| Overview |
ECTS Credits |
| Mathematics and Physics | 21,00 |
| ........ UE Machine Learning: Supervised Techniques | 1,50 |
| ........ VL Machine Learning: Supervised Techniques | 3,00 |
| ........ KV Numerical Analysis and Optimization | 6,00 |
| ........ VL Physical Principles of Mechatronics | 4,50 |
| ........ KV Scientific Computing | 6,00 |
| Elective subjects (Specialisations) | 57,00 |
| ........ Specialisations - Mechatronics | 48,00/30,00-36,00/36,00 |
| ................ Drive Technologies | 0,00-48,00/0,00-36,00/0,00-36,00 |
| ........................ Powertrain | 12,00-18,00 |
| ................................ KV Advanced Machine Dynamics | 4,50 |
| ................................ KV Modal analysis of drive systems | 4,50 |
| ................................ KV Special gears and drivetrains | 4,50 |
| ................................ KV Graphical kinematics | 4,50 |
| ........................ Fluid Power | 12,00-18,00 |
| ................................ PR Analog and digital hydraulic control systems | 1,50 |
| ................................ UE Analog and digital hydraulic control systems | 1,50 |
| ................................ VL Analog and digital hydraulic control systems | 3,00 |
| ................................ SE Seminar on fluid power systems | 3,00 |
| ................................ UE Pneumatic systems | 1,50 |
| ................................ VL Pneumatic systems | 3,00 |
| ................................ UE Simulation methods in fluid power | 1,50 |
| ................................ VL Simulation methods in fluid power | 3,00 |
| ........................ Electric Drive Technology | 12,00-18,00 |
| ................................ KV Electric Drive Technology | 3,00 |
| ................................ KV Fractional-Horsepower Drives | 3,00 |
| ................................ PR High-Speed and Magnetically Levitated Drives | 3,00 |
| ................................ KV Machines and Drives for Electromobility | 3,00 |
| ................................ KV Magnetic Bearings and Bearingless Drives | 3,00 |
| ................................ PR Modelling and Optimization of Electric Machines | 3,00 |
| ........................ Power Electronics | 12,00-18,00 |
| ................................ UE Power Electronics 1 | 1,50 |
| ................................ VL Power Electronics 1 | 3,00 |
| ................................ UE Power Electronics 2 | 1,50 |
| ................................ VL Power Electronics 2 | 3,00 |
| ................................ PR Power Electronics | 3,00 |
| ................................ KV Electronic Circuits of Electric Drive Engineering | 3,00 |
| ................................ PR Electronic Circuits of Electric Drive Engineering Lab | 3,00 |
| ................ Mechanics and Smart Structures | 0,00-48,00/0,00-36,00/0,00-36,00 |
| ........................ Smart Materials and Structures | 12,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ VL Structural Durability and Damage Tolerance | 3,00 |
| ................................ VL Structural Health Monitoring | 3,00 |
| ................................ KV Electro-active Structures | 3,00 |
| ................................ KV Structural Dynamics and Stability | 3,00 |
| ................................ KV Structural Mechanics | 3,00 |
| ........................ Numerical and Experimental Methods in Mechanics | 12,00-18,00 |
| ................................ PR Lightweight Design Lab | 3,00 |
| ................................ PR Experimental and Numerical Analysis of Mechanical Systems | 3,00 |
| ................................ VL Experimental and Numerical Analysis of Mechanical Systems | 3,00 |
| ................................ UE Advanced Computational Methods in Mechanics | 3,00 |
| ................................ VL Advanced Computational Methods in Mechanics | 3,00 |
| ................................ KV Structure Analysis with Finite Element Methods | 3,00 |
| ........................ Thermofluiddynamics | 12,00-18,00 |
| ................................ PR Numerical Methods in Fluid Mechanics | 4,50 |
| ................................ VL Numerical Methods in Fluid Mechanics | 3,00 |
| ................................ UE Fluid Dynamics 1 | 1,50 |
