Description

MSc in Mechanical Engineering

The MSc programme in Mechanical Engineering at the Technical University of Denmark (DTU) is aimed at students who want to participate in the development of new and better solutions based on the laws of mechanics.

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Duration

2 years

Starting Date

February, September

Tuition Fee

€ 7,500 per semester

Location

Copenhagen, Denmark

About the programme

Engineers with competencies in construction and mechanical engineering are involved in the development of new and better solutions for products, mechanical components, production equipment, and industrial installations.

Study programme focus

The MSc programme in Mechanical Engineering at the Technical University of Denmark (DTU) cover systematic engineering design methods within engineering design and product development as well as analysis, numerical simulation, and optimization with focus on the strength of structures, fluid flows, and energy conversion.

The study programme allows you to apply systematic engineering design methods and advanced mathematical models.Applied mechanics is used in many contexts requiring extensive knowledge of physical principles, strength of structures, fluid flows, and energy conversion.The teaching includes lectures, individual work, and class exercises in group meeting rooms, databars, and laboratories.

Focus areas

The Mechanical Engineering programme covers five delimited focus areas or disciplines, allowing you to design your own study plan with main focus on one of these disciplines.

Engineering Design and Product Development
Strength and Dynamics of Structures
Industrial Fluid Mechanics
Energy Engineering
Maritime Engineering

Career Opportunities

Graduates from the Mechanical Engineering programme at DTU are in high demand in both the public and private sectors. Typical job functions in companies include:

chief executive
development manager
team leader
product manager
consultant
specialist
researcher

Typical fields of work include the development of new products or engineering design and dimensioning of products and production equipment. You can also engage in the optimization of energy conversion processes, regulation of mechanical systems, or analysis of flows in connection with—for instance—turbines, ventilation systems, wind turbines, and maritime structures.