FOERES : Faculty of Engineering Research Office

Chemical Engineering

	Ir. Dr. Abdul Aziz Bin Abdul Raman Professor Our current research focuses on developing inherently safer and sustainable chemical processes and materials. These processes include overall or partial production process, and water & waste treatment systems and others. Various approaches in realising this research projects were cleaner production strategies and green chemistry. The projects can be carried out from conceptual, theoretical, experimental, and other related dimensions as we work on real and simulated case studies. The projects can be carried at Master’s, and PhD levels. We also collaborate with other researcher from economic, social, and artificial intelligence dimensions as well. The projects under our group are suitable for both the fresh and candidates with industrial experience. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Adeline Chua Seak May Professor My research focused on the development of sustainable wastewater treatment processes tailored to tropical climates, with an emphasis on biological nutrient removal and resource recovery. This includes exploring microbial ecology in tropical wastewater treatment plants and extracting valuable resources such as biopolymers, biochemicals, biofuels, and nutrients from agro-industrial waste and wastewater streams. I have collaborated extensively with industry and international research partners to improve the energy efficiency and performance of wastewater treatment systems, earning recognition through international funding such as the Newton Fund Impact Scheme. My work integrates kinetic studies, microbiology, and mass transfer mechanisms to enhance treatment processes like the Downflow Hanging Sponge (DHS) reactor for safe water supply and robustness in biological phosphorus removal. Additionally, my consultancy projects have supported local and international initiatives, including optimizing extended aeration systems, characterizing wastewater for environmental studies, and reducing chemical oxygen demand (COD) in industrial effluents. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Ang Bee Chin Professor With a strong background in materials engineering, I am equipped to contribute effectively across a variety of fields. My primary research focus centers on the fabrication and application of electrospun membranes. My current explorations include utilizing these membranes in diverse applications such as wastewater treatment, environmental DNA (eDNA) collection, gas sensing, and tissue engineering development. Additionally, I am actively engaged in research on rare earth materials, conducting failure analysis, and studying thermal fluid dynamics. This multidisciplinary expertise allows me to address complex engineering challenges and innovate within multiple domains. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Ngoh Gek Cheng Professor My research focused on sustainable bioprocessing, downstream processes, and waste treatment, particularly the development of innovative techniques for biomass utilization, biopolymer production, and wastewater treatment. Key areas include advanced pectin extraction techniques, the use of lignocellulosic biomass for biopolymer synthesis, and the creation of microbial consortia databases for biological wastewater treatment in tropical climates. I have also explored the functionalization of graphene for drug delivery applications, enzymatic hydrolysis of agro-waste for fermentable sugars, and the production of volatile fatty acids (VFA) from organic wastewaters. My projects emphasize green technologies, such as the use of in-house synthesized solvents and microbial consortia optimization. Additionally, I contribute as a consultant for various projects, including evaluating extended aeration systems for wastewater treatment and facilitating workshops on outcome-based education (OBE) assessment methods. These efforts align with my broader commitment to advancing sustainable and efficient solutions in bioprocessing and waste management. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Rozita Binti Yusoff Professor My research focused on advanced separation processes and sustainable materials engineering. This includes CO2 removal using amines, microwave-assisted extraction of active ingredients from herbal plants, and the development of advanced materials such as fiber-reinforced composites and polymeric materials processed through microwave heating. Additionally, my work explores the use of nano-sized calcium carbonate as fillers in PVC and ABS to enhance material properties. I have published over 60 papers in journals and conferences, both locally and internationally. My supervision portfolio includes guiding seven PhD and three Master's students to completion, with ongoing supervision of eight PhD and two Master's students. Beyond academic research, I have been actively involved in consultancy projects, particularly in cleaner production practices for industries such as glove manufacturing, and developing tools for waste minimization and resource efficiency. I also have a significant role in academic administration, having coordinated the Outcome-Based Education (OBE) and Engineering Accreditation Council (EAC) compliance for the Chemical Engineering Program at the University of Malaya. This included program restructuring, staff training workshops, and ensuring accreditation standards are met. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Wan Mohd Ashri Bin Wan Daud Professor My research emphasizes the production and characterization of activated carbon, with a focus on its application in environmental and industrial processes. My work explores sustainable materials, particularly utilizing palm shell and other agro-based wastes, to produce activated carbon and develop advanced sorbents, catalysts, and adsorption technologies. Key projects include developing superacid catalysts for biodiesel production, hydrodeoxygenation processes for bio-oil refining, and CO2 mitigation technologies. I have also conducted parametric and adsorption kinetics studies using activated carbon derived from oil palm waste for post-combustion CO2 capture and biogas purification. I actively contribute as a reviewer for high-impact international journals and have undertaken consultancy projects to optimize commercial activated carbon production and evaluate industrial processes. My work aligns with sustainability goals and advancing efficient material utilization in environmental engineering and renewable energy sectors. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Ching Yern Chee Professor My research focuses on the development and application of biopolymer-based nanocomposites and polymeric films, particularly for environmental and packaging applications. I am dedicated to innovating in the field of sustainable materials, with several patents for the production of composite films made from renewable resources like kenaf fibers and polyvinyl alcohol (PVA), and for methods of producing nanocomposite coatings and films. My work also includes advancements in the electrodeposition of zinc oxide nanostructures and environmentally friendly composite films for agricultural uses, such as mulch films. These innovations aim to provide eco-friendly alternatives to conventional materials, contributing to both sustainability and functionality in diverse industries. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Dr. Badrul Hisham Bin Mohamad Jan Associate Professor My research focuses on developing innovative and sustainable solutions for the oil and gas industry, addressing key challenges with cost-effective and environmentally friendly approaches. One of my primary areas of interest is enhanced oil recovery (EOR), where I have successfully formulated a novel palm oil-based emulsifier to improve efficiency. Collaborations with industry partners, such as PETRONAS and BCI Chemical Sdn Bhd, have enabled the practical application of these advancements. In the field of drilling and completion fluids, I have developed eco-friendly alternatives, such as dolomite as a non-toxic and cost-effective replacement for barite in drilling fluids. My work on Super Light Weight Completion Fluids (SLWCF) has demonstrated substantial improvements in hydrocarbon flow rates, with successful field testing at the Bunga Raya field near the Malaysia-Vietnam border. These innovations have been presented at international conferences and published in high-impact journals. Another significant focus of my research is the characterization and extraction of graphene from industrial waste for diverse applications, including its integration into drilling fluids and wastewater treatment systems. Preliminary findings indicate the potential for optimizing graphene extraction processes to enhance its effectiveness in improving fluid properties and environmental outcomes. Additionally, I have explored novel water treatment solutions, such as designing dolomite-based filtration systems to produce high-quality drinking water. This research aligns with my commitment to leveraging local materials and resources to address industrial and community needs. Beyond oil and gas, my collaborative work extends to renewable energy and sustainability projects, such as optimizing offshore wind turbines and advancing solar energy storage technologies. These multidisciplinary efforts reflect my broader goal of integrating innovative technologies into the energy sector to drive sustainable development. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Nur Awanis Binti Hashim Associate Professor My research focuses on membrane technology and fabrication, with a particular emphasis on the development and optimization of polymeric membranes for various applications, including water and wastewater treatment, carbon dioxide capture, and protein separation. I am dedicated to advancing membrane fabrication techniques, particularly the phase inversion process, and have led numerous research projects involving the development of hydrophilic membranes and filtration systems for drinking water. My work also explores the use of membranes in separation processes and their chemical and thermal stability. Additionally, I have collaborated internationally on projects related to water quality and disaster mitigation using membrane technology, and I continue to contribute to both academic and industry advancements in membrane-based solutions. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Teoh Wey Yang Associate Professor My research focuses on the fundamentals of heterogeneous thermal- and photocatalysis, with a primary goal of addressing energy and environmental challenges. I specialize in developing advanced catalysts for solar hydrogen generation, carbon dioxide reduction, biomass valorization, and the removal of environmental micropollutants. My work includes pioneering photocatalysts for efficient solar activation and designing solar reactors for hydrogen production using machine learning. I am also involved in projects aimed at developing low-cost, high-efficiency solar photocatalysts and exploring sustainable methods for micropollutant removal in soil-less farming. Additionally, my research addresses the valorization of industrial byproducts, contributing to cleaner, more sustainable energy solutions. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Dr. Adeeb Hayyan Senior Lecturer My research focuses on the development of sustainable and innovative solutions for various industrial processes, particularly in the areas of bioactive compound recovery, waste management, and material enhancement. I investigate the optimization of extraction processes, such as ultrasound-assisted extraction for bioactive compounds from Java tea and the use of ionic liquid analogs for oil extraction from rubber seeds. My work also includes the functionalization of carbon nanotubes to enhance concrete properties and the conversion of lignocellulosic biomass using green solvents. I am dedicated to advancing green technologies and sustainable practices, with a focus on improving efficiency and reducing environmental impact across diverse sectors, including palm oil processing and biodiesel production from low-grade oils. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Dr. Chuah Chong Yang Senior Lecturer My research focuses on molecular-based separation processes, with a particular emphasis on the use of adsorption and membrane technologies. I am dedicated to advancing the understanding and application of these separation techniques for various industrial processes. As a Chartered Engineer and Professional Technologist, I bring a strong foundation in chemical engineering to my work, alongside expertise in process optimization and simulation, including the use of Aspen HYSYS. My research aims to improve the efficiency and sustainability of separation processes, contributing to advancements in areas such as chemical engineering, environmental protection, and resource recovery. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Dr. Fathiah Binti Mohamed Zuki Senior Lecturer My research focuses on water quality management, environmental sustainability, and membrane technology applications. I investigate the mechanisms of pollutant removal using advanced materials, such as functionalized membranes and nanomaterials, with a particular interest in water treatment, wastewater management, and resource recovery. My work includes studying adsorption processes, biofilm formation prevention, and the development of filtration systems for drinking water. Additionally, I explore the application of machine learning for water quality prediction and environmental risk assessments. Through various national and international research projects, I aim to improve water quality and advance sustainable environmental practices. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR]
	Dr. Hanee Farzana Binti Hizaddin Senior Lecturer My research focuses on the design and development of novel solvents, such as ionic liquids and deep eutectic solvents, for applications in chemical processes, particularly for fluid mixture separations and CO2 capture and utilization. I am dedicated to advancing sustainable technologies by optimizing solvent systems to reduce CO2 emissions and energy consumption associated with conventional capture methods. My work also includes extracting valuable chemicals from agricultural waste, recovering rare earth elements from electronic waste, and developing non-conventional solvents for biomass processing and petrochemical applications. Additionally, I am passionate about enhancing engineering education and Outcome-Based Education (OBE) implementation. [UMEXPERT PROFILE] [PUBLONS-Web of Science] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Izzudin Izzat Bin Zainal Abidin Senior Lecturer My research focuses on developing sustainable solutions for energy and environmental challenges. This includes optimizing renewable energy technologies such as solar photoreactors for hydrogen production and investigating photocatalytic water splitting for clean energy. I also explore advanced membrane technologies for water purification and wastewater treatment, including reverse osmosis and mixed matrix membranes. Additionally, my work involves thermochemical conversion of hazardous waste into green solid fuels and enhancing the efficiency of processes like hydrodeoxygenation for producing green aviation fuel. These efforts aim to address critical environmental issues and advance cleaner, more sustainable technologies. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Ir. Dr. Jegalakshimi Jewaratnam Senior Lecturer My research focuses on advanced process control and optimization in bioprocesses, waste recovery and management, environmental health, and quantitative risk assessment. As a senior lecturer in the Chemical Engineering Department at Universiti Malaya and coordinator for the Masters of Safety, Health, and Environment Engineering, I have actively engaged in diverse projects. These include investigating enzymatic polymerization for biodegradable polymers, CO2 capture using metal-oxide-impregnated activated carbon, functionalized carbon from local waste for water treatment, and sustainable bioplastics development. I also contribute to studies on urban heat islands, noise exposure prevention, and the role of play in STEM education. Additionally, I have collaborated on consultancy projects such as heavy metal ion removal from industrial wastewater and precious metal recovery from industrial processes. My work is supported by national and private grants, underscoring my commitment to impactful research and sustainable solutions. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Luqman Hakim Bin Mohd Azmi Senior Lecturer Dr. Luqman Hakim has developed a broad career in petrochemicals, manufacturing, and industrial digital technologies in Malaysia and in the UK. After realising the necessity of bridging the gap between basic material science and practical chemical engineering problems in industry, he then pursued his PhD at Imperial College London. Now, as a Senior Lecturer at Universiti Malaya, he specialises in the development of porous metal-organic frameworks (MOFs) for gas and water purification as well as catalytic reactions. In particular, to increase the efficiency of industrial processes, with an emphasis on removing hazardous organic pollutants from water sources, separating industrial gases and harmful volatile organic compounds from the atmosphere. To students who are eager to work on fascinating projects, please contact Dr. Luqman via his email. He also welcomes partnerships with other academic institutions and industry partners to create real-world impacts and cost-effective solutions that can only be obtained from collaborative research. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Mahar Diana Binti Hamid Senior Lecturer My research focuses on combustion technology, process safety, risk engineering, inherent safety, and risk management. As a senior lecturer at the Faculty of Engineering, Universiti Malaya, I have led and contributed to various impactful projects, including the chemical and dynamic analysis of hydrogen-assisted oxy-fuel combustion systems, co-gasification for CO2 capture and storage, and studies on flame stability, laminar burning velocity, and NOX emissions in fossil fuel combustion. Additionally, I have developed occupational safety programs to promote better safety culture among secondary students and contributed to studies on child presence detection systems for enhanced vehicle safety protocols. My consultancy work includes machinery safety guarding studies for industries in collaboration with Malaysia’s Department of Occupational Safety and Health. With over 50 publications and co-authorship in book chapters, my work emphasizes advancing safety and sustainability in engineering practices. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Mohamad Fairus Bin Rabuni Senior Lecturer My research focuses on solid oxide fuel cells (SOFCs), ceramic and polymeric membrane fabrication, and their diverse applications. I have explored advancements in SOFC technology, including coking-resistant designs and efficient methane-to-energy conversion. My work on membranes involves hydrogen separation, water treatment, and stability assessment, contributing to sustainable energy and environmental solutions. With a PhD in Engineering from Imperial College London and dual master’s degrees from Universiti Malaya and the University of Manchester, I have published extensively in high-impact journals, including Nature Communications and Energy & Environmental Science. My expertise extends to hierarchical structures in energy devices, membrane modification for selective separation, and clean energy generation through innovative designs. