Mechanical Engineering MSc
Mechanical Engineering MSc
Program Tracks:
- Solids, Structures, and Dynamics
- Flows, Heat Transfer, and Energy
- Design, Robotics, and MEMS systems
Program Length: 2 years
Research program with a thesis
Tuition: Tuition will be covered for accepted students.
Scholarships are available
Application Deadline:
Rolling admissions
Degree Awarded: MSc in Mechanical Engineering
Design, model, and power the technologies that move the world forward with an MSc in Mechanical Engineering at Tel Aviv University where advanced research meets real-world engineering impact.
Program Overview
The M.Sc. program in Mechanical Engineering at Tel Aviv University is designed to prepare students for the engineering challenges of the future.
Mechanical engineering plays a central role in almost every modern technological product, encompassing the design, development, manufacturing, and maintenance of mechanical and energy systems.
If you wish to understand how cell’s “talk” to each other, why robots are copying animals, how to hide from sonar, or how small we can make machines, MSc in Mechanical Engineering is for you.
Learn to understand the world around you, explain it, and develop the tools to harness it wisely.
The program offers advanced training across a wide range of cutting-edge research areas, including
- Computational mechanics,
- Fluid mechanics and heat transfer,
- Solid mechanics,
- Materials and composites,
- Energy and environmental systems,
- Robotics and micro-systems,
- Biomechanics,
- Aeronautics and space engineering,
- Micro- and nano-scale flows.
Students conduct research, write a thesis, and complete a number of graduate level courses. Through a strong scientific and engineering foundation, students deepen their expertise while engaging with the most relevant technological challenges of today and tomorrow.
Why Choose Mechanical Engineering MSc at Tel Aviv University?
-
Conduct cutting-edge experimental, numerical and theoretical research at a leading university
-
Gain both practical research experience and a degree with a variety of knowledge-expanding classes
-
Сollaborate with leading students and scientists
-
Choose from a wide range of basic- to applied-topics
-
Develop a wide foundation, ranging from physics, through logistics and up to management skills
What Can I Do with a Mechanical Engineering Degree?
Graduates of the program are well positioned for leading roles in advanced research and development across academia, industry, and high-tech sectors, including
- Aerospace
- Energy
- Defense
- Micro-systems
- Biomedical engineering
