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Read moreHIREF is dedicated to developing accurate turbulence and thermochemical models for diverse combustion applications. We build state-of-the-art experimental platforms for supersonic shock wave investigations.
We actively conduct fundamental and applied research in Combustion, Heat Transfer, Microscale Reacting Flow, Supersonic Combustion, and Flame-based Synthesis of Nanomaterials — bridging academic excellence with real-world energy challenges.
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SERF
Sustainable Energy and Reacting Flow Research Group
HIREF
High Speed Reacting Flow Laboratory
GTC
Gas Turbine Combustion Research Group
Multidisciplinary research at the intersection of energy, fluid mechanics, and materials science.
Fundamental and applied research in turbulent combustion, flame dynamics, and thermochemical modelling for clean energy applications.
Advanced heat transfer studies including convection, radiation, and coupled thermal-fluid interactions in engineering systems.
Miniaturised combustion systems and microfluidic reacting flows for next-generation energy and chemical processing technologies.
State-of-the-art experimental platforms for supersonic shock wave investigations and hypersonic propulsion research.
Synthesis of functional nanomaterials via flame processes, leveraging high-temperature reacting flows for material engineering.
Multidisciplinary thermofluid research encompassing gas turbine combustion, sustainable energy, and reacting flow modelling.
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Read moreWe partner with leading industries and academic institutions to translate fundamental research into real-world impact across the energy sector.
Interested in collaboration, postgraduate opportunities, or research partnerships? Reach out to our team.
Phone
Prof Dr Mazlan: +607 555 7036
Dr Mohd Fairus: +607 553 4574
Location
HiREF, Block E06, Faculty of Mechanical Engineering
Universiti Teknologi Malaysia
81310 Skudai, Johor