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Mr. Mohamad Iskandr Bin Mohamad Nor Senior Lecturer My research focuses on applying numerical methods in engineering education, computational fluid dynamics (CFD) in chemical engineering, engineering software development, and applied numerical methods. I have led and contributed to various projects, including developing hydrophobic dolomite-based filtration systems, modeling mercury partitioning in hydrocarbon fluids, and investigating hydrogen purification using advanced polymeric membranes. Additionally, I explore sustainable solutions like recycling rejected gloves for rubberized road applications and hydrodeoxygenating palm oil for green aviation fuel. In consultancy, I have supported cleaner production initiatives, developed pollution inventory systems, and created spatial-temporal models for bioreactors. My work integrates numerical modeling with practical applications to enhance engineering solutions in sustainability, safety, and energy optimization. [ONLINE CV] [SCOPUS] [GOOGLESCHOLAR]
	Dr. Mohd Faidzul Hakim Bin Mohd Adnan Senior Lecturer My research focuses on developing innovative and sustainable solutions for water quality enhancement, pollutant abatement, and resource recovery. I have led projects such as using electrochemical advanced oxidation processes to treat industrial wastewater while recovering value-added compounds. As a co-researcher, I contribute to initiatives like providing clean water to rural communities with smart water purification technologies, studying nitrifying microbial communities in biofilm reactors, and examining ammonia levels in drinking water treatment plants. Additionally, I am involved in international collaborations to design portable systems for clean water production and exploring circular economy practices by repurposing coffee waste for mushroom cultivation. My consultancy work includes performance testing of nanofiber air filters for particulate matter trapping, emphasizing environmental sustainability and technological innovation. [ONLINE CV] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Mohd Usman Bin Mohd Junaidi Senior Lecturer My research focuses on developing advanced materials and innovative systems for environmental sustainability, particularly in water purification, hydrogen purification, and waste management. As the principal investigator, I have led projects on creating blended polymer membranes for hydrogen purification from palm oil waste biogas and developing solar-powered, self-cleaning ultrafiltration systems for clean water supply in rural areas. Additionally, I spearheaded the incorporation of hydrophobic dolomite minerals into mixed matrix membranes for efficient water filtration. I also contribute as a co-researcher to projects investigating rheological mechanisms in rubber-modified bitumen for pavement performance, graphene extraction from industrial waste for drilling fluids, and robust sensor platforms for anaerobic digester lagoons. My international collaborations include portable systems for clean water production and mitigating palm oil waste's environmental impacts. Beyond research, my consultancy work includes performance testing of nanofiber air filters, expert reviews on biodiesel feedstock potential, and developing industrial training guidelines for chemical engineering and chemistry students. These endeavors reflect my commitment to advancing sustainable technologies and addressing global environmental challenges. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Muhamad Fazly Bin Abdul Patah Senior Lecturer My research focuses on advancing sustainable technologies through the development and utilization of innovative processes and materials. As a researcher in the Department of Chemical Engineering at Universiti Malaya, I concentrate on the conversion of low-value materials and waste into valuable products such as char, biochar, liquid fuels, and hydrogen-rich gases. My projects span various key areas, including thermochemical processing, chemical upcycling of plastics and biomass, and development of novel filtration systems for water purification. I lead initiatives on optimizing catalytic processes, hydrodeoxygenation of palm oil for green aviation fuel, and the application of deep eutectic solvents for extracting valuable chemicals from agricultural waste. My contributions extend internationally with projects on characterizing and applying graphene from industrial waste, producing clean energy alternatives, and utilizing refuse-derived fuel for sustainable urban energy systems. Through over RM2.4 million in funded research, I aim to drive advancements in chemical engineering and environmental sustainability, fostering collaborations that bridge academic research with industrial applications. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Ir. Dr. Santheraleka Ramanathan Senior Lecturer My research focuses on the development of biosensors and nanodiagnostics using sustainable nanomaterials, particularly those derived from environmental waste. I specialize in integrating nanomaterials with molecularly imprinted polymers (MIPs) to design highly selective, low-cost sensors for detecting disease biomarkers and environmental pollutants. My work spans electrode fabrication, surface chemistry, and advanced analytical techniques, with recent projects targeting heavy metals, pesticides, and pharmaceuticals in water and soil. I aim to contribute practical solutions for environmental sustainability through innovative sensor technologies and collaborative research with academic and industry partners. [ONLINE CV] [SCOPUS] [GOOGLESCHOLAR]
