| Overview |
ECTS Credits |
| Mathematics | 10,00 |
| ........ UE Geometrical Methods | 1,25 |
| ........ VL Geometrical Methods | 3,00 |
| ........ KV Numerical Analysis and Optimization | 5,75 |
| Physics | 7,00 |
| ........ UE Physical Principles of Mechatronics | 2,50 |
| ........ VL Physical Principles of Mechatronics | 4,50 |
| Computer Science | 3,00 |
| ........ PR Systems Programming | 3,00 |
| Electives | 54,00 |
| ........ Electrical Drive Engineering | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Electrical Drive Engineering | 21,00 |
| ........................ KV Adaptive and predictive Control | 3,00 |
| ........................ KV Computer Aided Product Development | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Advanced Machine Design | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ................ Area of specialization: Electrical Drive Engineering | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Electrical Drive Engineering | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Discrete Time Signal Processing | 3,00 |
| ................................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ................................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ........................ Subject for the master exam: Electric Drive Technology | |
| ................................ VL Selected Topics of Electrical Drive Technology | 3,00 |
| ................................ PR Lab for Electrical Drives | 3,00 |
| ................................ PR Electronic Circuits of Electrical Drive Engineering Lab | 3,00 |
| ................................ UE Electronic Circuits of Electrical Drive Engineering | 1,25 |
| ................................ VL Electronic Circuits of Electrical Drive Engineering | 3,00 |
| ................................ VL Theory and Applications of Magnetic Bearing Technology | 3,00 |
| ........................ Subject for the master exam: Hydraulics | |
| ................................ PR Hydraulic Lab | 3,00 |
| ................................ KV Servohydraulics | 3,00 |
| ................................ KV Oil Hydraulics | 4,50 |
| ........................ Subject for the master exam: Power Electronics | |
| ................................ VL Cooling of Electronical Elements | 1,50 |
| ................................ UE Power Electronics 1 | 1,25 |
| ................................ VL Power Electronics 1 | 3,00 |
| ................................ UE Power Electronics 2 | 1,25 |
| ................................ VL Power Electronics 2 | 3,00 |
| ................................ PR Power Electronics Lab | 3,00 |
| ........................ Subject for the master exam: Pneumatics | |
| ................................ KV Pneumatics | 3,00 |
| ................................ PR Pneumatics Lab | 3,00 |
| ................................ KV Simulation Methods in Fluid Power | 3,00 |
| ........................ PR Design of Hydraulic Systems | 3,00 |
| ........................ SE Design of Hydraulic Systems | 4,50 |
| ........................ KV Design Methodologies | 3,00 |
| ........ Automatic Control and Robotics | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Automatic Control and Robotics | 21,00 |
| ........................ KV Discrete Time Signal Processing | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ........................ KV Advanced Machine Design | 3,00 |
| ........................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ................ Area of specialization: Automatic Control and Robotics | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Automatic Control and Robotics | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Adaptive and predictive Control | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Thermofluiddynamics | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ........................ Subject for the master exam: Control Systems Technology | |
| ................................ KV Special Topics of Control Design | 3,00 |
| ................................ VL Control System Technology 1 | 3,00 |
| ................................ VL Control System Technology | 3,00 |
| ................................ PR Control System Technology Lab 1 | 3,00 |
| ................................ PR Control System Technology Lab 2 | 3,00 |
| ................................ SE Seminar Automatic Control | 3,00 |
| ................................ UE Process Control Instrumentation Technology | 1,25 |
| ................................ VL Process Control Instrumentation Technology | 3,00 |
| ........................ Subject for the master exam: Control Theory | |
| ................................ KV Special Topics of Control Theory | 3,00 |
| ................................ UE Modern Modelbased Controller Design | 1,50 |
| ................................ VL Modern Modelbased Controller Design | 3,00 |
| ................................ UE Optimal Control | 1,25 |
| ................................ VL Optimal Control | 3,00 |
