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Complete guide to masters programs in Energy & Power Engineering at German universities
Masters programs in Energy & 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: Automation Technology, Electrical Power Engineering, Information Technology (Teaching Degree), Power Engineering Focus: Energy Engineering, Information Engineering, Communications Engineering, Automation Engineering
Area of Study: Automation Technology, Electrical Power Engineering, Information Technology, Communications Technology, Photonics, Medical Engineering Focus: Lighting Engineering, Optics, Laser Engineering, Photonics, Energy Engineering, Medical Technology, Renewable Energy Sources, Quality Management, Digital Image Processing
Area of Study: Electrical Power Engineering, Power Engineering Focus: Energy Systems
Area of Study: Electrical Power Engineering, Power Engineering Focus: Energy Systems
Area of Study: Electrical Power Engineering, Electrical Engineering, Information Technology Focus: System Optimization, Signal Processing, Biomedical Engineering, Electromobility, Regulation and Control Engineering;, Electric Drives and Power Electronics, Adaptronics, Information and Automation, Electric Energy Systems and High Voltage Engineering, Optical Technologies
Area of Study: Electrical Power Engineering, Electrical Engineering, Information Technology, Communications Technology, Microsystems Technology, Automotive Engineering Focus: Energy Engineering Systems, Communications Technology, Safety Engineering
Area of Study: Electrical Power Engineering, Microelectronics, Computer Engineering Focus: Automation and Robotics, Energy and Mobility, Microelectronics, Communications Engineering, Machine Learning
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: Automation Technology, Electrical Engineering, Power Engineering Focus: Electrical Engineering, Mobile Systems, Projects, Energy Management and Energy Storage Systems, Driving Dynamics Control of Electrified Vehicles
Area of Study: Automation Technology, Mechatronics, Power Engineering Focus: Electrical Energy Systems, Electromobility, Automation Engineering, Technical Optics, Electromagnetic equalisation, EMC in industrial environment, Mechatronic Drive Systems, Web Technologies and Cloud Computing, Industry 4.0, Safety-Oriented Automation Engineering, Stochastics
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