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Complete guide to masters programs in Mechanical Engineering (teaching degree) at German universities
Masters programs in Mechanical Engineering (teaching degree) 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, Manufacturing Engineering, Mechanical Engineering, Production Engineering, Mechatronics, Trade and Industry Focus: Integrated Product Development: Process planning with e.g. portfolio analysis, value analysis, DSM, Industry 4.0 Strategic Product Portfolio & Services, Agile Methods & Scrum in Product Development, Efficiency Increase & Target Costing in PD, Simulation methods (e.g. FEM, BEM), PLM, PDM, ERP, CRM & SCM systems, Virtual Design (from CAD systems to CAx), Lightweight Construction, Industry 4.0: Strategic product portfolio & services
Area of Study: Manufacturing Engineering, Mechanical Engineering, Production Engineering Focus: N/A
Area of Study: Mechanical Engineering Focus: N/A
Area of Study: Agricultural Economics, Electrical Engineering, Mechanical Engineering Focus: N/A
Area of Study: Mechanical Engineering Focus: N/A
Area of Study: Electrical Engineering (Teaching Degree), Vehicle Engineering, Mechatronics (Teaching Degree), Information Technology (Teaching Degree), Metal Engineering, Mechanical Engineering (Teaching Degree), Mathematics (Teaching Degree) Focus: N/A
Area of Study: Electrical Engineering (Teaching Degree), Metal Engineering, Mechanical Engineering (Teaching Degree), Mathematics (Teaching Degree) Focus: N/A
Area of Study: Design Engineering, Mechanical Engineering, Production Engineering Focus: N/A
Area of Study: Mechanical Engineering Focus: Development and Simulation, Production Engineering, mathematical-theoretical and applied engineering work, Project Management
Area of Study: Mechanical Engineering Focus: Product and Process Development for Industry 4.0, In-Depth Materials Science, Automation Engineering, Principles of Systems Theory, Technical Systems Matlab, Analysis and Numerics for Engineers, Specialisations (e.g. Robotics, System Engineering, International Project Innovation Management, etc.)
Area of Study: Process Technology, Aeronautical Engineering, Space Engineering, Mechanical Engineering, Systems Engineering, Renewable Energies Focus: Clean Energy and Process Engineering, Sustainable Use of Resources, Future Automotive Systems, Digital-Based Production and Robotics, Aerospace Engineering, Bio-Materials Engineering
Area of Study: Mechanical Engineering, Mechatronics, Materials Science Focus: Construction, Manufacturing, Attachments, Materials, Fatigue Strength/Tribology, Production, Automation Engineering, Mechatronics, Materials Technology