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Master Mechatronics
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Ziele
Students benefit from qualified lecturers who have worked in industry and possess excellent international contacts. Projects and tasks are conducted in small groups with a maximum of 14 students, thereby ensuring both excellent supervision and the best possible level of academic success.
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Anforderungen
Admission Requirements A completed bachelor’s degree in mechatronics or a comparable subject area (subject to approval by the head of the degree programme). Proof of level B2 CEFR (Common European Framework) proficiency in English.
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Titel
Master of Science in Engineering (M.Sc.)
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Inhalt
Expert knowledge for analytical minds
Students benefit from qualified lecturers who have worked in industry and possess excellent international contacts. Projects and tasks are conducted in small groups with a maximum of 14 students, thereby ensuring both excellent supervision and the best possible level of academic success.
Qualifications in Detail
- The design, development, and dimensioning of mechatronic systems
- The static and dynamic description, simulation, and optimization of the mechanical, electronic, and feedback-controlled elements of technical systems
- The planning and application of data management throughout product life cycles
- The application of numerical methods for linear and nonlinear analyses and simulations (e.g. FEA - - Finite Elements Analysis, CFD - Computational Fluid Dynamics, MBS - Multi-Body Systems)
- The application of 5-axis machining
- The application and optimization of continuous CAD/CAM processes (Computer Aided Design / Computer Aided Manufacturing)
- The application and further development of reverse engineering
- The planning, simulation, and control of production facilities and processes, especially those that integrate sensors, electronics, and computer technology in mechatronic units
Our students gain a deeper and broader knowledge in one of the two specializations offered: “Mechatronics in Production” and “Optimization of Mechatronic Systems.”
Mechatronics in Production:
- Programming of industrial robot and machine-tool systems and assemblies
- Calculation of robot kinematics and dynamics
- Development of intelligent control systems for robots and machine tools
- Application of image processing and its adaptation to special demands
- Further development of production processes through the integration of adaptive processes and the combination of various technologies
Optimization of Mechatronic Systems:
- Simulation of dynamic product behaviour
- Simulation of aging behaviour
- Nonlinear control engineering (e.g. fuzzy controls)
- Optimization and minimization of resource consumption throughout the whole life cycle
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