| ................................ UE Control of nonlinear mechatronic systems 1 | 1,25 |
| ................................ VL Control of nonlinear mechatronic systems 1 | 3,00 |
| ................................ UE Control of nonlinear mechatronic systems 2 | 1,25 |
| ................................ VL Control of nonlinear mechatronic systems 2 | 3,00 |
| ................................ SE Seminar on Nonlinear Systems in Control Theory | 3,00 |
| ................................ SE Seminar on Nonlinear Systems in Control Theory | 3,00 |
| ........................ Subject for the master exam: Robotics | |
| ................................ KV Special Examples in higher Kinetics | 1,50 |
| ................................ KV Special Topics in Robotics | 3,00 |
| ................................ PR Robotics Lab | 4,50 |
| ................................ SE Robotics Seminar | 3,00 |
| ................................ UE Robotics | 1,25 |
| ................................ VL Robotics | 3,00 |
| ................................ SE Seminar Walking Robots | 3,00 |
| ................................ UE Control of Robot Systems | 1,25 |
| ................................ VL Control of Robot Systems | 3,00 |
| ........ Biomedical mechatronics | 39,00/0,00-15,00 |
| ................ Advanced basics in Biomedical mechatronics | 21,00 |
| ........................ KV Adaptive and predictive Control | 3,00 |
| ........................ KV Biology for Engineers | 3,00 |
| ........................ KV Discrete Time Signal Processing | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ................ Area of specialization: Biomedical mechatronics | 18,00/0,00-15,00 |
| ........................ Complementary basics in Biomedical mechatronics | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Electrical Drives | 3,00 |
| ................................ KV Advanced Machine Design | 3,00 |
| ................................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ........................ Subject for the master exam: Biomedical mechatronics | |
| ................................ KV Biomimetics | 4,50 |
| ................................ VL Medical technology 2 | 3,00 |
| ................................ VL Medical technology | 3,00 |
| ................................ VL Theoretical Modelling of Biological Systems | 3,00 |
| ................................ VL Cell biology and genetics | 3,00 |
| ........................ UE Machine Learning: Supervised Techniques | 1,50 |
| ........................ VL Machine Learning: Supervised Techniques | 3,00 |
| ........................ UE Machine Learning: Unsupervised Techniques | 1,50 |
| ........................ VL Machine Learning: Unsupervised Techniques | 3,00 |
| ........................ VL Bioanalytics II | 3,00 |
| ........................ VL Bioanalytics I | 3,00 |
| ........................ VL Biological signalling II | 1,50 |
| ........................ VL Biological signalling I | 3,00 |
| ........................ VL Methods in biochemistry I | 1,50 |
| ........................ VL High Precision Measurement Techniques | 3,00 |
| ........................ PR Digital Image Processing | 3,00 |
| ........................ UE Design of Lightweight Structures | 2,50 |
| ........................ VL Biological Control Loops Lab | 3,00 |
| ........................ VL Digital Image Processing | 3,00 |
| ........................ VL Introduction to Medical Law | 1,50 |
| ........................ SE Medical technology | 3,00 |
| ........................ VL Optical Sensors for Biomedical Applications | 3,00 |
| ........................ PR Practical training biomimetics | 3,00 |
| ........................ PR Practical training medical technology | 3,00 |
| ........................ VL Radiology: imaging methods and their applications | 1,50 |
| ........................ UE Theoretical Modelling of Biological Systems | 3,00 |
| ........................ VL Physics of Soft Matter | 3,00 |
| ........................ SE Seminar in physics of soft materials | 3,00 |
| ........................ VL Chemistry for Physicists I (Gen. and Inorg. Chem.) | 3,00 |
| ........................ VL Chemistry for Physicist II | 3,00 |
| ........ Mechatronic Design | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Mechatronic Design | 21,00 |
| ........................ KV Design of Lightweight Structures | 3,00 |
| ........................ KV Computer Aided Product Development | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ........................ KV Advanced Machine Design | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ................ Area of specialization: Mechatronic Design | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Mechatronic Design | 0,00-18,00 |
| ................................ KV Adaptive and predictive Control | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Discrete Time Signal Processing | 3,00 |
