Mechanical Engineering
 | Dr. Andri Andriyana My research focuses on constitutive modeling and finite element simulation of materials, including solid polymers, elastomers, nanofibers, metal alloys, composites, and soft biological tissues. I investigate their mechanical behavior, covering aspects like deformation, elasticity, viscoelasticity, plasticity, fatigue, fracture, and degradation. Recent work includes studying the swelling of elastomers in biodiesel, the Mullins effect in swollen rubber, and the mechanical properties of electrospun nanofibers. I've developed novel experimental devices to investigate material behavior under complex conditions, such as simultaneous diffusion and large deformation. My research also extends to biomedical applications, including modeling myocardial infarction effects on cardiac mechanics. I've secured approximately USD 5 Million in grants for research and international collaborations. Through this work, I aim to advance our understanding of material behavior under various conditions, contributing to improved design and performance of engineered components. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Datin Ir. Dr. Bushroa Binti Abd Razak My research focuses on surface engineering and advanced materials processing. I'm currently investigating the incorporation of bioglass particles during plasma electrolytic oxidation of titanium alloys and developing anti-fogging coatings using physical vapor deposition. My work has led to several patents, including methods for producing porous hydroxyapatite and multilayer coatings. I've collaborated with industry through a Knowledge Transfer Programme project on an energy-efficient physical vapor deposition machine. Recently, I received a gold medal at PECIPTA 2019 for my research. Looking ahead, I'm exploring the use of artificial intelligence for defect detection in cultural heritage artifacts and developing nanomaterials for biomedical applications. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Kazi Md Salim Newaz My research focuses on heat transfer, fluid mechanics, and fouling mitigation in industrial heat exchangers. I investigate nano-fluids, fiber suspensions, and surface modifications to enhance heat transfer and reduce fouling. Recent projects include developing eco-friendly additives and coatings to mitigate mineral fouling on heat exchanger surfaces. I have several patents related to heat transfer fluids and monitoring techniques. My work on graphene nanoplatelet nano-fluids aims to improve heat exchanger performance. I'm currently exploring novel materials like plasmonic nano-fluids for solar energy applications. My research has industrial relevance, particularly in energy and manufacturing sectors. I've received research grants to study topics ranging from nano-fluid synthesis to solar collector efficiency. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Chong Wen Tong My research focuses on innovative wind turbine designs and renewable energy systems. I've developed novel concepts like the Cross-Axis Wind Turbine and Eco-Greenergy hybrid wind-solar systems. My work aims to enhance wind energy harvesting in urban environments and for offshore applications. I've filed 12 intellectual property rights. Recent projects include a mobile solar-wind energy generation shelter and indoor botanical air biofiltration systems. I collaborate with international partners like National Cheng Kung University on wind turbine research. In 2019, I was selected as a Top Research Scientist Malaysia by the Academy of Sciences Malaysia. I'm currently exploring floating wind turbine designs for offshore energy harvesting. |
 | Dr. Hendrik Simon Cornelis Metselaar My research focuses on energy storage materials, particularly phase change materials (PCMs) for thermal energy storage. I've developed novel composites like palmitic acid/graphene oxide PCMs with enhanced thermal conductivity. I also work on advanced ceramics, investigating tribological properties of non-oxide ceramic composites. My work extends to bioceramics, studying calcium silicate-based biomaterials for hard tissue replacement. Recently, I've been involved in projects on improving solar thermal systems and optimizing low carbon cement using municipal solid waste residues. I'm also exploring the technology content of museum ceramics for dating and recreation. Looking ahead, I aim to further enhance the performance of PCM-based thermal batteries and develop ceramics with superior tribological properties. My research contributes to advancing sustainable energy technologies and high-performance materials. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dato' Ir. Dr. Mohd Hamdi Bin Abd Shukor My research focuses on advanced manufacturing processes, materials engineering, and biomedical applications. I have conducted extensive work on minimal cutting fluid application, powder metallurgy, and the development of bioceramics like hydroxyapatite for bone implants. My recent projects include investigating laser cladding of metallic glass coatings for orthopedic implants and developing spark plasma sintered bioglass-hydroxyapatite composites. I have several patents in areas such as CNC machine design, lubrication systems, and biomedical devices. My work often involves industry collaborations, as evidenced by consultancy projects with companies like Telekom Malaysia and Infineon Technologies. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Mohd Faizul Bin Mohd Sabri My research centers on thermoelectric materials and devices for energy harvesting applications. I'm currently investigating multiparametric modeling of Peltier cooler heat pumps and novel simultaneous thermoelectric properties characterization techniques. My work on lead-free solder alloys has resulted in patents for compliant and aging-resistant formulations. I'm also exploring ionic liquid-based thermoelectrochemical cells and skutterudite materials for high-temperature energy harvesting. Additional areas of focus include piezoelectric energy harvesting systems and carbon allotrope inclusion in polymer thin films. My research extends to micro-electro-mechanical systems (MEMS), particularly the development of high power density microactuators. In 2019, my contributions were recognized with the Lotfi Zadeh Memorial Award at the 8th International Conference on Computing, Communication and Sensor Network. