As a Senior Lecturer at the prestigious University of Malaya, I bring a wealth of expertise in parliamentary behavior and foreign affairs studies, with a particular focus on Malaysia-China Relations, the South China Sea dispute, defense analysis, and international relations. I earned my Doctor of Law degree from Xiamen University, where my doctoral thesis delved into the intricate dynamics of Malaysia-China relations, specifically from the unique perspective of Malaysian parliamentary proceedings. This in-depth analysis provides a nuanced understanding of the diplomatic intricacies between the two nations. My dedication to advancing knowledge is reflected in my scholarly contributions. My academic journey has been guided by a passion for unraveling the complexities of international relations, providing insights that not only enrich the academic community but also inform policymakers and stakeholders. Through my research, teaching, and commitment to academic excellence, I aim to make enduring contributions to the understanding of parliamentary behavior, foreign affairs, and the intricate tapestry of Malaysia's international relationships.

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.

Dr.Sharifah Fatmadiana is a senior lecturer at the Faculty of Engineering, University of Malaya in Malaysia since year 2014. She graduated with an MEng in Electrical Electronics Engineering (University of Sheffield, UK) in 2005, MSc in Microelectronics (University of Malaya) in 2009 and PhD in Microelectronics (LJMU,UK) in 2014. Her research interests include emerging technologies in wearable electronics, semiconductor reliability and testing, advanced semiconductor modelling and IC design. She has co-authored in more than 20 journals and conference proceedings. She has collaborated with industries namely INTEL (Malaysia), MIMOS (Malaysia), Infineon Technologies (Malaysia), Motorola Solutions (Malaysia) and IMEC (Belgium) as well as academic institutions namely Liverpool John Moores University, UK. She has secured research grants from the Newton Fund (Royal Academy of Engineering, UK), Sciencefund (MOSTTI, Malaysia), FRGS (MOE,Malaysia) and internal research grants in University of Malaya. She is affiliated with the IEEE and IEEE Electron Devices Society, and has organised and served as a technical committee for a number of IEEE conferences since 2014. An awardee of the MIMOS Prestigious Award 2014 and shortlisted for the Newton Prize in 2017.