| ................................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ................................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ........................ Subject for the master exam: Computer-Aided Manufacturing | |
| ................................ UE Selected Aspects and Applications of the Method of Finite Elements | 1,25 |
| ................................ VL Selected Aspects and Applications of the Method of Finite Elements | 3,00 |
| ................................ VL Special Topics in Manufacturing Technology | 3,00 |
| ................................ KV Computer Aided Manufacturing - CAD-CAM | 4,50 |
| ........................ Subject for the master exam: Mechanisms and Gear Trains and Design Theory | |
| ................................ KV Selected Chapters of Mechanisms and Gear Trains | 3,00 |
| ................................ PR Design of Hydraulic Systems | 3,00 |
| ................................ SE Design of Hydraulic Systems | 4,50 |
| ................................ KV Design Methodologies | 3,00 |
| ........................ Subject for the master exam: Design of Lightweight Structures | |
| ................................ UE Design of Lightweight Structures | 2,50 |
| ................................ UE Lightweight Design with Composite Materials | 1,50 |
| ................................ VL Lightweight Design with Composite Materials | 3,00 |
| ................................ VL Structural Durability and Damage Tolerance | 3,00 |
| ................................ VL Structural Health Monitoring | 3,00 |
| ................................ KV Selected Topics of Design of Lightweight Structures | 3,00 |
| ................................ KV Structure Analysis with Finite Element Methods | 1,50 |
| ........................ Subject for the master exam: Mechatronic Product Development | |
| ................................ VL Special Topics in Mechatronic Design | 3,00 |
| ................................ PR Computer Aided Product Development | 3,00 |
| ................................ VL Computer Aided Design - CAD | 3,00 |
| ................................ VL Introduction to Innovationmanagement and Marketing | 3,00 |
| ................................ SE Solution Finding Techniques | 3,00 |
| ................................ VL Realization of technical developments | 3,00 |
| ........................ PR Electronic Circuits of Electrical Drive Engineering Lab | 3,00 |
| ........................ UE Electronic Circuits of Electrical Drive Engineering | 1,25 |
| ........................ VL Electronic Circuits of Electrical Drive Engineering | 3,00 |
| ........................ PR Hydraulic Lab | 3,00 |
| ........................ KV Oil Hydraulics | 4,50 |
| ........ Sensors and Instrumentation | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Sensors and Instrumentation | 21,00 |
| ........................ KV Discrete Time Signal Processing | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ........................ KV Communications Engineering | 3,00 |
| ................ Area of specialization: Sensors and Instrumentation | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Sensors and Instrumentation | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Adaptive and predictive Control | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ................................ KV Advanced Machine Design | 3,00 |
| ........................ Subject for the master exam: Measurement Technology and Sensors | |
| ................................ PR High Precision Measurement Techniques | 3,00 |
| ................................ VL High Precision Measurement Techniques | 3,00 |
| ................................ PR Process Variables Measurement Techniques | 3,00 |
| ................................ KV Selected Problems in Measurement Technology | 2,50 |
| ................................ KV Selected Problems in Sensor Technology | 2,50 |
| ................................ PR Optical Measurement Systems | 4,50 |
| ................................ VL Optical Measurement Systems | 3,00 |
| ................................ PR Sensors and Actuators in Mechatronics | 3,00 |
| ................................ VL Sensors and Actuators in Mechatronics | 3,00 |
| ................................ KV Simulation Software Tools in Mechatronics | 3,00 |
| ................................ SE Advanced Topics in Digital Signal Processing for PhD Students | 3,00 |
| ........................ Subject for the master exam: Digital Signal und Image Processing | |
| ................................ PR Digital Image Processing | 3,00 |
| ................................ VL Digital Image Processing | 3,00 |
| ................................ PR Discrete Time Signal Processing | 4,50 |
| ................................ UE Discrete Time Signal Processing | 2,50 |
| ................................ SE Discrete Time Signal Processing | 3,00 |
| ................................ UE Statistical Signal Processing | 2,50 |
