Prof. Dr. Habib GÜRBÜZ | Transportation – Professor at Suleyman Demirel University, Turkey
Prof. Dr. Habib Gürbüz is a distinguished academic in the field of Automotive Engineering, currently serving as a full professor at Süleyman Demirel University in Turkey. With a robust career spanning over two decades, he has made substantial contributions to sustainable vehicle technologies, internal combustion engine optimization, alternative fuels, and energy recovery systems. Recognized globally, he was listed among the world’s most influential scientists in 2024 by Stanford University. His dedication to both academia and industry-driven research makes him a prominent figure in automotive innovation and clean energy transitions.
Profile Verified:
Education:
Prof. Dr. Gürbüz’s academic foundation began with a bachelor’s degree in Automotive Teaching from Gazi University in 2002, followed by a master’s degree in Mechanical Education at Dumlupınar University in 2005. He completed his Ph.D. in Mechanical Engineering at Süleyman Demirel University in 2010, specializing in internal combustion engine systems and energy efficiency. This academic journey equipped him with the multidisciplinary expertise necessary to bridge theory and practical automotive engineering applications.
Experience:
With progressive academic roles starting from research assistantships at Dumlupınar and Süleyman Demirel Universities, Prof. Dr. Gürbüz advanced through the academic ranks, becoming Assistant Professor (2012–2018), Associate Professor (2018–2023), and attaining full professorship in 2023. His responsibilities extend beyond teaching, having held multiple administrative and leadership roles, such as Director of the Alternative Energy Vehicles Research Center and member of high-level academic commissions. He has taught an extensive range of undergraduate and graduate courses including Thermodynamics, Hybrid and Electric Vehicle Technologies, and Internal Combustion Engine Control Techniques, showcasing his pedagogical breadth and depth.
Research Interest:
Prof. Dr. Gürbüz’s research primarily focuses on automotive propulsion systems, with particular emphasis on internal combustion engine thermodynamics, exhaust waste heat recovery, hydrogen-enriched combustion, and hybrid/electric vehicle technologies. His work also covers vehicle emissions control, sustainable fuel alternatives, and thermal energy storage methods. By integrating experimental and simulation techniques, his studies aim to reduce environmental impacts while enhancing engine performance and energy efficiency.
Award:
The international acknowledgment of Prof. Dr. Gürbüz’s impact came in 2024 when Stanford University ranked him among the “World’s Most Influential Scientists,” recognizing his high citation metrics and prolific contributions to automotive engineering research. His consistent involvement in interdisciplinary innovation and collaborative projects further underscores his status as a leading scholar and technologist in his field.
Publications 📚:
Prof. Dr. Gürbüz has authored numerous impactful articles, with the following representing some of his notable contributions:
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🚗 “Investigation of hydrogen-assisted flame jet ignition in direct-injection gasoline engine: performance and emissions outcomes” (2022, Energy Conversion and Management, cited by 46)
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🔥 “Experimental analysis of phase change material-assisted exhaust heat recovery in internal combustion engines” (2021, Applied Thermal Engineering, cited by 52)
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♻️ “Waste heat recovery using thermoelectric generator in a spark-ignition engine: simulation and experimental study” (2020, Renewable Energy, cited by 60)
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💨 “Impact of advanced combustion strategies on diesel engine emissions under variable loads” (2020, Fuel, cited by 41)
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⚡ “Thermal energy storage systems for electric vehicle heating applications using exhaust waste heat” (2019, Journal of Cleaner Production, cited by 67)
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🧪 “Development of a theoretical model for shale-gas fueled spark-ignition engines” (2019, Fuel Processing Technology, cited by 39)
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🛠️ “Driving simulator development for safe driving conditions assessment in road vehicles” (2023, Transportation Research Part C, cited by 28)
Conclusion:
Prof. Dr. Habib Gürbüz stands at the forefront of sustainable automotive technologies, blending rigorous academic research with practical engineering innovation. Through years of dedicated teaching, leadership, and cutting-edge experimentation, he has significantly influenced the development of cleaner and more efficient transportation systems. His career reflects a balance of technical excellence, academic leadership, and global impact, making him a deserving candidate for high-level recognition in the field of automotive engineering and beyond.