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Complete guide to masters programs in Electrical Power Engineering at German universities
Masters programs in Electrical Power Engineering provide comprehensive education combining theoretical foundations with practical applications. These programs typically last 1-2 yearsand prepare graduates for various career paths in academia, industry, and research.
Area of Study: Electrical Power Engineering, Communications Technology, Automotive Engineering, Vehicle Engineering, Traffic Engineering, Logistics, Transport, Transport Management Focus: Drive and Propulsion Engineering, Electrical Automotive Engineering, Electromobility, Railway Operations, Energy Storage, Energy Supply, Mechatronics, Sustainability in Traffic Systems, Local Public Transport, Transport Ecology
Area of Study: Automation Technology, Electrical Power Engineering, Renewable Energies Focus: Electrical Drives, Energy Engineering, Industry 4.0, Internet of Things, Renewable Energy Sources, Energy Systems, Smart Grids
Area of Study: Electrical Power Engineering, Electronics, Electrical Engineering, Mathematics Focus: Operating systems and their interfaces, Digital control, Linear systems, Numerical Mathematics, Real-time data processing, High Speed Data Transmission, Next Generation Digital Infrastructure, Electrical Energy Systems, Power electronics for renewable energy systems
Area of Study: Electrical Power Engineering, Communications Technology, Microsystems Technology Focus: Automation Engineering, Drive and Propulsion Engineering, Electrical Energy Engineering, Information and Communications Technology, Microsystem Technology and Microelectronics, Automotive and Robotics
Area of Study: Electrical Power Engineering, Electrical Engineering, Information Technology Focus: Information Engineering and Electronics, Network Control Technology, Automation Technology and Drive Systems, Energy Systems and Decentralised Energy Supply
Area of Study: Electrical Power Engineering, Communications Technology Focus: N/A
Area of Study: Electrical Power Engineering, Electrical Engineering, Information Technology, Communications Technology, Sensor Technology, Measurement Technology Focus: Automation Engineering, Communications Technology, Medical Technology, Plasma Technology, Energy Systems Engineering, Electromobility Systems, Electronics, High Frequency Sensors and Systems
Area of Study: Automation Technology, Electrical Power Engineering, Information Technology, Sensor Technology, Measurement Technology Focus: Automation Engineering, Renewable Energies, Information Engineering, Sensor Systems Technology, Electromobility and Autonomous Systems
Area of Study: Electrical Power Engineering, Electrical Engineering, Information Technology Focus: N/A
Area of Study: Electrical Power Engineering, Automotive Engineering, Renewable Energies Focus: Electrical and Electronic Engineering, Automation Engineering, Control Engineering, Signal Processing, Sensor Engineering, Renewable Energy Sources, Traffic Engineering, Power Electronics, Electric Vehicles, Autonomous and Networked Driving
Area of Study: Automation Technology, Electrical Power Engineering, Information Technology Focus: Computer System Engineering, Electrical Drives and Controls, Electrical Energy Systems, Optical Communications Engineering/Radio Systems, Process Automation, Signal Processing/Audio-Video Technology, Mechatronic Systems, Vehicle Mechatronics
Area of Study: Electrical Power Engineering Focus: Engineering Science Principles of Thermal and Electrical Power Engineering, Underlying Political and Legal Conditions in the Energy Industry, Applied Economics, Rational Energy Use, Application and Economic Viability of Regenerative Energy Systems, Selected issues in energy management, Communication & Management