Dr. Medhat A. Nemitallah is an experienced Faculty and researcher with a demonstrated history of working in higher education and industry. He is experienced Faculty in terms of students’ advising and teaching wide range of undergraduate/graduate courses at different Universities with students’ evaluations above all standards. He acts as an Associate Editor, ASME Journal of Energy Resources Technology. He had a strong education and professionally graduated from Alexandria University - Egypt, Massachusetts Institute of Technology (MIT) - USA, and King Fahd University of Petroleum & Minerals (KFUPM) - KSA. He specializes mainly in experimental and numerical combustion, clean combustion technologies, hydrogen mobility, hydrogen production, and carbon capture techniques for the control of global warming. In this regard, he performed extensive research on the above topics with an incredible number of publications including three textbooks, over 20 issued patents, and over 150 journal/conference publications. He has been involved in research projects with the industrial sector in Saudi Arabia including Saudi Aramco and SABIC companies. He was assigned through an official committee created by the department chairman to develop a PhD program for the Aerospace Engineering Department at KFUPM. He had the chance to have international collaboration with international institutions including MIT, University of Rostock, Air products, US-DOE, NETL, Baker Hughes, Cranfield University, and Newcastle University.Areas of interest: Clean energy production, Hydrogen Production, Sorption-enhanced fuel reforming, Hydrogen Mobility in ICEs and Gas Turbines, Bio- syngas- and alternative-fuels, Circular carbon economy, Hydrogen engines, Aviation and sustainable fuels, Flight propulsion, CO2 capture, Direct air capture of CO2, Control of boilers based on artificial intelligence, Experimental and numerical combustion, Gas turbine combustion, Internal combustion engines (ICEs), jet and rocket engines, Combustion in boilers and furnaces, Turbulent reacting flows, Compressible flow, Gas dynamics, Renewable energy, Water splitting, Computational fluid dynamics (CFD), Device Control, gas separation techniques, membrane reactors, Heat exchangers, Multiphase flows.