| ................................ VL Fluid Dynamics 1 | 3,00 |
| ................................ KV Thermofluiddynamics | 3,00 |
| ................................ PR Thermofluiddynamics Laboratory | 3,00 |
| ........................ Modelling of Mechatronic Systems | 12,00-18,00 |
| ................................ KV Fundamentals of Model Based Systems Engineering (MBSE) | 3,00 |
| ................................ KV Thermofluiddynamics | 3,00 |
| ................................ KV Analysis of electric drive systems | 3,00 |
| ................................ KV Mechatronics and Music | 3,00 |
| ................................ KV Modeling of Sensors and Actuators | 3,00 |
| ................................ VL Robot Dynamics I | 3,00 |
| ................................ VL Simulation methods in fluid power | 3,00 |
| ................ Automatic Control and Robotics | 0,00-48,00/0,00-36,00/0,00-36,00 |
| ........................ Robotics | 12,00-18,00 |
| ................................ KV Robot Dynamics II | 3,00 |
| ................................ UE Robot Dynamics I | 1,50 |
| ................................ VL Robot Dynamics I | 3,00 |
| ................................ KV Robot Control II | 4,50 |
| ................................ PR Robot Control I | 3,00 |
| ................................ VL Robot Control I | 3,00 |
| ........................ Control Theory | 12,00-18,00 |
| ................................ UE Geometric Metheods in Control Theory | 1,50 |
| ................................ VL Geometric Metheods in Control Theory | 3,00 |
| ................................ UE Modern Modelbased Controller Design | 1,50 |
| ................................ VL Modern Modelbased Controller Design | 3,00 |
| ................................ UE Control Theory for Nonlinear Systems | 1,50 |
| ................................ VL Control Theory for Nonlinear Systems | 3,00 |
| ................................ UE Control of Distributed-Parameter Systems | 1,50 |
| ................................ VL Control of Distributed-Parameter Systems | 3,00 |
| ........................ Automatic Control and Control System Technology | 12,00-18,00 |
| ................................ VL Production Automation Systems | 3,00 |
| ................................ PR Advanced Frequency-Domain Methods | 3,00 |
| ................................ VL Advanced Frequency-Domain Methods | 3,00 |
| ................................ PR Advanced State-Space Methods | 3,00 |
| ................................ VL Advanced State-Space Methods | 3,00 |
| ................................ KV Optimization | 3,00 |
| ........................ Autonomous Systems | 12,00-18,00 |
| ................................ PR Autonomous Systems II | 3,00 |
| ................................ VL Autonomous Systems II | 3,00 |
| ................................ PR Autonomous Systems I | 3,00 |
| ................................ VL Autonomous Systems I | 3,00 |
| ................................ KV Introduction to autonomous vehicles | 6,00 |
| ................ Sensors and Instrumentation | 0,00-48,00/0,00-36,00/0,00-36,00 |
| ........................ Measurement and Sensor Technology | 12,00-18,00 |
| ................................ PR Precision Measurement Techniques | 3,00 |
| ................................ KV Imaging Measurement Techniques | 3,00 |
| ................................ KV Image Processing | 3,00 |
| ................................ KV Microsensors | 3,00 |
| ................................ KV Modeling of Sensors and Actuators | 3,00 |
| ................................ KV Process measurement technology | 3,00 |
| ........................ Microsensors and Microsystems Technology | 12,00-18,00 |
| ................................ KV Microsensors | 3,00 |
| ................................ VL Microwave Sensing | 3,00 |
| ................................ KV Modeling of Sensors and Actuators | 3,00 |
| ................................ VL Optical Sensors for Biomedical Applications | 3,00 |
| ................................ PR Microelectronics and Microsystems Technology Lab | 3,00 |
| ................................ PR Mircosensors Laboratory | 3,00 |
| ........................ Signal- and Information Processing | 12,00-18,00 |
