The Mechanical Engineering (ME) Program provides students with a strong foundation in fundamental principles and state-of-the-art applications across diverse fields, including energy systems, robotics, fluids, and computational modeling. Our faculty membrs lead pioneering research at the forefront of mechanical engineering, driving innovation in sustainable technologies, fluid mechanics and intelligent systems.
Advancing conventional and renewable energy solutions, thermodynamics, and combustion technologies for a sustainable future.
Developing next-generation robotic systems, automation technologies, and dynamic control mechanisms for cutting-edge applications.
Utilizing numerical simulations and experimental methods to study material behavior, structural integrity, and fluid dynamics.
Through rigorous coursework and hands-on research, our program equips students with the expertise needed to excel in academia, industry, and leadership roles. We are committed to high-impact research that enhances our global reputation and contributes to the Kingdom’s Vision 2030 through technological advancements and industrial partnerships.
The Mechanical Engineering Program at KAUST is at the forefront of research and innovation, addressing global challenges in clean energy, robotics, material design, and sustainability. Through an interdisciplinary approach, world-class faculty, and access to state-of-the-art facilities, the program equips students with the expertise and experience to lead technological advancements and engineering breakthroughs.
The Mechanical Engineering Program at KAUST is at the forefront of technological innovation, addressing critical challenges in clean energy, fluid mechanics, robotics, and environmental sustainability. Our faculty members conduct pioneering research across a broad spectrum of mechanical engineering topics, integrating computational modeling, advanced materials, fluid dynamics, and control systems to develop transformative solutions for real-world applications.
Our program supports innovative research in key areas, including:
Engineering intelligent robotic systems, automation technologies, and dynamic control mechanisms to drive the future of smart manufacturing and mobility.
Developing next-generation materials and structural composites for enhanced engineering performance.
Advancing renewable energy conversion, combustion efficiency, and CO₂ capture to support clean energy solutions.
Investigating high-performance thermal management, aerodynamics, and plasma science to optimize energy and industrial applications.
By integrating expertise from mechanical engineering, materials science, energy systems, and artificial intelligence, our faculty and students collaborate to push the boundaries of technological innovation. Research efforts align with Saudi Arabia’s Vision 2030, focusing on clean energy, sustainability, and industrial advancement.
Our state-of-the-art laboratories and access to world-class research facilities provide students with unparalleled opportunities for hands-on experimentation, computational analysis, and industry collaboration.
The Mechanical Engineering Program is committed to training the next generation of engineers, researchers, and industry leaders. Graduates emerge with the knowledge and expertise to excel in academia, industry, and government research, leading impactful innovations that shape the future of engineering and technology.
The Mechanical Engineering (ME) program at KAUST is dedicated to advancing knowledge and technology in key areas that impact the Kingdom and the world. The program integrates fundamental science with cutting-edge applications in diverse areas, including:
Core Courses (4 x 3 credits)
Students must complete four core courses, which provide a solid foundation in Mechanical Engineering. Examples include:
Elective Courses (2 x 3 credits)
Students can tailor their education by selecting elective courses from a wide range of technical subjects, allowing for specialization in emerging mechanical engineering fields.
Research/Capstone Components (3 credits)
Students engage in hands-on research projects, industry collaborations, or capstone projects that address real-world engineering challenges.
Our program aspires to be ranked among the top graduate programs globally, producing world-leading scholars, industry pioneers, and influential policymakers in mechanical engineering.
Ph.D. students must complete at least three courses (3 credits), including 2 300-level courses tailored to their research focus, along with significant research components. Examples include:
Ph.D. students conduct cutting-edge experimental and computational research in KAUST’s state-of-the-art laboratories. They leverage advanced technologies and methodologies to explore novel solutions in mechanical engineering. Additionally, they actively engage in collaborative projects with leading industry partners and global academic institutions, gaining invaluable experience in tackling real-world engineering challenges.
8 semesters and 4 summer sessions.
The information provided above is for general reference only. For detailed and current degree requirements, please refer to the Program Guide.
Visit the KAUST Program Guide for detailed information about our graduate degree options. The Program Guide provides prospective and current students with comprehensive information on various aspects of the program.
Within the guide, you will find detailed information on program course and credit requirements, placement tests, Ph.D. proposals, dissertation process guidance and the academic year structure.
The Program Guide will serve as your roadmap to successfully navigate your academic journey at KAUST and will allow you to make informed decisions about your studies.
All incoming Master’s and Master’s/Ph.D. students entering the Mechanical Engineering Program are required to take the following three assessment examinations before commencing their master’s-level studies in the division.
The three assessment examinations to be taken are:
In PSE, we tackle the world’s most critical environmental and energy challenges by fostering interdisciplinary collaboration and leveraging advanced technologies to enhance ecosystem resilience, secure food and water, and advance human health.
Explore the experts advancing research and innovation in Mechanical Engineering at KAUST