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Introduction to the Mechanical Engineering Master's Degree Program

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.

Program Areas

The program focuses on the following areas:

• Energy Conversion and Storage: Focuses on sustainable energy technologies, including combustion, fuels, and renewable energy solutions.
• Fluid Mechanics and Thermal Sciences: Covers advanced thermodynamics, heat transfer, and aerodynamics for various industrial applications.
• Materials and Manufacturing: Explores material design, mechanical behavior, and advanced manufacturing techniques.
• Robotics and Control Systems: Focuses on autonomous systems, dynamics, and intelligent control applications.
• Sustainability and Environmental Engineering: Investigates clean energy solutions, carbon capture, and sustainable industrial processes.
• Plasma Science and Applications: Covers plasma physics and its applications in energy, materials processing, and propulsion.

Mandatory Courses

Core Courses

Students must complete four core courses, which provide a solid foundation in Mechanical Engineering. Examples include:

• Energy Conversion and Storage
• Fluid Mechanics and Thermal Sciences
• Materials and Manufacturing
• Robotics and Control Systems
• Sustainability and Environmental Engineering

Elective Courses

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

Students engage in hands-on research projects, industry collaborations, or capstone projects that address real-world engineering challenges.

Lab Experience and Duration of Study

• The program includes a 10-week lab rotation.
• The duration of study varies depending on the program option:
  • M.S. (Non-Thesis): Three semesters and one summer session
  • M.S. (Thesis): Four semesters and one summer session

Program Goals

The program aspires to be ranked among the top graduate programs globally, producing world-leading scholars, industry pioneers, and influential policymakers in mechanical engineering.