| ................................ VL Statistical Signal Processing | 3,00 |
| ................................ SE Advanced Topics in Digital Signal Processing for PhD Students | 3,00 |
| ........................ UE Analogue Circuit Design | 1,25 |
| ........................ VL Analogue Circuit Design | 3,00 |
| ........................ PR Computer-assisted Analogue Circuit Desgin | 4,50 |
| ........................ UE Microsensors | 1,25 |
| ........................ VL Microsensors | 3,00 |
| ........................ VL Microwave Sensing | 3,00 |
| ........ Microelectronics and Microsystems Technology | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Microelectronics and Microsystems Technology | 21,00 |
| ........................ KV Discrete Time Signal Processing | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ........................ KV Communications Engineering | 3,00 |
| ................ Area of specialization: Microelectronics and Microsystems Technology | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Microelectronics and Microsystems Technology | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Adaptive and predictive Control | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ................................ KV Advanced Machine Design | 3,00 |
| ........................ Subject for the master exam: Analog Electronics | |
| ................................ UE Analogue Circuit Design | 1,25 |
| ................................ VL Analogue Circuit Design | 3,00 |
| ................................ KV Special Topics in Microelectronics | 3,00 |
| ................................ PR Computer-assisted Analogue Circuit Desgin | 4,50 |
| ................................ UE Electronic Systems | 1,25 |
| ................................ VL Electronic Systems | 3,00 |
| ................................ VL Design of Integrated A/D-Converter | 3,00 |
| ................................ VL Integrated RF Circuit Design | 3,00 |
| ................................ PR Advanced Electronic Circuits Lab | 3,00 |
| ........................ Subject for the master exam: Digital Electronics | |
| ................................ KV Hardware Design | 4,50 |
| ................................ VL Special Topics in Integrated Circuits | 3,00 |
| ................................ PR Circuit Design with HDL Lab (Hardware Description Language) | 4,50 |
| ................................ SE Seminar Integrated Circuits | 3,00 |
| ........................ Subject for the master exam: Electrodynamics | |
| ................................ KV Specialisation in electrical networks and electromagnetic fields | 3,00 |
| ................................ UE Advanced Electrodynamics and Network Theory | 1,25 |
| ................................ VL Advanced Electrodynamics and Network Theory | 3,00 |
| ........................ Subject for the master exam: Microsensors and Microsystems Technology | |
| ................................ KV Selected Topics in Microsystems Technology | 3,00 |
| ................................ UE Microsensors | 1,25 |
| ................................ VL Microsensors | 3,00 |
| ................................ PR Microelectronics and Microsystems Technology Lab | 3,00 |
| ................................ PR Mircosensors Laboratory | 3,00 |
| ................................ SE Seminar Microsystems Technology | 3,00 |
| ........................ UE Microwave Engineering 1 | 1,25 |
| ........................ VL Microwave Engineering 1 | 3,00 |
| ........................ UE Microwave Engineering 2 | 1,25 |
| ........................ VL Microwave Engineering 2 | 3,00 |
| ........................ VL Microwave Sensing | 3,00 |
| ........................ VL Optical Sensors for Biomedical Applications | 3,00 |
| ........................ PR Laboratory Course in RF-Measurements-Techniques | 3,00 |
| ........................ PR Microwave Lab | 3,00 |
| ........................ VL Nanofabrication II: Semiconductor Technology | 3,00 |
| ........ Communications- and RF-Engineering | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Communications- and RF-Engineering | 21,00 |
| ........................ KV Adaptive and predictive Control | 3,00 |
| ........................ KV Discrete Time Signal Processing | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Communications Engineering | 3,00 |
| ................ Area of specialization: Communications- and RF-Engineering | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Communications- and RF-Engineering | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Advanced Machine Design | 3,00 |
| ................................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ................................ KV Thermofluiddynamics | 3,00 |
| ........................ Subject for the master exam: RF Engineering | |
| ................................ UE Microwave Engineering 1 | 1,25 |
| ................................ VL Microwave Engineering 1 | 3,00 |
| ................................ KV Selected Topics in Microwave Engineering | 3,00 |
