Dr Tawfik Badawy
Faculties, deparments and locations
- Faculty of Engineering, Computing and the Environment
- Department of Mechanical Engineering
- School of Engineering and the Environment
- Roehampton Vale
Senior Lecturer in Automotive Engineering
- Email:
- [email protected]
- Phone number:
- +44 (0) 2084175006
About
Dr Tawfik Badawy is a senior lecturer in automotive engineering at ÂÌñ»»ÆÞ. With a strong background in internal combustion engines, sustainable energy technologies, and fuel cells, his expertise spans engine performance optimization, emissions reduction, and experimental thermofluid sciences.
Dr Badawy has over a decade of academic and research experience, having held positions at Loughborough University, Brunel University London, KAUST, and Cairo University. His research focuses on advancing renewable energy solutions, developing innovative combustion techniques, and applying laser diagnostics in thermofluid systems.
In addition to his research contributions, he plays a key role in teaching and curriculum development. He leads modules such as Automotive Design, Automotive Powertrain, and Fuel Cells, while also supervising final-year and postgraduate research projects. His commitment to higher education excellence is demonstrated by his Associate Fellowship of the Higher Education Academy (AFHEA).
Dr Badawy has an extensive publication record with over 30 journal papers in leading scientific journals, contributing to cutting-edge advancements in automotive engineering and sustainable energy technologies. His work aligns with global efforts toward decarbonisation and net-zero emissions, fostering collaborations with academia and industry.
Qualifications
- PhD in Mechanical Engineering – University of Birmingham, UK (July 2018)
- MSc in Mechanical Power Engineering – Cairo University, Egypt (April 2011)
- BSc in Mechanical Engineering – Cairo University, Egypt (June 2008)
- Associate Fellow of the Higher Education Academy (AFHEA) – UK (January 2019)
Domains
I have a strong interest in advanced automotive systems and future vehicle designs, focusing on powertrain technologies, fuel cells, and low-carbon combustion. My work integrates thermodynamics, fluid mechanics, and heat transfer to optimise performance and reduce emissions, reflecting the importance of real-world impact in automotive engineering.
Subjects taught
- Automotive design
- Automotive powertrain
- Fuel cells
- Fundamentals of internal combustion engines
- Thermodynamics
- Fluid mechanics
- Heat transfer
My research centres on automotive engineering, with a particular focus on innovative powertrain technologies, low-carbon fuels, and laser-based diagnostics for internal combustion systems. I am especially interested in understanding and improving fuel–air mixing, spray characteristics, and combustion processes to reduce emissions and enhance engine efficiency. This includes exploring e-synthetic fuels and advanced fuels such as hydrogen, methanol, and ethanol to support global goals toward sustainable mobility.
I actively collaborate with industry partners and academic teams, supervising research projects that develop novel methods to address environmental challenges in the transportation sector. My aim is to offer future-ready solutions that balance performance, cost, and sustainability in both road and off-road vehicle applications. By integrating fundamental science with applied engineering, my work contributes to the evolution of clean, efficient, and robust automotive systems.
I actively engage with leading automotive and energy companies, fostering research cooperation with organisations such as Aramco (Saudi Arabia), Hyundai Motor Company, Shell UK, and Jaguar Land Rover. Through these collaborations, I help drive innovation in powertrain solutions, low-carbon fuels, and advanced diagnostics, ensuring that academic expertise and research outcomes can be translated into practical, real-world applications. By working closely with both industry and international research institutions, I also create opportunities for cross-cultural collaboration, student exchange, and professional development in sustainable automotive engineering.
I provide leadership in the design and delivery of advanced modules across automotive engineering, coordinating teaching teams and aligning departmental strategy with cutting-edge research. In my role as a module leader, I oversee curriculum development, mentor new staff, and ensure the continuous enhancement of student learning experiences. I also manage research projects at both undergraduate and postgraduate levels, fostering collaboration among academics, industry partners, and international institutions. Through these efforts, I aim to create a supportive environment that drives innovation, professional growth, and the overall success of our automotive engineering programs.