| ................................ UE Deep Learning and Neural Nets I | 1,50 |
| ................................ VL Deep Learning and Neural Nets I | 3,00 |
| ................................ UE Signal Processing | 1,50 |
| ................................ VL Signal Processing | 4,50 |
| ................................ UE Optimum and Adaptive Signal Processing Systems | 1,50 |
| ................................ VL Optimum and Adaptive Signal Processing Systems | 3,00 |
| ................................ KV Image Processing | 3,00 |
| ........................ Modelling of Mechatronic Systems | 12,00-18,00 |
| ................................ KV Fundamentals of Model Based Systems Engineering (MBSE) | 3,00 |
| ................................ KV Thermofluiddynamics | 3,00 |
| ................................ KV Analysis of electric drive systems | 3,00 |
| ................................ KV Mechatronics and Music | 3,00 |
| ................................ KV Modeling of Sensors and Actuators | 3,00 |
| ................................ VL Robot Dynamics I | 3,00 |
| ................................ VL Simulation methods in fluid power | 3,00 |
| ................ Electrodynamics and Electronics | 0,00-48,00/0,00-36,00/0,00-36,00 |
| ........................ Electrodynamics | 12,00-18,00 |
| ................................ UE Microwave Engineering 2 | 1,50 |
| ................................ VL Microwave Engineering 2 | 3,00 |
| ................................ KV Advanced Electrodynamics | 3,00 |
| ................................ PR Laboratory Course in RF-Measurements-Techniques | 3,00 |
| ................................ KV Applied Electrodynamics | 1,50 |
| ................................ KV Electromechanics of Continua | 3,00 |
| ................................ KV Selected Topics in Advanced Electrodynamics | 3,00 |
| ........................ Electronics | 12,00-18,00 |
| ................................ KV Analog Circuit Design | 3,00 |
| ................................ KV Design of Integrated Circuits | 4,50 |
| ................................ UE Introduction in Integrated Circuit Design | 1,50 |
| ................................ VL Introduction in Integrated Circuit Design | 3,00 |
| ................................ KV Applied Electronics | 3,00 |
| ................................ PR Advanced Electronic Circuits Lab | 3,00 |
| ........................ Wireless Systems | 12,00-18,00 |
| ................................ VL Wireless Sensor Networks | 3,00 |
| ................................ KV RF Systems Engineering 1 | 3,00 |
| ................................ KV RF Systems Engineering 2 | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ................................ PR Digital Signal Processing for Communications and Radar Lab | 3,00 |
| ................................ VL Molecular communication | 3,00 |
| ........................ Modelling of Mechatronic Systems | 12,00-18,00 |
| ................................ KV Fundamentals of Model Based Systems Engineering (MBSE) | 3,00 |
| ................................ KV Thermofluiddynamics | 3,00 |
| ................................ KV Analysis of electric drive systems | 3,00 |
| ................................ KV Mechatronics and Music | 3,00 |
| ................................ KV Modeling of Sensors and Actuators | 3,00 |
| ................................ VL Robot Dynamics I | 3,00 |
| ................................ VL Simulation methods in fluid power | 3,00 |
| ........ Further Specialisations | 0,00/12,00-18,00/0,00 |
| ................ Communications Engineering | 12,00-18,00 |
| ........................ VL Wireless Sensor Networks | 3,00 |
| ........................ KV Communications Engineering | 3,00 |
| ........................ PR Digital Communication Systems Lab | 3,00 |
| ........................ VL Digital Communication Systems | 3,00 |
| ........................ VL Mobile Communications | 3,00 |
| ........................ VL Molecular communication | 3,00 |
| ................ RF-Engineering | 12,00-18,00 |
| ........................ KV RF Systems Engineering 1 | 3,00 |
| ........................ VL Microwave Engineering 1 | 3,00 |
