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key facts degree Master of Science (M.Sc.) Further opportunities for study E.g. doctoral studies Standard period of study 4 semesters Programme start Summer or winter semester Application deadline 15th of January each year (for the summer semester) 15th of July each year (for the winter semester) Admission requirements Successful completion of a Bachelor or Diploma programme in the field of Electrical Engineering or in a comparable, subject-related Bachelor or Diploma programme at a higher education institution with an overall grade of “Good” (2.5) or higher. Allocation of places Unrestricted admission • Hochschule Düsseldorf University of Applied Sciences Faculty of Electrical Engineering and Information Technology Period abroad Possible Master Electrical Engineering and Information Technology Profile The Master Study Programme in Electrical Engineering and Information Technology lasts four semesters. Its goal is to qualify students for a high-level career in the public sector or for doctoral studies as well as to expand their subject-related and management skills. Both creative and design skills as well as knowledge of the theory of natural and engineering sciences are further developed in a targeted manner. Students can choose from four areas of specialization: – Automation Technology – Electrical Power Engineering – Communications and Information Technology – Microelectronics The Master Study Programme in Electrical Engineering and Information Technology pursues the objective of optimizing graduates’ career alternatives and enabling them, through the teaching of methodical skills as well as additional subject-related knowledge, to undertake academic work. Through the programme’s international focus, instruction in engineering is adapted to market globalization on the one hand and on the other hand studying is made easier for international students. In the course of the programme, which is divided into modules, subject-related contents with specific foci are taught and applied in practice. The programme ends with the Master thesis. Career prospects The practice-oriented Master Study Programme in Electrical Engineering and Information Technology first of all deepens students’ knowledge of mathematics and theory, thus creating a basis for successful academic work. In parallel, students’ subject-related knowledge is expanded in the framework of an area of specialization which can be freely chosen. In addition to the professional fields open to Bachelor graduates, for Master graduates there are employment opportunities in research and development as well as the possibility to attain further qualifications and enter university teaching. curriculum 1st to 3rd semester –E lectromagnetic Field Theory | Advanced Mathematics Area of Specialization – Automation Technology: –M odelling & Simulation | Technical Computer Science | Production Measurement & Testing Technology | Digital Control Engineering | Industrial Networks | Systems Theory & Artificial Intelligence | Solid-State Physics | Image Recognition & Processing Area of Specialization – Electrical Power Engineering: –S olid-State Physics | Energy Conversion | Engineering Mechanics | Materials in Electrical Engineering | Electricity Grids | Numerical Analysis | Network Control Technology | Energy Economics Area of Specialization – Communications and Information Technology: –S olid-State Physics | Systems Theory | Technical Computer Science | Coding Theory | Processor & Computer Architecture | Distributed & Parallel Systems | Advanced Photonics | Advanced Digital Signal Processing | Communications Networks Area of Specialization – Microelectronics: –S olid-State Physics | Rapid System Prototyping | Advanced Digital Signal Processing | Semiconductor Technology | Electromagnetic Compatibility | System Integration | Computer-controlled Circuit Development | Infrared & Laser Technology –2 x technical electives –2 x non-technical electives –S cientific project 4th semester –M aster thesis