General description
Electrical engineering is essential for maintaining and developing a modern society. From the production of electricity through the multiplicity of electrical and electronic devices to mobile communications and robotics, electrical engineering is fundamental to many of the technical systems that we use every day at work and at home.
Electrical engineering is also changing rapidly. At the dawn of the twenty-first century, we are experiencing enormous growth in areas such as computer technology, medical electronics, mobile communications, electric power and energy, robotics, wireless networks and satellite communication. Other new technologies are already in the pipeline in industrial and university research laboratories. This progress requires highly qualified engineers with first-rate expertise in electrical engineering’s numerous disciplines. Graduates of Electrical engineering find employment in the development and research departments of large industrial enterprises, in small enterprises making high-tech products or at research institutions.
DTU offers an application-oriented and research-based MSc in Electrical Engineering. The program is a collaboration between several departments at DTU, coordinated by Electrical Engineering. The program covers all aspects of the subject from theory and methodology through components and systems to applications. The applications include acoustics, satellites, robots and wind turbines. The courses vary from highly theoretical to extremely practical courses with the opportunity for experimental work in advanced laboratories. The final Masters thesis project will be associated with current DTU research and/or in collaboration with a company outside DTU. DTU offers a broad range of courses facilitating high-quality individualized study with a substantial element of theory alongside practical work in the laboratory.
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