Mohamad Suffian bin Mohamad Annuar is a leading researcher in bioprocess technology and advanced biomaterials, with a particular focus on medium-chain-length polyhydroxyalkanoates (mcl-PHA) derived from bacterial fermentation of local renewable resources. These mcl-PHA are prized for their biocompatibility, biodegradability, and versatile properties, making them ideal for a wide range of applications. His research group has pioneered the development of mcl-PHA-based hydrogels, which exhibit exceptional water absorption and mechanical strength, making them suitable for tissue engineering and controlled drug delivery systems. His team has also explored the use of mcl-PHA in creating bone scaffolds that support cell growth and closely mimic natural bone structures. Furthermore, they have advanced the field by developing mcl-PHA nanoparticles, which hold significant potential for targeted drug delivery and biomedical imaging applications. Additionally, their investigations into mcl-PHA-based composites and blends have shown promise for renewable energy and water purification applications. With a research approach that balances fundamental and applied aspects, his research group contributes over 120 publications in reputable scientific journals. He has successfully supervised 17 Ph.D. and 35 Master's projects to completion. His laboratory, known for its multi-disciplinary scientific approach, has secured research funding in excess of MYR 4 million through its own projects and collaborative efforts, and continues to welcome and foster multi-disciplinary scientific collaborations.

Advancing Dietetics | Public Health Nutrition | Bridging Research, Policy & PracticeWith 14+ years of experience spanning clinical dietetics, academia, and food services, I am a passionate advocate for evidence-based nutrition policies and sustainable public health solutions. Currently a Senior Lecturer in Social & Preventive Medicine at Universiti Malaya, my work centers on creating healthy, sustainable eating environments, improving food safety, and addressing adolescent and community nutrition—grounded in my PhD research and field practice.I proudly serve on the Malaysian Dietitians’ Association council and represent Malaysia in the International Affiliate of the Academy of Nutrition and Dietetics (IAAND). My leadership includes spearheading healthy cafeteria initiatives, co-authoring institutional meal guidelines, and co-developing a regional online training module to elevate school canteen standards (SEAMEO RECFON).My research spans: ✔️ Sustainable and Healthy Eating Environment / Food Environement / Planetary Health✔️ Healthcare Foodservice Management / Food Safety and Quality✔️ GI nutrition, including IBS & IBD (in collaboration with leading gastroenterologists)✔️ Food insecurity among low-income & Indigenous populations✔️ Supervision of student-led public health and clinical research I’m committed to shaping the future of nutrition and dietetics through impactful teaching, translational research, and cross-sector collaborations. Let’s connect if you’re passionate about building healthier communities through nutrition innovation, policy, and practice.🌍 Open to collaborations | 💡 Research partnerships | 🤝 Community-driven solutions

Dr. Mohd Yazed Ahmad is a Senior Lecturer at the Department of Biomedical Engineering, Universiti Malaya. His academic and research journey centers on interdisciplinary innovation, particularly the fusion of engineering, medical technology, and embedded systems. He obtained his Ph.D. in Biomedical Engineering with a focus on wireless passive sensing, RF-based system design, and intelligent embedded diagnostics. Dr. Yazed’s research interests span across smart healthcare systems, AI-powered sensing, and low-power wireless communication technologies. He has led and contributed to multiple impactful projects including novel modified-Hemlholtz coil for wireless power transfer tested for wireless capsule endoscope, novel weatstone-bridge antenna for fine grain positioning within RF near-field extending RFID capabilities, passive LC sensors for intraoral diagnostics, RF energy harvesting for wearable health monitoring, and real-time IoT platforms for Smart City solutions such as street lighting and waste management systems. He is also actively involved in national innovation programs such as MyHackathon, from which he founded a solution team, offering engineering and smart infrastructure solutions. He supervises researc projects in biomedical AI systems, e-stethoscopes, and embedded medical electronics, and regularly collaborates with clinicians and industry partners. In his role as an educator, he is also the course coordinator for Programming and Numerical Methods, emphasizing MATLAB and C++ for biosystem modeling. Dr. Yazed contributes to institutional advancement through curriculum design, industrial training coordination, and as an advisor to the Biomedical Engineering Student Club. His goal is to bridge medical needs and technological advancements through ethical, sustainable, and high-impact engineering innovations.