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Complete guide to masters programs in Materials Technology at German universities
Masters programs in Materials Technology 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: Manufacturing Engineering, Design Engineering, Mechanical Engineering, Engineering Physics, Materials Technology, Engineering and Management Focus: Practice-oriented, Project-centred, Lightweight Construction Metal/Design, Additive Manufacturing Metal, Lightweight Plastics/Composites, Additive Manufacturing Plastics, Sustainability, Entrepreneurship, Simulation, Business Administration
Area of Study: Materials Science, Materials Technology Focus: Structure of materials and work materials, Characterisation and Modelling of Materials and Substances, Material properties, Materials Engineering
Area of Study: Automotive Engineering, Vehicle Engineering, Systems Engineering, Materials Technology Focus: Automotive Engineering, Measurement and Automatic Control Technology, Mechatronics, Development Management, Product Development, Autonomous Systems, Component optimisation, Active suspension systems, Vehicle Drives, Driving Dynamics, Deep Learning
Area of Study: Materials Science, Materials Technology, Materials Engineering Focus: Materials Development, Construction Materials and Renovation, Materials science in construction, such as concrete, wood, masonry and repair materials, Ecological Construction, Building Material Recycling
Area of Study: Civil Engineering, Steel Construction, Materials Technology, Materials Engineering Focus: Construction and Measurements, Numerical Mechanics, Resource-efficient construction, Materials Engineering, Structural Civil Engineering, Concrete Construction, Steel Engineering, Geoengineering, Digitisation in Construction
Area of Study: Plastics Engineering, Materials Technology, Materials Engineering Focus: N/A
Area of Study: Packaging Technology, Food Technology, Materials Science, Materials Technology, Materials Engineering Focus: Materials, Packaging Materials and Supplies, Bio-processing Technology, Process Engineering, Manufacturing and Packaging Plants, System Optimization, Simulation, Recycling and Reuse, Recycling Management
Area of Study: Civil Engineering, Materials Technology, Power Engineering Focus: Perspectives and Potentials of Hydrogen-based Energy Systems, Fundamentals of Hydrogen as a Secondary Energy Carrier, Hydrogen Energy Markets, Hydrogen-based Energy Systems, Application of Hydrogen in Mobility, Application of Hydrogen in Industry, Applications of Hydrogen in Facility Engineering, Safety aspects, acceptance and material-technical challenges of hydrogen, National and International Hydrogen Propulsion
Area of Study: Materials Technology Focus: Mechatronics
Area of Study: Manufacturing Engineering, Materials Science, Materials Technology, Materials Engineering, Engineering and Management, Technology Management Focus: N/A
Area of Study: Aeronautical Engineering, Plastics Engineering, Materials Technology Focus: Carbon-fibre and glass-fibre reinforced composite materials, Hybrids, Lightweight Construction, Structural Design of Composites, Partially Automated and Automated Manufacturing Processes, Design of Multifunctional Composite Structures, Sustainable Process Optimisation, Digital Factory Planning
Area of Study: Materials Technology Focus: Metals, Plastics, Glass, Ceramics, Material Processing, Surface Engineering, Physical Diagnostics