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Farazila Binti Yusof My research focuses on advanced manufacturing processes, particularly joining technologies like laser welding, friction stir welding, and brazing. I explore applications in automotive, aerospace, and biomedical industries. Recently, I've been investigating wire arc additive manufacturing optimization and developing metallic glass coatings for biomedical implants. My work has resulted in several patents, including methods for vacuum brazing metallic implants. I was awarded a silver medal at ITEX 2017 for my innovations. Currently, I'm working on projects involving additive manufacturing of Fe-based metallic glass and low-power fiber laser welding of dissimilar aluminum to copper thin plates. In the future, I plan to continue advancing research in additive manufacturing and advanced materials processing to contribute to more efficient and sustainable manufacturing processes. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Nik Nazri Bin Nik Ghazali My research primarily focuses on the field of mechanical engineering, with a particular emphasis on fluid dynamics, heat transfer, and biomimetics. I am interested in investigating the complex interactions between fluids and structures, such as the two-way fluid-structure interaction of blood flow in patient-specific coronary arteries. By employing advanced numerical methods, I aim to gain a deeper understanding of these phenomena and their implications for various applications, including cardiovascular health. Another key area of my research is the optimization of heat transfer in microchannels. I have conducted numerical investigations on the enhancement of heat transfer in microchannels with conical-shaped reentrant cavities. These studies contribute to the development of more efficient cooling systems for electronic devices and other applications. Additionally, I am fascinated by the potential of biomimetics in engineering, and I have explored the aerodynamic performance of dragonfly-inspired tandem wing systems for biomimetic micro air vehicles. By drawing inspiration from nature, I strive to develop innovative solutions to complex engineering challenges. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Poo Balan Ganesan My research focuses on developing innovative aeration technology for aquaculture, creating efficient micro-nano bubble generators, and designing compact heat exchangers using open-type metal foam for enhanced thermal performance. Current projects include venturi nozzle systems for optimized water-air mixing, as well as urban aquaculture models that leverage effective aeration and Biofloc technology. Additionally, I am exploring sustainable solutions in fluid mechanics and heat transfer to improve aquaculture and urban farming efficiency. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Ramesh Singh My research focuses on advancing ceramics engineering, particularly in developing materials with enhanced performance and durability. Key projects include creating an aging-resistant zirconia suited for steam environments, producing nanostructured hydroxyapatite bioceramics from eggshells and bovine bones for orthopedic applications, and engineering an electrically conductive ceramic capable of carrying current at room temperature while maintaining mechanical strength. My work has led to industry-driven solutions and innovative materials, resulting in multiple patents and a strong track record of published research, with extensive funding supporting materials development, advanced manufacturing, and machining. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Tan Chou Yong My research focuses on sustainable materials and recycling, including the development of eco-friendly construction materials and recycling industrial residues. I also specialize in microwave technology applications for synthesizing and improving ceramics and nanomaterials. Additionally, I work on advanced ceramics for solid oxide fuel cells and high-performance electronics, with projects involving zirconia-based electrolytes and Ga2O3 for transistors. |
 | Ir. Dr. Wong Yew Hoong Our research focuses on the advancement of semiconductor technology, with particular emphasis on three critical areas: high-k gate dielectrics, high-temperature die attach materials, and gas sensing nanomaterials. In the realm of high-k gate dielectrics, we explore innovative methods to enhance the performance and reliability of semiconductor wafers. Our approach integrates advanced fabrication techniques and thorough characterization to push the boundaries of gate dielectric materials. For high-temperature die attach materials, our research delves into the development of robust and thermally stable materials that ensure the integrity and longevity of electronic components under extreme conditions. We employ a combination of experimental and computational methods to optimize material properties and performance. Additionally, our work on gas sensing nanomaterials aims to develop sensitive and selective sensors for environmental and industrial applications. Utilizing nanotechnology, we design and synthesize novel materials with tailored properties to achieve superior sensing capabilities. Our interdisciplinary research integrates material science, nanotechnology, and semiconductor engineering, aiming to address the current and future challenges in electronic materials and devices. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Yap Hwa Jen My research focuses on integrating cutting-edge technologies like Extended Reality (Virtual, Augmented, and Mixed Reality), Virtual Manufacturing, and Artificial Intelligence to revolutionize product design, robotics, and automation, particularly within the Aerospace Manufacturing industry. Key projects explore innovations in Industrial Revolution 4.0 (IR4.0), leveraging collaborative robotics (Cobots) and AI-driven manufacturing processes to advance industrial automation and improve production efficiency. Additionally, I am deeply engaged in sports engineering and consultancy, translating research into practical applications to enhance industry practices and drive technological advancements in engineering. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Yau Yat Huang My research focuses on advancing thermal sciences and mechanical engineering applications, particularly in the areas of indoor air quality, refrigeration, and energy-efficient building systems. Key initiatives include leading research at the UM-Daikin and UM-JAF Laboratories, where we explore innovations in air filtration and HVAC technologies. My work spans numerous publications in high-impact journals and aims to address critical challenges in sustainable thermal management, efficient energy use, and improved indoor environments. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Ahmad Saifizul Bin Abdullah I specialize in intelligent transportation systems, control engineering, and instrumentation. My recent research focuses on developing weigh-in-motion systems for vehicle monitoring and enforcement. I have worked on projects involving rollover warning systems for heavy vehicles and valve condition monitoring for industrial compressors. I hold patents related to traffic monitoring and vehicle data collection. I received the Lotfi A Zadeh Memorial Award in 2023 for my work in energy systems and automation. I collaborate with industry partners like Quatriz Systems on implementing weigh-in-motion technology. My current projects include characterizing non-linear variable inerters for vehicle suspension systems and developing flexible piezoelectric sensors. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Amalina Binti Muhammad Afifi My research focuses on polymer science and engineering, with particular emphasis on fiber processing, nanofiber development for biomedical applications, and composite materials. I have extensively studied electrospinning techniques for various polymers, including polylactide, chitosan, and polyvinyl alcohol blends. My work has explored the effects of processing parameters on nano?ber structure and properties. I've also conducted research on nanofuids, investigating their thermal and rheological properties for potential heat transfer applications. Additionally, I've worked on polymer blends, examining their morphology and characteristics. My publications reflect collaborations on diverse topics, including intumescent fire-retardant coatings, calcium carbonate-filled composites, and the use of ionic liquids in polymer electrolytes. Past research projects have involved studies on natural gas engines and energy efficiency standards for household appliances. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Mohd Ridha bin Muhammad [Project Friction Stir Welding] 1. The challenges in joining dissimilar metal materials particularly due to their immiscibility and having different melting temperature. The project involves varying of joining parameters to see the effects of heat input, addition of metal additives to observe the formation of strengthening intermetallic compounds or mechanisms that associated with mechanical interlocking and chemical bonding, and studying of the joining mechanisms at microstructure level by means of TEM, XRD, EBSD and various related analysis. [Project Mineral Carbonation] 2. Locking up carbon in calsium/magnesium-rich elements such as basalts study, it also involves optimizing parameters to convert carbon dioxide into carbonates, addressing climate change by reducing atmospheric CO2 level. This innovative approach aims to enhance carbon sequestration efficiency, offering a sustainable solution for mitigating greenhouse gas emissions and promoting environmental stability. Analysis in this project associated with measurement of CO2 amount post processing involving TGA, MicroCT and elements investigation at nano level. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Mohd Sayuti Bin Ab Karim My research centers on advanced manufacturing processes, focusing on machining, lubrication systems, and additive manufacturing. I'm currently investigating selective laser melting of AlSi10Mg-316L multi-materials, aiming to optimize process parameters using machine learning. Another key project involves enhancing the fatigue life of aluminum and titanium alloys fabricated through additive manufacturing. I'm also working on the development of an automated methadone dispenser for drug addiction therapy and a cloud-connected alcohol detection device for community applications. My work extends to improving transtibial prosthetic socket interfaces and exploring bone structure reconstruction based on 3D printing. These projects combine innovations in manufacturing technologies with applications in healthcare and community safety. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Judha Purbalaksono [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Mohd Nashrul Bin Mohd Zubir My research centers on enhancing heat transfer and energy efficiency. Current projects include developing a hybrid evaporative-radiative cooling system for PV modules and investigating graphene nanoplatelet/graphene oxide hybrid nanofluids for solar thermal collectors. I'm also researching fouling mitigation in heat exchangers using eco-friendly additives and conductive coatings, aiming to improve industrial processes. Another focus is the development of remote laboratory technology for distance learning in engineering education. My work has resulted in several patents, including a bio-based method for synthesizing heat transfer fluid additives. I'm also exploring passive radiative cooling using multi-layered nanostructured metamaterials for advanced heat management applications. My research bridges fundamental studies with practical solutions for energy and thermal management challenges. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Nurin Wahidah Binti Mohd Zulkifli My research focuses on combustion and fuel engineering, with a particular emphasis on tribology. My expertise lies in developing and evaluating bio-based lubricants and biofuels, aiming to enhance engine performance while reducing environmental impact. Over the years, I have conducted extensive studies on the tribological characteristics of various bio-based lubricants, nanoparticle additives, and their effects on engine performance and emissions. My work also extends to the optimization of biodiesel blends and the development of sustainable alternatives to conventional petroleum-based fuels and lubricants. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Ong Zhi Chao My research focuses on advanced vibration diagnostics, rotor dynamics, and signal processing, with specific expertise in developing novel vibration testing techniques such as Impact-Synchronous Modal Analysis (ISMA). My work addresses practical challenges in machinery diagnostics and has been widely applied in on-shore and off-shore petrochemical and oil and gas industries. Additionally, I contribute to advancements in energy harvesting, artificial intelligence, and computational mechanics, and I actively collaborate with local industries, providing diagnostic consultancy and technical training for engineers in machinery vibration. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Rahizar Bin Ramli My research focuses on optimizing vehicle dynamics, condition monitoring, and noise and vibration analysis in automotive and industrial applications. Key areas include the development of advanced monitoring systems for internal combustion engines using vibration and tribology methods, durability assessment of suspension systems via Finite Element Fatigue Analysis, and the design of controllable suspension systems to enhance ride and handling. I have also contributed to understanding fluid-structure interactions in piping systems, particularly in noise and vibration caused by water hammer, and have innovated dynamically tuned vibration absorbers and vibroacoustic solutions for automotive components. My projects span from national grants to industrial collaborations, focusing on practical solutions in vehicle dynamics, traffic monitoring, and condition monitoring in reciprocating compressors and valve systems. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Raja Ariffin Bin Raja Ghazilla My research focuses on advancing sustainable manufacturing, ergonomic assessment, robotics, and environmental technologies. Key projects include strategies for circularity in end-of-life vehicle ecosystems and ergonomic risk monitoring for musculoskeletal disorders among aging workers. I have also led initiatives to integrate eco-manufacturing processes, optimize material use, and reduce environmental impact in design and production. In robotics, I have contributed to hybrid control systems for industrial robots, robotic drilling, and autonomous mobile recognition systems, as well as hardware-in-the-loop simulations for rotorcraft. Other notable projects involve the development of exoskeleton robotics for limb support, photovoltaic integration, and high-efficiency turbine blade designs for renewable energy devices. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Roslina Binti Ahmad My research focuses on energy storage materials, particularly phase change materials (PCMs) for thermal energy storage. I've developed novel composites like palmitic acid/graphene oxide PCMs with enhanced thermal conductivity. I also work on advanced ceramics, investigating tribological properties of non-oxide ceramic composites. My work extends to bioceramics, studying calcium silicate-based biomaterials for hard tissue replacement. Recently, I've been involved in projects on improving solar thermal systems and optimizing low carbon cement using municipal solid waste residues. I'm also exploring the technology content of museum ceramics for dating and recreation. Looking ahead, I aim to further enhance the performance of PCM-based thermal batteries and develop ceramics with superior tribological properties. My research contributes to advancing sustainable energy technologies and high-performance materials. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Salwa Hanim Binti Abdul Rashid My research is centered on sustainable manufacturing, circular economy strategies, and material efficiency within industrial design and production. I focus on enabling and managing sustainable practices in manufacturing to optimize material use and reduce environmental impacts. Key projects include developing integrated frameworks and tools to improve material efficiency in Malaysian industries and enhancing supply chain sustainability in automotive sectors. Internationally, I explore eco-design, incorporating cultural aspects into sustainable product development, and lean manufacturing in Vietnam. Additionally, I have led studies on ergonomics, specifically in creating accessible workstations for the elderly and disabled, and on integrating ergonomics and eco-design into product optimization. [ONLINE CV] [PUBLONS-Web of Science] [SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Shaifulazuar Bin Rozali My research focuses on advanced materials engineering, particularly in the development and application of sustainable and high-performance materials. Key areas of interest include superplasticity and diffusion bonding, solar absorber materials (nano-texturing and composites), thermoelectric materials for energy harvesting, and graphene applications. A significant part of my work also centers on waste conversion technologies, such as transforming plastic waste into fuel through pyrolysis, and corrosion fatigue studies, especially in the context of material durability and crack growth. Some notable projects include innovative methods for synthesizing thermoelectric materials, graphene formation from vegetable oils, nano-texturing of solar absorber surfaces, and using biopolymers for energy applications. Additionally, my projects often address environmental challenges, including sustainable river waste management, plastic waste remediation, and the development of smart systems for industrial monitoring. These efforts contribute to the broader field of sustainable engineering and material efficiency, aiming to optimize resource use while advancing energy-efficient and eco-friendly technologies. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Azuddin Bin Mamat My research centers on advanced manufacturing technologies, with a focus on machining, plastic molding, and CAD/CAM/CAE applications. I'm currently investigating sustainable micro electrical discharge machining using vegetable-based dielectric fluids and optimizing drilling and assembly processes in aerospace manufacturing. My work extends to energy-efficient manufacturing process selection and the development of portable modular electrical discharge machining machines. I've secured several patents, including methods for object manipulation and weighing, and innovations in electrical discharge machining assemblies. My research has earned recognition, including gold medals at international technology expos. I'm collaborating with industry partners on projects like augmented reality-assisted robot programming and in-vehicle FFB weighing mechanisms, aiming to advance manufacturing technologies and processes. |
 | Ir. Dr. Chew Bee Teng My research focuses on nano materials, heat transfer, and air-conditioning and refrigeration systems, with an emphasis on thermal comfort and indoor air quality. I'm currently investigating the properties and heat transfer performance of aqueous graphene nanoplatelet/graphene oxide hybrid nanofluids for solar thermal collectors. My work also extends to studying climate change implications on air conditioning systems in Malaysian buildings and enhancing the thermal efficiency of novel nanofluids in solar collector systems. I've published extensively on adaptive thermal comfort models and the use of nanofluids for heat transfer enhancement. My recent projects include exploring two-phase flow in heat transfer devices employing passive enhancement techniques and investigating stratum cooling air distribution for thermal comfort in high-density assembly spaces. I aim to contribute to more energy-efficient and environmentally friendly thermal management solutions. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Edzrol Niza Bin Mohamad My research focuses on machine design and sustainable manufacturing, particularly designing innovative mechanisms in the automotive world. I'm currently working on two FRGS-funded projects: studying the adsorption of waste cooking oil on chitosan nonwoven nanomembranes in oily wastewater, and controlling corrosion rates in biodiesel-fueled engines through cyclic regeneration of weak bases within diesel engine oil. In 2018, I led a project with PROTON BERHAD to design and develop a modular approach for power window components. My work on multi-nozzle electrospinning has resulted in several publications exploring nozzle arrangements and their effects on jet paths and fiber formation. I aim to continue advancing sustainable manufacturing techniques and exploring applications of nanotechnology in filtration and waste management. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Goh Yingxin My research focuses on electronic materials, particularly solder interconnections, and their electrochemical properties. Key interests include enhancing the performance of low-temperature lead-free solder alloys through advanced electrodeposition techniques. I also investigate the effects of various additives on these processes and the resulting mechanical properties of solder joints. In the realm of sustainable construction, I develop and characterize eco-friendly materials such as pervious concrete with recycled aggregates and bamboo. My work aims to advance sustainable engineering practices and innovative material solutions for both environmental and industrial applications. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Iswadi Bin Jauhari My research focuses on materials engineering, with particular emphasis on superplasticity and its applications. I have extensively studied surface modification techniques for metals, including boronizing and carburizing of duplex stainless steel and titanium alloys. My work has explored the kinetics and mechanical properties of these processes, aiming to enhance material performance for various applications. I have also investigated the development of biomedical materials, such as hydroxyapatite coatings on titanium alloys for implants. My research has contributed to advancing our understanding of superplastic deformation and its potential for creating improved materials for industrial and medical use. I have collaborated on projects related to shrimp farming, exploring innovative approaches to aquaculture systems. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Khoo Shin Yee My research focuses on vibration and structural dynamics, with particular emphasis on force identification, instrumentation, and signal processing. I've been exploring piezoelectric energy harvesting and neural network applications in these areas. Recently, I've been investigating compressive amplifier structures for piezoelectric harvesters and developing automated impact devices for modal analysis. My work aims to enhance energy harvesting performance and improve structural testing methods. I'm also studying damage detection in plate-like structures using machine learning approaches. As principal investigator, I'm currently leading a project on compressive-typed amplifier structures for piezoelectric energy harvesting, funded by the Fundamental Research Grant Scheme. My research contributes to advancing our understanding of structural dynamics and developing more efficient energy harvesting technologies. |