| ................................ UE Microwave Engineering 2 | 1,25 |
| ................................ VL Microwave Engineering 2 | 3,00 |
| ................................ VL Integrated RF Circuit Design | 3,00 |
| ................................ VL Microwave Sensing | 3,00 |
| ................................ PR Digital Signal Processing for Communications and Radar Lab | 3,00 |
| ................................ PR Laboratory Course in RF-Measurements-Techniques | 3,00 |
| ................................ PR Microwave Lab | 3,00 |
| ................................ PR Radar Lab | 3,00 |
| ................................ UE Radar Signal Processing | 1,25 |
| ................................ VL Radar Signal Processing | 3,00 |
| ........................ Subject for the master exam: Communications Engineering | |
| ................................ KV Selected Topics in Communications Engineering | 4,50 |
| ................................ PR Signal Processing Architectures | 4,50 |
| ................................ VL Signal Processing Architectures | 3,00 |
| ................................ UE Digital Communication Systems | 1,25 |
| ................................ VL Digital Communication Systems | 3,00 |
| ................................ UE Optimum and Adaptive Signal Processing Systems | 1,50 |
| ................................ VL Optimum and Adaptive Signal Processing Systems | 3,00 |
| ................................ KV Selected Topics in Communications Engineering | 3,00 |
| ................................ UE Digital Signal Processing for Communications Engineering | 1,25 |
| ................................ VL Digital Signal Processing for Communications Engineering | 3,00 |
| ................................ PR Digital Communication Systems Lab | 3,00 |
| ................................ VL Mobile Communications | 3,00 |
| ................................ SE Communications Engineering, Seminar | 3,00 |
| ........ System Analysis and Optimization | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for System Analysis and Optimization | 21,00 |
| ........................ KV Adaptive and predictive Control | 3,00 |
| ........................ KV Discrete Time Signal Processing | 3,00 |
| ........................ KV Electrical Drives | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ........................ KV Advanced Machine Design | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ................ Area of specialization: System Analysis and Optimization | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for System Analysis and Optimization | 0,00-18,00 |
| ................................ KV Design of Lightweight Structures | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ................................ KV Control Theory of Nonlinear Systems | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ........................ Subject for the master exam: Automotive Control | |
| ................................ UE Selected chapters in dynamical systems | 1,25 |
| ................................ VL Selected chapters in dynamical systems | 3,00 |
| ................................ UE Fundamentals of Combustion Engines | 1,25 |
| ................................ VL Fundamentals of Combustion Engines | 3,00 |
| ................................ VL Control Systemes Design II | 3,00 |
| ................................ PR Combustion engine control | 3,00 |
| ................................ VL Combustion engine control | 3,00 |
| ........................ Subject for the master exam: Control Systems | |
| ................................ SE Advances in System Analysis and Control | 3,00 |
| ................................ VL Analysis and Control of vehicle drivelines | 3,00 |
| ................................ UE Special Topics of Control Systems Design | 1,25 |
| ................................ VL Special Topics of Control Systems Design | 3,00 |
| ................................ PR Biological Control Loops Lab | 1,50 |
| ................................ VL Biological Control Loops Lab | 3,00 |
| ................................ KV Control Systemes Design I | 4,25 |
| ................................ UE Energy systems control | 1,25 |
| ................................ VL Energy systems control | 3,00 |
| ................................ PR Adanced Lab in Adaptive and Predictive Control | 3,00 |
| ........................ PR Analysis and Control of vehicle drivelines lab | 3,00 |
| ........................ UE Mathematical Methods of System Analysis | 1,25 |
| ........................ VL Mathematical Methods of System Analysis | 3,00 |
| ........................ PR Control Systemes Design II | 3,00 |
| ........ Mechanics of Solids and Fluids | 39,00/0,00-15,00 |
| ................ Advanced basics in Mechatronics for Mechanics of Solids and Fluids | 21,00 |
| ........................ KV Design of Lightweight Structures | 3,00 |
| ........................ KV Electrical Networks and Electromagnetic Fields | 3,00 |
