69 Master's degrees in Engineering & Technology in Denmark

Ocean Engineering
The overarching aim of the Ocean Engineering programme from Technical University of Denmark (DTU) is to provide candidates with science-based engineering skills for sustainable development of the blue economy.

Biomaterial Engineering for Medicine
The programme in Biomaterial Engineering for Medicine at the Technical University of Denmark (DTU) focuses on design and fabrication of advanced materials for applications within the healthcare sector.

Computer Science and Engineering
The programme in Computer Science and Engineering from the Technical University of Denmark (DTU) has a strong and growing IT environment with competencies in areas such as safe and secure systems, system integration, distributed and embedded systems, networks, software engineering, algorithms and logic, system-on-chip, and digital systems.

Mechanical Engineering
The 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.

Pharmaceutical Design and Engineering
On the Pharmaceutical Design and Engineering programme at the Technical University of Denmark (DTU), you will learn how to design, develop, and test drugs in line with the methods applied by the pharmaceutical industry. You will acquire a broad range of competencies in all areas of pharma - e.g. diagnostics and nanotechnological treatment methods.
Electrical Engineering - Flexible Work-Integrated
The Electrical Engineering - Flexible Work-Integrated programme from Aarhus University allows you to earn your degree while working part-time in a paid engineering position. Over 4 years, you combine part-time studies with approximately 25 hours of relevant work per week, applying your academic knowledge directly in real-life settings.
Chemical Engineering and Biotechnology
The Chemical Engineering and Biotechnology from University of Southern Denmark is relevant for you if you already have a bachelor degree in Chemical Engineering and Biotechnology and you want to enhance your skills.
Electrical Power Systems and High Voltage Engineering
When you study Energy Engineering, you can choose the Electrical Power Systems and High Voltage Engineering programme of Aalborg University (Aalborg Campus).
Mechatronics Engineering
With the Master degree in Mechatronics Engineering from University of Southern Denmark you could make smaller and faster information technology products or create energy saving products.

Structural and Civil Engineering
The Structural and Civil Engineering programme of Aalborg University provides you with the technical and analytical knowledge to design complex buildings and structures, and to understand how they are affected by waves and wind, for example. You will work on advanced computer simulations and models that solve real-world engineering challenges.
Computational Biomedicine
The Master's degree program in Computational Biomedicine at University of Southern Denmark has a focus towards applied computational projects associated with the health sector and the biotech and pharmaceutical industries.

Engineering Acoustics
The Engineering Acoustics programme at the Technical University of Denmark (DTU) covers a wide range of topics within acoustics—including the fundamentals of sound propagation, advanced measurement techniques, and understanding and modelling of the human hearing system.

Electrical Engineering
The programme in Electrical Engineering at the Technical University of Denmark (DTU) allows you to participate in work at all levels, including advanced theories, methods, and components for practical systems and applications in, e.g., satellites, robots, and wind turbines. You will learn to understand the theory and apply mathematical methods for designing or analysing problems in a given area.

Cold Climate Engineering
The Nordic Master in Cold Climate Engineering programme at Technical University of Denmark (DTU) is the first comprehensive master’s programme in cold climate engineering in Europe and gives the students a unique possibility to do field work and projects in Greenland or Svalbard.

Building Energy Design
The Building Energy Design course at Aalborg University focuses on how buildings can be designed to consume less energy and create a good indoor climate. You will learn to work with sustainable solutions that combine technical knowledge, energy efficiency and comfort – and gain the expertise to design buildings with an optimised energy consumption that supports the green transition.

Physics and Technology
The Physics and Technology course Aalborg University combines deep understanding of physics with technological development. You will learn how to analyse, develop and experiment with complex physical systems – and you will gain the skills to solve technical challenges in fields such as energy, materials, medical technology and quantum technology.

Chemical and Biochemical Engineering
The Chemical and Biochemical Engineering programme at the Technical University of Denmark (DTU) combines the study of chemical and biochemical industrial technology and is targeted at students interested in the commercial and sustainable chemical or biochemical conversion of raw materials into products, as well as research into and development of methods, equipment, and processes.

Environmental Engineering
The Environmental Engineering course at the Technical University of Denmark (DTU) is a broad, interdisciplinary programme focusing on the technical and environmental sciences.
Physics and Technology Engineering
With the Master in Physics and Technology Engineering from University of Southern Denmark you will acquire specialist skills in a broad area, primarily linked to the design and fabrication of nanostructured functional materials as well as the characteristics of light and its interaction with atoms, molecules and matter.

Electrical Engineering
The Electrical Engineering programme from Aarhus University gives you the theoretical and practical tools to design, analyse, develop, and integrate advanced electrical and electronic systems.