| ........................ PR Digital Signal Processing for Communications and Radar Lab | 3,00 |
| ........................ VL Radar System Engineering | 3,00 |
| ........................ VL Microwave Sensing | 3,00 |
| ........................ PR Radar Lab | 3,00 |
| ................ Electronic Circuits | 12,00-18,00 |
| ........................ VL Advanced Integrated Circuit Design | 3,00 |
| ........................ UE Electronic and Optoelectronic Devices | 1,50 |
| ........................ VL Electronic and Optoelectronic Devices | 4,50 |
| ........................ VL Design of Integrated A/D-Converter | 3,00 |
| ........................ VL Integrated RF Circuit Design | 3,00 |
| ........................ VL Modelling, simulation and test of integrated circuits | 3,00 |
| ................ Materials Science | 12,00-16,50 |
| ........................ PR Engineering Materials Lab | 4,50 |
| ........................ KV Instrumented molding tools for digitized plastic component production | 3,00 |
| ........................ KV Modelling mechanical properties of alloys | 3,00 |
| ........................ VL Physical properties of materials | 3,00 |
| ........................ KV Materials Selection | 3,00 |
| ................ Mechatronic Design | 12,00-18,00 |
| ........................ KV Computer Aided Product Development | 3,00 |
| ........................ VL Fundamental methods of CAD-modelling | 3,00 |
| ........................ KV Fundamentals of Model Based Systems Engineering (MBSE) | 3,00 |
| ........................ SE Solution Finding Techniques | 3,00 |
| ........................ PR Model Based Systems Engineering (MBSE) | 3,00 |
| ........................ SE Product Planning and Development | 3,00 |
| ................ Computer Aided Manufacturing | 12,00-18,00 |
| ........................ KV Manufacturing Technologies | 3,00 |
| ........................ KV Digital technologies in Production | 3,00 |
| ........................ PR Manufacturing Technologies: Advanced Course | 3,00 |
| ........................ VL Manufacturing Technologies: Advanced Course | 3,00 |
| ........................ KV Modelling and Simulation of Manufacturing Systems | 3,00 |
| ........................ KV Computer Aided Manufacturing - CAD-CAM | 3,00 |
| ................ Biomedical Mechatronics | 12,00-18,00 |
| ........................ KV Biology for Engineers | 3,00 |
| ........................ KV Biomimetics | 3,00 |
| ........................ VL Medical technology 2 | 3,00 |
| ........................ VL Medical technology | 3,00 |
| ........................ VL Motion Analysis and Synthesis | 3,00 |
| ........................ PR Practical course biomedical engineering | 3,00 |
| ........ Supplementary Contents | 9,00/9,00/3,00 |
| ................ Seminars | 0,00-9,00 |
| ........................ SE Communications Engineering, Seminar | 3,00 |
| ........................ SE Seminar in Signal Processing | 3,00 |
| ........................ SE Measurement Technology | 3,00 |
| ........................ SE Modern Trends in Engineering Mechanics | 3,00 |
| ........................ SE Robotics Seminar | 3,00 |
| ........................ SE Seminar Engineering Mechanics of Sloid Bodies | 3,00 |
| ........................ SE Seminar in Thermofluiddynamics | 3,00 |
| ........................ SE Seminar Automatic Control | 3,00 |
| ........................ SE Seminar Integrated Circuits | 3,00 |
| ........................ SE Seminar on Nonlinear Systems in Control Theory | 3,00 |
| ........................ SE Seminar Microwave Engineering | 3,00 |
| ........................ SE Seminar on Nonlinear Systems in Control Theory | 3,00 |
| ........................ SE Seminar Technical Electronics | 3,00 |
| ................ Special Topics | 0,00-9,00 |
| ........................ UE Special Topics in Electronics and Information Technology | 1,50 |
| ........................ KV Special Topics in Electronics and Information Technology | 4,50 |
| ........................ KV Special Topics in Electronics and Information Technology | 3,00 |
| ........................ UE Special Topics in Electronics and Information Technology | 3,00 |
| ........................ VL Special Topics in Electronics and Information Technology | 3,00 |
