engagement, she plays a vital role in advancing biomedical engineering across Malaysia and the Asia-Pacific region.

Dr. Chaw Sook Hui is an Associate Professor at the Department of Anaesthesiology, Faculty of Medicine, Universiti Malaya, and a Consultant Anaesthesiologist specializing in Paediatric Anaesthesia. She holds a PhD in Anaesthesia and a Master’s degree in Anaesthesia from Universiti Malaya, as well as an MD in Medicine and Surgery from Universiti Sains Malaysia. Dr. Chaw completed her Clinical Fellowship in Paediatric Anaesthesia at KK Women’s and Children’s Hospital, further solidifying her expertise in paediatric care. Dr. Chaw is actively involved in clinical practice, teaching, and research. Her research interests primarily focus on population pharmacokinetics and pharmacodynamics, perioperative pain management, and pediatric anesthesia. She has led and contributed to national and international research projects, including those funded by the Fundamental Research Grant Scheme (FRGS), Merck Sharp & Dohme, and Hamilton Health Sciences Corporation. As the President of the Population Approach Group of Malaysia (PAGMAS) and a Board Director for the Asian Pharmacometrics Network, she has collaboration in pharmacometric research and its applications in anesthesiology. In addition to her research contributions, Dr. Chaw serves as the Deputy Editor of the Malaysian Journal of Anaesthesiology (2024-2026) and has published  in high-impact journals such as Clinical Pharmacokinetics, Artificial Intelligence in Medicine, and the European Journal of Drug Metabolism and Pharmacokinetics. Dr. Chaw is also engaged in medical education and academic leadership. She has served as an examiner for the Master of Anaesthesiology program, and a mentor for PhD and Master’s candidates. She is also involved in organizing major conferences such as the 20th ASPA Conference & 3rd Paediatric Anaesthesia Meeting of MSPA and various pharmacokinetics and pediatric anesthesia workshops.  

Dr Norhidayah Mohd Taufek is a senior lecturer at the Institute of Biological Sciences (ISB), Faculty ofScience, Universiti Malaya (UM). She obtained her PhD from ISB, UM in 2017 with specialisation inaquaculture nutrition research. She is a researcher with a demonstrated history of working in theaquaculture field on fish nutrition, reproduction endocrinology and aquaculture feed technology.Her current research interests include the development of sustainable solutions for animal feedincluding aquatic animals and poultry. Special focus is given towards utilization of local renewableresources such as insects meal including black soldier fly larvae and crickets as well as mushroom by-products and underutilized crops. She is also actively working with the industries to promote the use of black soldier fly asprotein source to produce cost-effective and Halal feed as well as for the implementation of circularbioeconomic purposes.