Master's programme in Engineering Mechanics

Engineering Mechanics plays a key role in all areas of the industrial design process that requires advanced mechanical analysis of product performance and functionality. The master’s programme in Engineering Mechanics will equip students with knowledge and the skills required to focus on reliable and sustainable design by state-of-the-art simulations and experiments in fluid mechanics, solid mechanics and sound and vibrations.

Application dates for studies starting in Autumn 2020

16 October 2019: Application opens
15 January 2020: Application deadline
3 February 2020: Deadline for supporting academic documents (all applicants) and documentation of fee exempt status (if required) or receipt of application fee (if required)
3 April 2020: Notification of selection results
August 2020: Arrival and start of studies

 

Engineering Mechanics at KTH

The master's programme in Engineering Mechanics covers theory, numerical methods and experimental techniques related to fluid mechanics, solid mechanics and sound and vibration. The curriculum is developed with strong involvement from industry and heavily influenced by the latest research. An important goal for the programme is to educate students that are well-prepared for advanced industrial problem-solving in both large and small international enterprises as well as in research.

The programme offers three tracks: Fluid Mechanics , Solid Mechanics , and Sound and Vibration . Only one-third of the courses are mandatory, which means that the students have many possibilities to tailor the course structure to meet their interests. During the first three terms, theoretical courses are mixed with more applied project-based courses. The courses typically contain experimental and numerical laboratories, and students will gain proficiency in up-to-date experimental methods and software. In the courses, the students will be given many opportunities to interact with prominent researchers at KTH and companies such as the world leading truck manufacturer Scania, and the train and aircraft giant Bombardier.

The fourth term is spent working on a five-month degree project, where the student has the opportunity to investigate a specific topic in-depth. The degree project is completed either in industry or at an academic institution, in Sweden or abroad. Students doing their degree project close to KTH may also take courses in parallel with their thesis work.

This is a two year programme (120 ECTS credits) given in English. Graduates are awarded the degree of Master of Science. The programme is given mainly at KTH Campus in Stockholm by the School of Engineering Sciences (at KTH).

Topics covered

Continuum mechanics, material mechanics, fatigue and fracture, biomechanics, turbulence, stability, finite element method, computational fluid mechanics, acoustics, vibro-acoustics, flow acoustics.

Courses in the programme

​​​​Career

Students who graduate from the master's programme in Engineering Mechanics will be proficient in fluid mechanics, solid mechanics and sound and vibration, areas that are linked with a multitude of industries. Graduates will find a wide range of job opportunities in research and development within industry, consulting and research, not only in mechanical engineering, but also in other engineering fields.

Typically, graduates from the programme will find job opportunities as design engineers, testing engineers, calculation engineers, researchers, consultants and specialists, and graduates from the programme can be found at companies such as ABB, Airbus, Alfa Laval, COMSOL, Sandvik, Scania, Tetra Pak, ÅF and Volvo. A considerable number of the graduates also pursue doctoral studies either at KTH or at other internationally renowned universities.

After graduation

Design engineer, research engineer, calculation engineer, researcher, software developer, CFD engineer, development engineer, R&D project leader, acoustic consultant.

Meet the graduates

​​​​​​Students

Find out what students from the programme think about their time at KTH.

"KTH has a vibrant culture of having a bustling student life."

Somayan Basu, India

Meet the students

Sustainable development

Graduates from KTH have the knowledge and tools for moving society in a more sustainable direction, as sustainable development is an integral part of all programmes. The three key sustainable development goals addressed by the master's programme in Engineering Mechanics are:

7. Affordable and Clean Energy
9. Industry, Innovation and Infrastructure
11. Sustainable Cities and Communities

Engineering mechanics plays a key role in almost any major energy conversion process. With a degree from Engineering Mechanics, you will be able to contribute to, for example, assessing the structural integrity of nuclear power plants and wind turbines, and the design of wind turbine parks in order to maximise energy harvesting.

Engineering mechanics is of utmost importance in the design processes for many industrial products and systems. The knowledge and skills that you will learn from the master programme, such as novel experimental techniques and advanced simulations, will make you a key contributor to new sustainable innovations.

Disturbance from noise and other undesirable sounds is an important issue in the development of sustainable cities and communities. Graduates from engineering mechanics will be perfectly equipped to contribute to the design of noise-free products and systems related to transportation, energy conversion and structural integrity, among other things.

In addition, the Engineering Mechanics programme of course also contributes to other sustainable development goals. One example is good health and well-being, by offering several courses in biomechanics related to medical issues such as vascular disease and human mobility.

Faculty and research

The engineering mechanics research at KTH is highly ranked internationally, and research fields where engineering mechanics faculty at KTH continuously make important contributions include high-Reynolds number turbulence, geophysical flows, micro- and complex fluids, fluid flow control, material mechanics, biomechanics, paper mechanics, fatigue and fracture, reliable design, aeroacoustics, structural damping and non-linear vibrations.

Faculty and research

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