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Senior Member of Scientific Staff, Brandenburg Technical University, Cottbus-Seftenberg, Germany
Research Interests: Fuels and combustion
Professor, University of Science and Technology of China, China
Research Interests: Fuels and combustion, Laser diagnostics
Professor (Associate), Sultan Qaboos University, Oman
Research Interests: Fuels and combustion
Professor, Université Mohammed VI Polytechnique, Morroco
Research Interests: Sensors, Fuels and combustion
Post Doctoral Associate, University of Minnesota, USA
Research Interests: Laser diagnostics
Postdoctoral Fellow
Research Interests: Combustion and Atmospheric Chemistry, Laser diagnostics, Theoretical Calculations, Clean Energy
AI for Science, Innovation & Discovery Team Lead, Saudi Aramco, Saudi Arabia
Research Interests: Catalysis, Fuels and combustion
Assistant Professor, Khalifa University, UAE
Research Interests: Laser diagnostics, Chemical Kinetics
Assistant Professor, Chemical Engineering, King Fahad University of Petroleum and Minerals, Saudi Arabia
Research Interests: Sensors, Fuels and combustion
Research Scientist, Dublin City University, Dublin, Ireland
Research Interests: Laser diagnostics, mmW and RoF generation, Dual Comb Spectroscopy
Research And Development Scientist, ABB , USA
Research Interests: Fuels and combustion
Assistant Professor, Mechanical Engineering, King Fahad University of Petroleum and Minerals, Saudi Arabia
Research Interests: Laser Sensors, Spectroscopy, Heterogeneous Catalysts
Assistant Professor, Mechanical Engineering, King Fahad University of Petroleum and Minerals, Saudi Arabia
Research Interests: Fuels and combustion, Sensors
Researcher, Mechanical Engineering, King Fahad University of Petroleum and Minerals, Saudi Arabia
Research Interests: Sensors, Spectroscopic and Microscopic imaging system
Post Doctoral Fellow, King Abdullah University of Science & Technology
Research Interests: Fuels and combustion
Optical Scientist, MetroLaser, USA
Research Interests: Fuels and combustion, Environment modeling
Ibn Rushd Fellow (Post-Doctoral Researcher), MIT, USA
Research Interests: Chemical Kinetics
Post Doctoral Fellow, ReSET group, KAUST, Saudi Arabia
Research Interests: Sensors, Fuels and combustion
Post Doctoral Fellow, CPC group, King Abdullah University of Science & Technology
Research Interests: Pre-chamber Combustion, Chemical Kinetics, Future Fuels
Assistant Professor, Prince Sattam bin Abdulaziz University
Research Interests: Chemical Kinetics, Laser diagnostics
Research Associate, National Research Council, Canada
Research Interests: Laser diagnostics, Absorption Spectroscopy, Combustion Kinetics
Post Doctoral Research Scholar, Stanford University, USA
Research Interests: Fuels and combustion, Materials modeling
Research Interests: Machine Learning, Laser Sensing, Laser diagnostics, Laser Absorption Spectroscopy
Professor (Associate), National University of Sciences and Technology, Pakistan
Research Interests: Fuels and combustion, Sensors
eFuels Project Lead, Saudi Aramco, Saudi Arabia
Research Interests: Fuels and combustion, Sensors
PhD candidate at University of Groningen, Netherlands
Research Interests: Clean Fuels, Chemical Kinetics, Catalysis
Phd Student, KAUST, Saudi Arabia
Research Interests: Clean Combustion, Combustion Diagnostics, Laser diagnostics, Laser Sensing, Laser Spectroscopy, Personalized Medicine, High Performance Engines
Director of Development, Energy Storage Systems, Novis Renewables, USA
Research Interests: Environment modeling
Assistant Professor, Royal Commission Yanbu Colleges and Institutes (RCYCI), Yanbu
Research Interests: Fuels and combustion, Sensors
Project Engineer, Saudi Aramco, Saudi Arabia
Research Interests: Combustion, Chemical Kinetics, Fuel additives, Laser diagnostics, Machine Learning
PhD student, KAUST, Saudi Arabia
Research Interests: Chemical Kinetics, Shock tube Studies, Laser Absorption Spectroscopy, Theoretical Rate Calculations
PhD student, KAUST, KSA
Research Interests: Combustion, Chemical Kinetics, Ignition Delay Time, Future Fuels
2025
