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Complete guide to masters programs in Materials Science at German universities
Masters programs in Materials Science 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: Foundry Engineering, Materials Science, Materials Technology Focus: Foundry Engineering, Materials Shaping, Physical Materials Science, Plastics Processing, Functional Materials and Sensors, Nanostructured Materials, Polymer Materials, Physical Metallography, Interfaces and Corrosion, Glasses and Bonding Agents
Area of Study: Materials Science Focus: Nano and Hybrid Materials, Technical Materials, Materials Modelling
Area of Study: Materials Science, Materials Technology Focus: Mathematical and Physical Modelling and Simulation of Materials Behaviour, Test Methods and Procedures, Polymer Materials and Technology, Glass and Ceramics & Technology, Metallic Materials, Structural investigations
Area of Study: Materials Science, Materials Technology Focus: N/A
Area of Study: Materials Science, Materials Engineering Focus: Material Process Technology, Construction Materials, Composite Materials, Material Modelling and Simulation, Functional Materials
Area of Study: Materials Science, Materials Technology, Sustainability Sciences (Ecological) Focus: Materials Analysis, Sustainability, Sustainability Concepts, Conservation of Resources, Simulation Methods, Polymers and Hybrid Materials, Renewable Resources, Innovative Manufacturing Methods, Additive Manufacturing, Powder Injection Moulding
Area of Study: Materials Science, Materials Engineering, Nanomaterials Focus: Chemistry, Energy Engineering, Engineering Science, Engineering, Plastics Engineering, Lightweight Construction, Mechanical Engineering, Non-Metallic Materials, Surface Engineering, Biomedical Engineering
Area of Study: Mechanical Engineering, Mechatronics, Materials Science Focus: Construction, Manufacturing, Attachments, Materials, Fatigue Strength/Tribology, Production, Automation Engineering, Mechatronics, Materials Technology
Area of Study: Mechanical Engineering, Production Engineering, Mechatronics, Materials Science, Biophysics Focus: Design and Systems Engineering, Materials Science and Engineering
Area of Study: Process Technology, Production Engineering, Materials Science Focus: General Mechanical Engineering, Materials Sciences, Mechatronics, Production and System Engineering, Energy and Process Engineering
Area of Study: Plant Engineering, Manufacturing Engineering, Design Engineering, Production Engineering, Materials Science Focus: Development Management, FEM - Simulation, Product Development, Production and Manufacturing Engineering, Robotics, Process Design, Materials Engineering, Vehicle Gearboxes, Heat Transfer, Component optimisation
Area of Study: Civil Engineering, Timber Construction, Materials Science, Materials Technology, Materials Engineering Focus: N/A