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Aamir Farooq

Professor, Mechanical Engineering

Director of TIE Program
Physical Science and Engineering Division
Technical Platform Membership: Clean Energy Research Platform

“I am excited by the potential of our group’s research in laser-based sensors as well as renewable fuels to reduce thecarbon footprint and elevate Saudi Arabia's leadership in the energy domain.”

Program Affiliations

Biography

Professor Aamir Farooq joined the Mechanical Engineering Program in the PhysicalSciences and Engineering Division at KAUST in 2010, and served as chair of the programfrom 2017 to 2024. A recognized expert in chemical kinetics laser-based sensors, Dr. Farooqhas received numerous distinguished recognitions for his contributions to the field. He hasauthored more than 250 refereed journal articles and given invited talks at a numberof international conferences. Farooq is also the inaugural director of the TechnologyInnovation and Entrepreneurship (TIE) Program at KAUST. In this role, he is dedicated toeducating a new generation of entrepreneurs, innovation leaders and startup founders. Thefirst of its kind in Saudi Arabia and the Middle East, the TIE program offers an M.S. degreethat integrates technical expertise with an entrepreneurial mindset, and gives studentsopportunities to engage with both national and international partner entities. ​

Research Interests

Dr. Farooq’s research interests span energy sciences, propulsion, chemical kinetics, shockwaves, spectroscopy and laser-based sensors. He is the principal investigator of theFarooq Group for Advanced Sensing Technology and Energy Research (FASTER). Farooqis actively involved in the development of laser-based sensors for applications in energysystems, environmental monitoring and biomedical diagnostics. His lab specializes indeveloping and applying cutting-edge experimental techniques to investigate fundamentalprocesses in both traditional and renewable energy-conversion systems. This includesadvanced research on the chemistry of e-fuels, biofuels, low-carbon-fuels and zero-carbon-fuels using shock tubes, rapid compression machines, catalytic reactors and a range ofdiagnostic methods. ​

Keyword tag icon
combustion​ environmental monitoring​ energy systems​ chemical kinetics​ catalytic reactors​ renewable fuels​ optical science​ biomedical diagnostics​ circular carbon ​ technologies​ laser-based sensors​

Education Profile

Ph.D., Mechanical Engineering, StanfordUniversity, USA, 2010​

M.Sc., Mechanical Engineering, StanfordUniversity, USA, 2006​

B.Sc., Mechanical Engineering, GhulamIshaq Khan Institute (GIKI) ofEngineering Sciences and Technology,Pakistan, 2002​

Awards and Recognitions

Fellow, Optica, 2025​

Fellow, Combustion Institute, 2023​

Fellow, Royal Society of Chemistry, 2022​

Research Excellence Award, TheCombustion Institute, 2020​

Hiroshi Tsuji Early Career ResearchAward, Elsevier and The CombustionInstitute, 2019​

Distinguished Teaching Award, KAUST,2019​

Publications

Research Areas

  • Mechanical Engineering

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