 | Dr. Mahendra Varman Munusamy My research centers on enhancing biofuel performance and reducing emissions in diesel engines. I've investigated various biodiesel blends, including those derived from palm, coconut, and Jatropha oils, examining their effects on engine performance and emissions. My work extends to studying tribological aspects, particularly the impact of nanoparticles as lubricating oil additives. I've explored the use of TiO2/SiO2 nanocomposites in biobased lubricants and the addition of CuO and MoS2 nanoparticles to chemically modified palm oil to improve anti-wear and extreme pressure properties. Recently, I've focused on thermal barrier coatings, such as YSZ and Al2O3·SiO2, evaluating their impact on engine responses when using conventional diesel and palm oil biodiesel. My research also encompasses the potential of alternative plant sources like Brucea javanica and Hibiscus sabdariffa for biodiesel production. |
 | Dr. Md Shahabuddin Ahmmad My research focuses on renewable energy, particularly hydrogen energy, solar energy, wind energy, and biofuels, alongside advancements in gasification and catalysis involving biomass, coal, and waste. I specialize in process modeling using tools like Aspen Plus and HYSYS, computational fluid dynamics (CFD) for multiphase flow, and technoeconomic modeling, including cash flow analysis. Additionally, my work includes lifecycle modeling and environmental impact assessments, with a strong emphasis on green steel production methods, such as hydrogen steelmaking and electric arc furnace (EAF) techniques. I am committed to advancing sustainable energy solutions through innovative research and collaboration. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Meor Mohd Faisal Meor Zulkifli My research focuses on artificial intelligence applications in industrial settings, biogas, and optical and laser-based diagnostic techniques for thermofluids problems. I've been collaborating extensively with Tenaga Nasional Berhad on various projects, including developing a laser-based sensing system for 2-D temperature profiling in coal-fired furnaces, an intelligent gas turbine combustion monitoring system, and enhancing gas supply quality specifications for gas turbine power plants. My work also involves coal quality assessment and trial burns for TNB Janamanjung. In the field of combustion, I've contributed to studies on oxy-fuel flames and coal-fired boilers. I'm particularly interested in applying machine learning and AI to industrial applications, aiming to improve efficiency and performance in power generation systems. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Mohammed Abdo Hashem Ali My research centers on telerobotics, autonomous systems, and control engineering. I'm currently developing an autonomous vehicle for road marks painting and formulating a new fuzzy membership approach for noise resilience in active force control. My work has led to patents, including a laser simulator for path planning and an autonomous road marks painting system. Recent projects involve railway track inspection using autonomous vehicles and thermal management in fuel cells. I'm also exploring novel algorithms like the laser simulator logic for mobile robot path planning. Ongoing postgraduate projects under my supervision include research on path planning and trajectory tracking of mobile robots in complex conditions, and advancing road safety through intelligent road surface classification using inertial sensors and machine learning. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] |
 | Dr. Mohd Nur Ashraf Bin Mohd Yusoff [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Mohd Zamri Bin Zainon My research centers on power plant engineering, boiling heat transfer, and two-phase flow. I've conducted studies on fluid structures and dynamics in two-phase flow under vibration, and investigated control system reliability in high-energy gas-liquid two-phase flow. Recent projects include exploring heat transfer and airflow behavior on nano-textured surfaces for spectrally selective solar absorbers, and analyzing steam turbine performance under varying inlet temperatures. My work also extends to computational fluid dynamics modeling of human upper airways in sleep apnea patients. I've collaborated with industry partners like TNB Research Sdn Bhd on thermal power plant cooling systems and the Malaysian Nuclear Agency on reactor core analyses. Additionally, I've supervised research on nuclear forensics, drying techniques for palm oil biomass wastes, and heat transfer enhancement in microchannels with conical-shaped reentrant cavities. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Muhammad Khairi Faiz Bin Ahmad Hairuddin My research work focuses on advancing the field of materials science and engineering, with a particular emphasis on electronic packaging materials, nano-materials, casting and solidification technologies, and metal fatigue. I am dedicated to developing innovative solutions in power electronics packaging, soldering technologies for electronic materials, nanomaterials metal sintering, solidification technology, casting of alloys like Sn and aluminum alloys, and understanding the low-cycle fatigue behavior of metals. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Nazatul Liana Binti Sukiman My research interests span multiple areas, including thermal resistance and heat transfer enhancement, sustainability and biofuels, materials science and tribology, wind turbines and renewable energy, and biomedical applications and biomaterials. For instance, I have conducted extensive research on the thermal resistance of open-cell metal foams with thermal interface materials (TIM) and computational studies on heat transfer enhancement using porous foams with phase change materials. Additionally, my work includes a review on the sustainability of palm biodiesel in transportation, covering biofuel standards, policies, and international collaborations between Malaysia and Colombia. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Nor Ishida Binti Zainal Abidin My research interests are diverse and include thermal resistance, heat transfer enhancement, and the development of novel materials. For instance, I have conducted extensive research on the synthesis of covalently functionalized graphene nanoplatelet nano-coolants, aiming to improve their thermo-physical properties and heat transfer efficiency. This work involves a facile, bio-based approach to synthesizing these nano-coolants, which has shown promising results in enhancing thermal performance in various applications. My contributions also extend to the exploration of new materials and their applications. I have been involved in collaborative research projects and have secured grants to support my work. These collaborations have enabled me to explore new frontiers and drive innovation in sustainability and energy efficiency. My recent publications reflect my focus on developing advanced materials and systems that can improve thermal management and energy efficiency. By continuing to push the boundaries of research in mechanical engineering and materials science, I aim to make a positive impact on various industries and contribute to the development of more efficient and sustainable technologies. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Nursyahirah Binti Mohd Shatar Dr. Nursyahirah Mohd Shatar is a renewable energy researcher specializing in solar thermal desalination, thermoelectric cooling, and hybrid solar systems. With a PhD in Mechanical Engineering from Universiti Malaya and international research experience, her work focuses on sustainable water and energy technologies that align with the UN Sustainable Development Goals. She has authored multiple Q1 journal publications showcasing innovations in surface wettability, filmwise condensation, and hybrid energy systems for freshwater production. Dr. Nursyahirah has experience in interdisciplinary projects across academia and international research institutions, with a strong track record in experimental design, energy system modeling, and postgraduate supervision. Her career goal is to advance scalable, low-carbon technologies that improve water access and agricultural resilience in resource-constrained settings. She currently serves as a Senior Lecturer at Universiti Malaya and is a certified HRDCorp trainer. [ONLINE CV] [PUBLON-Web of Science] [SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Sabariah Binti Julai @ Julaihi My research focuses on mechanical control systems, including optimization techniques using algorithms such as Ant Colony, Particle Swarm, Artificial Bee Colony, and Genetic Algorithms. I specialize in control engineering and vibration analysis. My projects include developing assistive mobility aids for the visually impaired, active control of wind turbine vibrations using nature-inspired algorithms, and designing energy-efficient microbubble aeration systems for shrimp aquaculture under various constraints. Through these endeavors, I aim to enhance system efficiency and innovation in engineering solutions. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Siow Pei Yi My research focuses on developing hybrid modal-machine learning damage diagnosis schemes, including digital twin frameworks for structures. My interests encompass structural health monitoring, machine learning, vibration, modal analysis, virtual instrumentation, computational mechanics, and signal processing. Additionally, I have actively contributed to industrial projects on structural and machinery vibration in semiconductor facilities and onshore oil, gas, and petrochemical processing plants in Malaysia. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Siti Nurmaya Binti Musa My research focuses on operations research, production engineering, and logistics, emphasizing productivity and quality improvement, material handling, production economics, and system dynamics. I have contributed to consultancy projects such as developing data-centric aero-manufacturing supply chains (AMIC), implementing digital transformation systems (TOP GLOVE SDN. BHD.), providing Failure Mode and Effects Analysis (FMEA) training (Panasonic), and collaborating on 3D shopfloor virtualization for factory layout optimization (Aerospace Malaysia Innovation Centre). [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ts. Dr. Soong Ming Foong My research focuses on vehicle and suspension dynamics, specializing in intelligent vehicle suspension systems such as inerters and semi-active suspensions. I am particularly interested in vehicle ride modeling, passenger comfort, and human factors in vehicle dynamics. My work includes exploring advanced suspension technologies to improve vehicle ride and handling. Additionally, I supervise postgraduate research projects on topics such as variable inerter systems, vibroacoustics of traditional musical instruments, and piezoelectric harvester designs for high-force environments. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Suriani Binti Ibrahim My research focuses on the development of advanced electronic materials, including biosensors, polymer electrolytes, protein engineering, and nanomaterials, with applications in biotechnology and environmental monitoring. I have worked on various projects, such as designing electrochemical sensors, developing biopolymer macrocapsules for bacteriophage delivery, and creating graphene-metal oxide nanocomposites for detecting formalin adulteration. Additionally, I am involved in innovative solutions for energy storage, cancer investigation using copper oxide nanoparticles, and IoT-based water monitoring systems. My work aims to address pressing challenges in environmental sustainability, healthcare, and energy efficiency through material innovation and cutting-edge technologies. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Tan Chin Joo My research interests include stamping of lightweight parts, finite element modeling of metal forming processes, green forming processes, tube forming processes, nano lubrications, IOT for metal forming processes and study of coil break formation during cold rolling. Recent activity covers precise modeling of coil break formation during cold rolling and increase in resistant to delay cracking during H2 charging of SUS304 cylindrical drawn cups. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Tuan Zaharinie Binti Tuan Zahari My research focuses on advanced joining technologies, particularly brazing processes for similar or dissimilar materials and porous metal joining. I also specialize in metal and alloy heat treatment and explore related areas such as heat transfer, energy, and material recycling. My work includes the development of innovative solutions for heat exchanger applications and enhanced heat management through passive radiative cooling using multi-layered nanostructured metamaterials. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Mahmoud Zakaria Alsayed Abdalfattah Ibrahim My research focuses on surface engineering, particularly laser cladding of iron-based metallic glass coatings for biomedical applications. I investigate the development of amorphous-crystalline structures to enhance the wear resistance and biocompatibility of orthopedic implants. Recently, I've been exploring the effects of friction stir processing on magnesium alloys for biomedical use. My work also extends to studying antifogging strategies and inorganic coating techniques. I'm currently leading projects on evaluating Fe-based bulk metallic glass for dental implants, examining its shock absorption, tribocorrosion behavior, and thermocycling durability. Additionally, I'm involved in developing new additive manufacturing techniques for metallic glass using binder jetting and microwave sintering. My research aims to advance materials science in the biomedical field, particularly for implant applications. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Dr. Zhou Ding Dr. Zhou Ding specializes in Electronic Packaging, Electronic Materials, Renewable Energy, and Failure Analysis. His research focuses on advanced materials engineering, particularly in the areas of thermal stress analysis, creep strain under cyclic loading, and electronic packaging performance. He has contributed to innovative studies such as hybrid quad flat packages, automotive material selection using advanced methods, and the development of sustainable electronic materials. His expertise also extends to stress intensity factors in prismatic bars and predictive modeling for crude oil patterns. With academic qualifications from Wuyi University and Universiti Malaya (UM), Dr. Zhou Ding has established himself as a leading researcher in the fields of materials and mechanical engineering. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Mr. Aznijar Bin Ahmad Yazid My research spans computer-aided design, manufacturing, and engineering applications, with a focus on advanced machining processes. I've investigated cutting parameters and cryogenic cooling techniques in high-speed multi-cutter end milling of mold and die steels. Recently, my work has expanded into sustainable manufacturing practices, exploring the use of vegetable-based lubricants and minimum quantity lubrication in machining processes, particularly for materials like Inconel 718. I've also contributed to studies on end-of-life vehicle recovery in Malaysia, examining stakeholder views and developing recovery models using system dynamics. In the aerospace domain, my earlier work included aerodynamic analyses and aircraft design, including investigations into unconventional aircraft arrangements and solar vehicle aerodynamics. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Mr. Norhafizan Bin Ahmad My research contributions includes the exploration of new materials and technologies. In 2019, I conducted research on vegetable oil-based lubrication in machining, highlighting the issues and challenges associated with this approach. Additionally, my work on designing and controlling a wearable lower-body exoskeleton for squatting and walking assistance in manual handling works showcases my interest in ergonomics and sport engineering. Furthermore, I have investigated the structural strength between fiberglass and jute fiber in the Acehnese Traditional Boat Jalo Kayoh using finite element method, contributing to the field of materials science. These projects reflect my focus on developing practical solutions that can improve educational accessibility and sustainability in engineering education. [ONLINE CV] [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
 | Ir. Dr. Nukman Bin Yusoff Professor Ir. Dr. Nukman bin Yusoff is a pioneering figure in the field of Computer Aided Design / Computer Aided Manufacturing (CAD/CAM) in Malaysia and is a registered Professional CAD/CAM Engineer with the Board of Engineers Malaysia. He earned his PhD in Laser Materials Processing from Loughborough University in 2009, following his MSc in Mechatronics from DeMontfort University and his undergraduate degree in CAD/CAM from the University of Central England in Birmingham. With extensive teaching experience at both undergraduate and graduate levels, Dr. Nukman has been actively involved in research in areas such as Green Manufacturing, Human Factors, and Manufacturing Automation. He has secured significant research grants and supervised numerous PhD and postgraduate students. His research contributions include improving the lifecycle of traditional Malaysian long boats, optimizing vegetable oils as lubricants in machining, and studying human factors in areas like driving behavior and manual lifting in Malaysian industries. Additionally, his work in laser materials processing with various types of lasers has resulted in over sixty ISI and Scopus-indexed publications and three widely referenced scientific books. Dr. Nukman’s contributions to the field of manufacturing and ergonomics continue to influence both academic and industrial sectors. [PUBLONS-Web of Science] [PUBLICATIONS-SCOPUS] [GOOGLESCHOLAR] |
Last Update: 02/12/2025