| Ayesha Izzati, University British Colombia UBC, Canada | H2S decomposition |
| Abdullah Alamoudi, University of Jeddah, Saudi Arabia | Cavity-enhanced Raman sensor for hydrogen leak detection. |
Emmanuel Busillo, | Methane pyrolysis and soot formation. |
Mohamed Farhat Benkaroui, | AI & Laser based sensor for medical diagnostics. |
| Mohammed Alnawar, University of California, Irvine, USA | Wavelength Modulation Spectroscopy |
| Lean Albeshri, The George Washington University, USA | ML-enhanced nonuniform temperature distribution reconstructions with single-beam laser absorption spectroscopy. |
| Omar Al Amer, Pennsylvania State University, USA | Investigating High-Speed flows using a Shock Tube. |
| Sirine Naguez, École Polytechnique de Tunisie, Tunisia | Spectral domain adaptation of Fuelprop package beyond ATR-FTIR. |
Xin Zhang, | Flame speed measurement and cavity-enhanced absorption spectroscopy in Shock Tube. |
| Zainab S. Alyousef, Rensselaer Polytechnic Institute, USA | Exploring hydrogen combustion and shockwave dynamics in miniature tubes. |
2024
Ahmed Habib, | Enhancing the capabilities of a novel diaphragmless Shock Tube. |
Danyaal Alam, | Sustainable Aviation Fuels. |
El Mehdi Kharkhache, | ML methodologies for jet fuels properties prediction. |
| Fakhrianda A L Zufar, Institut Teknologi Bandung, Indonesia | Hydrogen/ NOx chemistry. |
Farhath Syed, | Laser-based sensor design and development. |
| Guido Dessy, Sapienza University of Rome, Italy | Enhancing the capabilities of a miniature shock tube facility for aerodynamic investigations. |
| Haia Alzoubi, University of Prince Edward Island, Canada | SiC supported catalyst for methane catalytic |
| Norah Alsharif, University of Wisconsin-Madison, USA | Exploring the behavior of nanomaterial under shockwave exposure. |
| Sara Darwish, Al Faisal University, Saudi Arabia | Methanol to Gasoline (MtG) studies. |
| Sama Bukhamsin, SrSi Program, Saudi Arabia | Ultrasensitive Cavity Enhanced Laser-Based Benzene Sensor in the Long-Wave Mid-Infrared Region. |
| Serban Rotaru, La Sapienza University of Rome, Italy | Enhancing the capabilities of a miniature shock tube facility for aerodynamic investigations. |
| Yixin Xue, Northwestern Polytechnical University, China | The role of two unique Allylic C-H bonds in OH reactions. |
2023
Adolfo R Piminchumo Sausa, | Energy analysis in a miniature detonation tube. |
Ahmed M Orif , | UV assisted H2S decomposition for hydrogen production. |
Ernesto Gio Guanuna, | OMEs oxidation on Shock Tube. |
Halim Essebber, | Laser-based sensor for environmental monitoring. |
| Hoang B Tran Ngo, Ho Chi Minh City University of Technology, Vietnam | Experiments and simulations of undiluted hydrogen-oxygen mixtures. |
| Karim Chouchen, Ecole Polytechnique de Tunis, Tunisia | Design, construction and testing of a novel flow-based optical cell for high- temperature spectral measurements. |
| Mohanad Shamsan, Al Faisal University, Saudi Arabia | Miniature shock tube. |
| Mariah Alsinan, Purdue University, USA | Mid-IR laser sensor for multiple gas sensing. |
| Robbie Brewer, Utah Valley University, USA | Ultra-sensitive trace gas detection using EC-QCL spectroscopy. |
Samia Abrar, | Understanding the defective domain control in TiO2 support. |
| Younis Ltaief, WISER - TKS, Saudi Arabia | Laser-based sensor for environmental monitoring. |
2022
Ali H. Abualsaud, | Laser-based sensor for multi-species with deep neural networks. |
Bruno Serrano Trejo, | Classification and quantification of species in a blend using absorption spectra. |
Houssem Rekik, | Machine learning methods for spectroscopic analysis. |
James Harman-Thomas, | Experimental and modelling study of hydrogen ignition in CO2 bath gas. |
| Joury Aldhawyan, University of Minnesota , USA | Selective BTEX detection using laser absorption spectroscopy in the CH |
| Mohamad Aldawood, Purdue University, USA | Zero-carbon fuels: chemical kinetics and ignition. |
| Mosa Mutahhar, KFUPM, Saudia Arabia | Combustion technology for manufacturing processes. |
| Dao Zheng, Tsinghua University, China | Methane leak detection using machine learning. |