| ........................ KV Higher Kinetics - Multibody Systems | 3,00 |
| ........................ KV Advanced Machine Design | 3,00 |
| ........................ KV Nonlinear Field Theories of Mechanics | 3,00 |
| ........................ KV Control Theory of Nonlinear Systems | 3,00 |
| ........................ KV Thermofluiddynamics | 3,00 |
| ................ Area of specialization: Mechanics of Solids and Fluids | 18,00/0,00-15,00 |
| ........................ Complementary basics in Mechatronics for Mechanics of Solids and Fluids | 0,00-18,00 |
| ................................ KV Adaptive and predictive Control | 3,00 |
| ................................ KV Biology for Engineers | 3,00 |
| ................................ KV Computer Aided Product Development | 3,00 |
| ................................ KV Discrete Time Signal Processing | 3,00 |
| ................................ KV Electrical Drives | 3,00 |
| ................................ KV Communications Engineering | 3,00 |
| ........................ Subject for the master exam: Computational Methods of Mechanics | |
| ................................ KV Selected Topics in Computational Methods in Mechanics | 3,00 |
| ................................ PR Experimental and Numerical Methods in Mechanics | 4,50 |
| ................................ VL Experimental and Numerical Methods in Mechanics | 3,00 |
| ................................ UE Advanced Computational Methods in Mechanics | 1,25 |
| ................................ VL Advanced Computational Methods in Mechanics | 3,00 |
| ........................ Subject for the master exam: Strengh of Materials | |
| ................................ KV Selected Topics in Strength of Materials | 3,00 |
| ................................ VL Advanced Strength of Materials | 3,00 |
| ................................ SE Modern Trends in Engineering Mechanics | 3,00 |
| ........................ Subject for the master exam: Numerical Methods in Thermo-Fluid Dynamics | |
| ................................ KV Introduction to particle simulation | 3,00 |
| ................................ PR Numerical Methods in Fluid Mechanics | 4,50 |
| ................................ VL Numerical Methods in Fluid Mechanics | 3,00 |
| ................................ SE Seminar in Thermofluiddynamics | 3,00 |
| ........................ Subject for the master exam: Sound and Vibrations | |
| ................................ KV Selected Topics in Theory of Vibrations | 3,00 |
| ................................ KV Vehicle Dynamics | 3,00 |
| ................................ UE Mechanics of Smart Structures | 1,25 |
| ................................ VL Mechanics of Smart Structures | 3,00 |
| ................................ KV Modelling of vibratory systems | 3,00 |
| ................................ UE Rotordynamics | 1,25 |
| ................................ VL Rotordynamics | 3,00 |
| ................................ SE Seminar Engineering Mechanics of Sloid Bodies | 3,00 |
| ........................ Subject for the master exam: Thermo-Fluid Dynamics | |
| ................................ KV Special Topics in Thermofluiddynamics | 3,00 |
| ................................ UE Fluid Dynamics 1 | 1,25 |
| ................................ VL Fluid Dynamics 1 | 3,00 |
| ................................ UE Fluid Dynamics 2 | 1,25 |
| ................................ VL Fluid Dynamics 2 | 3,00 |
| ................................ PR Thermofluiddynamics Laboratory | 4,50 |
| ........ Advanced principles of mathematics and nature sciences for machatronics | 0,00-15,00 |
| ................ Subject for the master exam: Advanced Mathmatics for Mechatronics | |
| ........................ KV Probability Theory and Stochastic processes | 3,00 |
| ........................ VL Statistical methods | 3,00 |
| ........................ VL Mathematical fundamentals of CAD | 3,00 |
| ........................ UE Mathematical methods in control theory | 1,25 |
| ........................ VL Mathematical methods in control theory | 3,00 |
| ................ UE Experimental Physics II | 1,25 |
| ................ VL Experimental Physics II | 3,00 |
| ................ PR Semiconductor physics laboratory | 3,00 |
| ................ VL Electronic and Optoelectronic Devices | 4,50 |
| ................ VL Semiconductor and Solid State Physics | 3,00 |
| ................ UE Fuzzy logic | 1,50 |
| ................ VL Fuzzy logic | 3,00 |
| ................ UE Fuzzy Systems | 1,50 |
| ................ VL Fuzzy Systems | 3,00 |
| ................ UE Statistical methods | 1,50 |
| ................ UE Reliability theory | 1,50 |
| ................ VL Reliability theory | 3,00 |
| ........ Gender Studies | 0,00-6,00 |
| ................ VL Ethics and Gender Studies | 3,00 |
| ................ KV Gender Studies Managing Equality TN | 3,00 |
| Master's Thesis Seminar | 3,00 |
| ........ SE Master's Thesis Seminar | 3,00 |
| Free Electives | 16,00 |