| ........................ UE Special Topics in Mechanical Engineering | 3,00 |
| ........................ KV Special Topics in Mechanical Engineering | 4,50 |
| ........................ KV Special Topics in Mechanical Engineering | 3,00 |
| ........................ UE Special Topics in Mechanical Engineering | 1,50 |
| ........................ VL Special Topics in Mechanical Engineering | 3,00 |
| ........................ UE Special Topics in Mechatronics | 1,50 |
| ........................ KV Special Topics in Mechatronics | 4,50 |
| ........................ KV Special Topics in Mechatronics | 3,00 |
| ........................ UE Special Topics in Mechatronics | 3,00 |
| ........................ VL Special Topics in Mechatronics | 3,00 |
| ................ Additional Courses | 0,00-9,00 |
| ........................ UE Machine Learning: Unsupervised Techniques | 1,50 |
| ........................ VL Machine Learning: Unsupervised Techniques | 3,00 |
| ........................ UE Programming in Python II | 1,50 |
| ........................ VL Programming in Python II | 1,50 |
| ........................ UE Programming in Python I | 3,00 |
| ........................ VL Programming in Python I | 3,00 |
| ........................ UE Deep Learning and Neural Nets II | 1,50 |
| ........................ VL Deep Learning and Neural Nets II | 3,00 |
| ........................ UE Machine Learning: Advanced Techniques | 1,50 |
| ........................ VL Machine Learning: Advanced Techniques | 3,00 |
| ........................ UE Software Development 2 | 3,00 |
| ........................ VL Software Development 2 | 3,00 |
| ........................ UE Systems Programming | 1,50 |
| ........................ VL Systems Programming | 1,50 |
| ........................ VL Cooling of Electronic Elements | 1,50 |
| ........................ UE Design of Lightweight Structures | 3,00 |
| ........................ UE Production Automation Systems | 1,50 |
| ........................ UE Selected Aspects and Applications of the Method of Finite Elements | 1,50 |
| ........................ VL Selected Aspects and Applications of the Method of Finite Elements | 3,00 |
| ........................ PR Computer Aided Product Development | 3,00 |
| ........................ KV Introduction to particle simulation | 3,00 |
| ........................ VL Introduction to Innovationmanagement and Marketing | 3,00 |
| ........................ UE Physical Principles of Mechatronics | 3,00 |
| ........................ UE Fluid Dynamics 2 | 1,50 |
| ........................ VL Fluid Dynamics 2 | 3,00 |
| ................ Gender Studies | 0,00-6,00 |
| ........................ VL Ethics and Gender Studies | 3,00 |
| ........................ KV Gender Studies Managing Equality TN | 3,00 |
| ........ Bridge Subjects 1 | 0,00/0,00/12,00 |
| ................ Bridge Subject 1 for Electronics and Information Technology Bachelor Students | 12,00 |
| ........................ UE Engineering Mechanics 1 | 3,00 |
| ........................ VL Engineering Mechanics 1 | 3,00 |
| ........................ UE Engineering Mechanics 2 | 3,00 |
| ........................ VL Engineering Mechanics 2 | 3,00 |
| ................ Bridge Subject 1 for Mechanical Engineering Bachelor Students | 12,00 |
| ........................ PR Measurement and Sensor Technology Lab | 3,00 |
| ........................ UE Electrical Engineering | 1,50 |
| ........................ VL Electrical Engineering | 3,00 |
| ........................ UE Theoretical Electrical Engineering | 1,50 |
| ........................ VL Theoretical Electrical Engineering | 3,00 |
| ........ Bridge Subjects 2 | 0,00/0,00/6,00 |
| ................ Bridge Subject 2 for Electronics and Information Technology Bachelor Students | 6,00 |
| ........................ UE Fundamentals of Thermofluiddynamics | 1,50 |
| ........................ VL Fundamentals of Thermofluiddynamics | 4,50 |
| ................ Bridge Subject 2 for Mechanical Engineering Bachelor Students | 6,00 |
| ........................ UE Signals and Systems | 1,50 |
| ........................ VL Signals and Systems | 4,50 |
| Master's Thesis Seminar | 3,00 |
| ........ SE Master's Thesis Seminar | 3,00 |
| Free Electives | 12,00 |