| Saif-Ul-Islam Javed, Leeds University, UK | Future fuels for advanced combustion engines. |
2021
| Ahmed Alsulami, KFUPM, Saudia Arabia | A mid-IR laser diagnostic for HCN detection. |
| Andrea Carena, Politecnico di Milano, Italy | Chemical kinetics of novel biofuels. |
2020
| Joseph S Conlon, University of Glasgow, UK | DFG laser spectrometer. |
| Mohamed Sy, Ecole Polytechnique de Tunis, Tunisia | Selective BTEX measurements using deep neural networks. |
| Mohammed A Dayili, Jazan University, Saudi Arabia | Aerosol studies on RCM. |
2019
| Abdullah S. Yildirim, WISER - TKS, Saudi Arabia | Ethers as alternative fuels. |
| Ana L. Slama De Freitas, Universidade Federal do Rio Grande do Norte, Brazil | Elementary kinetics of 2-MTHF (2-methyl-tetrahydrofuran) pyrolysis. |
| Ashkan Beigzadeh, University of Waterloo, Canada | Reaction kinetics for high pressure hydrogen oxy-combustion in the presence of high levels of H2O and CO2. |
| Faisal Alsayed, University of Illinois Urbana-Champaign, USA | Combustion laser-based sensor in RCM. |
| Giuseppe Pezzella, Politecnico di Milano, Italy | A shock tube and laser absorption study of the reaction of hydroxyl radical with glycidol. |
| Hadi Al Naji, Michigan State University, USA | Laser-based sensor for GHG monitoring. |
| Jiabiao Zou, Shanghai Jiao Tong University, China | Kinetic model of alkylcyclohexanes. |
| Khalid Alharthi, North Carolina State University, USA | DBE studies as future fuel. |
| Sarvarkhodzha Nematulloev, National University of Science and Technology, Russia | |
| Talib Mohiuddin, WISER - TKS, Saudi Arabia | Study of potential future fuels |
2018
| Ghanimah Abuhaimed, University of Colorado Boulder, USA | Nitrous oxide laser based sensor. |
| Halistya Zahra, University of Indonesia, Indonesia | Ignition delay correlation with RON/MON. |
| Khaiyom Hakimov, Bauman Moscow State Technical University, Russia | Ignition delay measurements of DBE (dibutyl ether). |
| Khuong Nguyen, Ho Chi Minh City University of Technology, Vietnam | OpenFoam CFD for RCM and ignition delays measurement of biofuels |
| Myriam Belmekki, ENSIACET, France | Symmetric Ethers as Bioderived Fuels: Reactivity with OH Radicals. |
2017
| Mohammed A. Almomtan, Iowa State University of Science and Technology, USA | |
| Ali Al Nemer, KFUPM, Saudi Arabia | Gasoline combustion ignition (GCI) fuel. |
| Mohammad Alzahrani, | DEE-EtOH blend measurements. |
2016
| Nesrine Toujani, Ecole Nationale des Ingenieurs de Tunis ENIT, Tunisia | Electron density measurement in shock tube using microwave interferometry. |
| Malik Abdul Wahhab, GIKIRST, Pakistan | Ignition delay times for straight run naphtha. |
2015
| Khalil Djebbi, Ecole Nationale Superieure des Ingenieurs de Tunis, Tunisia | Ignition delay measurements of light naphtha: A fully blended low octane fuel. |
| Kuanysh Khabibullin, Nazarbayev University, Kazakhstan | Measurements of absorption cross section of PAHs using FTIR. |
| Miguel Figueroa Labastida, Instituto Tecnológico y de Estudios Superiores de Monterrey (ITESM), Mexico | Ignition delay times measurement for methane. |
| Mohamed Beshir, Alexandria University, Egypt | Benzene diluted mix. soot measurements using low pressure shock tube and laser scattering. |
| Samira Lagaguena, ENSIC, France | Determination of site-specific reaction rates in combustion reactions. |
| Sarah Siblini, American University of Beirut, Lebanon | Detecting isoprene using direct laser spectroscopy. |
| Weiqi Ji, Tsinghua University, China | On the controlling mechanism of the upper turnover states in the NTC regime. |
2014
| Abdullah Al Ramadan, University College London UCL , UK | Shock tube measurement of ignition delay time. |
| Rafik Bouguecha, Ecole Polytechnique de Tunis, Tunisia | An experimental and modeling study of the chemical kinetics of 2-methyl-butanol. |
| Sohaib Aamir, Purdue University, USA | |
| Sayan Biswas, Purdue University, USA |
2013
| Fethi Khaled, Ecole Polytechnique de Tunis, Tunisia | Shock tube measurement of ignition delay time of Face gasoline fuels (Face A and Face C). |