Find a Master’s in Mechanical Engineering

This specialty considers health technologies from the system point of view and based on multi-scales and multi-physical problems resolution approaches. The future health devices will link miniature electronic components with mechanical elements of the micro-, or even nano-scale, and with biological elements. This multidisciplinary, multi-scale, and multi-physical approach, at odds with the health technological tools of today, is the core of this specialization course.

A graduate has the detailed knowledge of devices and installations dedicated for cooling down to -150°C and, in the case of cryogenics, for temperature lowering below 120 K and down to fractions of Kelvin. They have the skills in the design, implementation, and operation of both refrigerating and cryocooling systems. Additionally, a graduate can creatively apply modern design methods and is well prepared for undertaking Ph.D. studies.

The Master's in Advanced and Intelligent Manufacturing program focuses on developing skills to design, operate, and improve advanced manufacturing systems. It covers key topics like automation, roboti...

Do you have a background in continuum mechanics and mathematics and would like to learn more? This field of study gives you the opportunity to choose between a wide range of topics. You can specialize in everything from arctic issues, tsunami research to biomechanics and medical mechanics.

This master's degree aims to train professionals with extensive scientific, technical, and technological skills to carry out research work in this field, as well as to develop professional skills for solving production problems in the field of design, testing, improvement, and exploitation of existing machinery and new equipment.

The MSc in Racing Engine Systems focuses on the technical side of high-performance engines used in motorsports. It covers core areas such as engine design, development, and testing, emphasizing practi...

The Rotating Machinery Master is a program certified by University of San Jorge (Spain) that lasts for one full-time academic year from September to July. It is comprised of 19 modules (38 weeks) followed by a 5-month final (research or design) project. The program includes both the foundations and the most advanced topics about pumps, compressors, motors, gas/steam turbines, instrumentation and control, gear design, vibration, bearing design, rotor dynamics, seals, compressed air, fatigue, financials, reliability, and maintenance. If you are interested in seeing the whole picture of the rotating machinery discipline, this is the right program to study. It can also be useful if you are already a rotating engineer but want to prove your knowledge and skill with a degree. All the instructors are professionals with a vast of experience in the field.