	Ir. Dr. Teoh Wen Hui Senior Lecturer My research focuses on the study of subcritical and supercritical fluids, exploring their thermodynamic properties and applications in sustainable extraction processes. As a Senior Lecturer at the University of Malaya, I specialize in the green extraction of bioactive compounds such as Boswellic acids from plants indigenous to Malaysia, utilizing machine learning and data analytics to enhance extraction efficiency. I hold a B.Eng (Hons.) in Chemical Engineering from Universiti Kebangsaan Malaysia, an MPhil in Engineering for Sustainable Development from Cambridge University, UK, and a PhD in Chemical Engineering from the University of New South Wales, Australia. I am a Professional Engineer with the Board of Engineers Malaysia, a Chartered Engineer with the Engineering Council, UK, and a corporate member of the Institution of Engineers, Malaysia. A full-time graduate research assistant vacancy is currently available for potential PhD candidates interested in working on green extraction of Boswellic acids with machine learning and data analytics. UM Excellence Scholarships are also available. For more information, please contact Ir. Dr. Teoh Wen Hui via email. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Dr. Zarimah Mohd Hanafiah Senior Lecturer [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR]
	Dr. Zulhelmi Bin Emir Senior Lecturer My research focuses on various aspects of petroleum engineering, including oilfield water control, enhanced oil recovery, and flow assurance. As a senior lecturer at the Department of Chemical Engineering, Universiti Malaya since 2020, I specialize in polymer gels for oil and gas applications, conformance control, and the development of completion and drilling fluids. I hold a B.Eng in Chemical Engineering from Yamagata University (Japan), an MEng.Sc in Chemical Engineering from Universiti Malaya, and a PhD in Petroleum Engineering from Universiti Teknologi PETRONAS. My research projects span topics such as hydrogen purification from palm oil waste biogas, production of torrified biomass for power generation, and smart sustainability engineering urban farms. I have published technical papers in ISI-indexed journals and presented at international conferences, including those organized by the Society of Petroleum Engineers. For collaboration or further information, I can be reached at zulhelmi.amir@um.edu.my. [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Ir. Dr. Mohd Ali Bin Hashim Professor Emeritus Ir. Dr. Mohd Ali Bin Hashim is a distinguished professor in the Department of Chemical Engineering at Universiti Malaya. Dr. Mohd Ali holds a BSc (Hons) in Chemical Engineering from the University of Aston, UK, and an MSc in Biological Engineering and a PhD in Chemical Engineering from the University of Birmingham. His research focuses on solid-fluid interactions and ionic liquids, and he has published over 200 research articles and holds more than 20 patents. Dr. Mohd Ali has received numerous accolades, including the National Science Award, and has significantly contributed to the fields of separation processes and green technology [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]
	Ir. Dr. Mohd Azlan Bin Hussain Professor Emeritus Prof. Ir. Dr. Mohd Azlan Hussain, a graduate of BSc in Chemical Engineering from Sheffield University (1980), began his career as a design engineer at Esso Production Malaysia before transitioning to academia in 1985 at the University of Malaya. His research interests encompass modeling, process control, and the use of artificial intelligence and nonlinear techniques in engineering. Dr. Hussain has contributed significantly to the field through collaborations with prominent institutions such as Bradford University, Chulalongkorn University, and Kyoto University, producing numerous papers and co-authoring a book. He was instrumental in the establishment of UMPEDAC (Centre for Power Electronics, Drives, Automation and Control), which has received over RM10 million in grants. His leadership roles include organizing major conferences and serving on advisory committees for national and international research projects. With over 150 journal papers, 250 conference proceedings, and the supervision of numerous PhD and Masters students, Dr. Hussain’s research and expertise have earned him multiple awards, including the Top Research Scientist Award from Akademi Sains Malaysia, and recognition in the "Who's Who in the World" and "Who's Who in the 21st Century". [UMEXPERT PROFILE] [PUBLICATIONS] [GOOGLESCHOLAR]