| Overview |
ECTS Credits |
| Electrical Engineering and Electronics | 12,00 |
| ........ UE Design of complex integrated circuits | 1,50 |
| ........ VL Design of complex integrated circuits | 3,00 |
| ........ UE Microwave Engineering 1 | 1,50 |
| ........ VL Microwave Engineering 1 | 3,00 |
| ........ KV Advanced Electrodynamics | 3,00 |
| Mathematics and Information Engineering | 15,00 |
| ........ UE Digital Communication Systems | 1,50 |
| ........ 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 Numerical Analysis and Optimization | 6,00 |
| Electives | 48,00 |
| ........ ELIT Specialization | 24,00/36,00/24,00/24,00 |
| ................ RF-Engineering | 12,00 |
| ........................ UE Microwave Engineering 2 | 1,50 |
| ........................ VL Microwave Engineering 2 | 3,00 |
| ........................ VL Integrated RF Circuit Design | 3,00 |
| ........................ PR Digital Signal Processing for Communications and Radar Lab | 3,00 |
| ........................ PR Microwave Lab | 3,00 |
| ........................ UE Radar System Engineering | 1,50 |
| ........................ VL Radar System Engineering | 3,00 |
| ........................ VL Microwave Sensing | 3,00 |
| ........................ PR Radar Lab | 3,00 |
| ................ Integrated Circuit Design | 12,00 |
| ........................ VL Advanced Integrated Circuit Design | 3,00 |
| ........................ UE Electronic and Optoelectronic Devices | 1,50 |
| ........................ VL Electronic and Optoelectronic Devices | 4,50 |
| ........................ PR Computer-assisted Analogue Circuit Desgin | 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 |
| ........................ VL Signal integrity and EMC of integrated circuits | 3,00 |
| ................ Digital Hardware Design | 12,00 |
| ........................ KV Hardware Design | 4,50 |
| ........................ KV Practical Introduction to Modern System Design with C++ | 4,50 |
| ........................ VL Quantum Computing | 3,00 |
| ........................ KV Open Source IC Design | 4,50 |
| ........................ KV VLSI Design | 3,00 |
| ................ Signal- and Information Processing | 12,00 |
| ........................ UE Machine Learning: Supervised Techniques | 1,50 |
| ........................ VL Machine Learning: Supervised Techniques | 3,00 |
| ........................ PR Signal Processing Architectures | 4,50 |
| ........................ VL Signal Processing Architectures | 3,00 |
| ........................ KV Efficient Signal Processing Algorithms | 3,00 |
| ........................ PR Digital Signal Processing for Communications and Radar Lab | 3,00 |
| ........................ SE Seminar in Signal Processing | 3,00 |
| ........................ KV Image Processing | 3,00 |
| ................ Communications Engineering | 12,00 |
| ........................ VL Wireless Sensor Networks | 3,00 |
| ........................ KV Advanced Digital Communications | 3,00 |
| ........................ PR Digital Communication Systems Lab | 3,00 |
| ........................ VL Mobile Communications | 3,00 |
| ........................ SE Communications Engineering, Seminar | 3,00 |
| ........................ VL Molecular communication | 3,00 |
| ................ Microelectronics and Microsystems Technology | 12,00 |
| ........................ PR Laboratory Course in RF-Measurements-Techniques | 3,00 |
| ........................ SE Seminar Microsystems Technology | 3,00 |
| ........................ KV Microsensors | 3,00 |
| ........................ VL Microwave Sensing | 3,00 |
| ........................ VL Optical Sensors for Biomedical Applications | 3,00 |
| ........................ PR Microelectronics and Microsystems Technology Lab | 3,00 |
| ........................ PR Mircosensors Laboratory | 3,00 |
| ........ ELIT Complementation | 12,00/0,00/0,00/0,00 |
| ................ Control Design | 12,00 |
| ........................ UE Linear Control Theory | 3,00 |
| ........................ VL Linear Control Theory | 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 |
| ........................ UE Geometric Metheods in Control Theory | 1,50 |
| ........................ VL Geometric Metheods in Control Theory | 3,00 |
| ........................ KV Optimization | 3,00 |
| ........................ UE Control Theory for Nonlinear Systems | 1,50 |
| ........................ VL Control Theory for Nonlinear Systems | 3,00 |
| ................ Embedded Systems | 12,00 |
| ........................ VL Production Automation Systems | 3,00 |
| ........................ UE Computer Networks | 1,50 |
| ........................ VL Computer Networks | 3,00 |
| ........................ KV Debugging | 3,00 |
| ........................ KV Network Management | 3,00 |
| ........................ KV Practical Introduction to Modern System Design with C++ | 4,50 |
| ........................ KV Software Testing | 3,00 |
| ........................ KV Advanced Cryptology | 3,00 |
| ........................ PR Project in Embedded Systems | 4,50 |
| ........................ KV VLSI Design | 3,00 |
| ........................ UE Production Automation Systems | 1,50 |
| ................ Electric Drive Technology and Power Electronics | 12,00 |
| ........................ VL Cooling of Electronic Elements | 1,50 |
| ........................ 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 Electric Drive Technology | 3,00 |
| ........................ KV Electronic Circuits of Electric Drive Engineering | 3,00 |
| ........................ PR Electronic Circuits of Electric Drive Engineering Lab | 3,00 |
| ................ Semiconductor Physics | 12,00 |
| ........................ UE Electronic and Optoelectronic Devices | 1,50 |
| ........................ VL Electronic and Optoelectronic Devices | 4,50 |
| ........................ UE Semiconductor and Solid State Physics | 1,50 |
| ........................ VL Semiconductor and Solid State Physics | 3,00 |
| ........................ VL Nanofabrication II: Semiconductor Technology | 3,00 |
| ........................ UE Physics of low dimensional systems | 1,50 |
| ........................ VL Physics of low dimensional systems | 4,50 |
| ........................ VL Quantum Computation and Communication | 3,00 |
| ........................ UE Semiconductor physics for advanced students | 1,50 |
| ........................ VL Semiconductor physics for advanced students | 3,00 |
| ................ Artificial Intelligence | 12,00 |
| ........................ 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 |
| ........................ UE Deep Learning and Neural Nets II | 1,50 |
| ........................ VL Deep Learning and Neural Nets II | 3,00 |
| ........................ UE Deep Learning and Neural Nets I | 1,50 |
| ........................ VL Deep Learning and Neural Nets I | 3,00 |
| ........................ UE LSTM and Recurrent Neural Nets | 1,50 |
| ........................ VL LSTM and Recurrent Neural Nets | 3,00 |
| ........................ UE Theoretical Concepts of Machine Learning | 1,50 |
| ........................ VL Theoretical Concepts of Machine Learning | 3,00 |
| ................ Measurement Technology and Sensors | 12,00 |
| ........................ PR High Precision Measurement Techniques | 3,00 |
| ........................ KV Image Processing | 3,00 |
| ........................ KV Microsensors | 3,00 |
| ........................ VL Microwave Sensing | 3,00 |
| ........................ KV Optical Measurement Systems | 3,00 |
| ........................ PR Mircosensors Laboratory | 3,00 |
| ........................ KV Process measurement technology | 3,00 |
| ................ Software Engineering | 12,00 |
| ........................ UE Databases and Information Systems 1 | 3,00 |
| ........................ VL Databases and Information Systems 1 | 3,00 |
| ........................ PR Practical Training in Software Development 2 | 3,00 |
| ........................ UE Software Engineering | 1,50 |
| ........................ VL Software Engineering | 3,00 |
| ........................ PR Systems Programming | 3,00 |
| ........................ KV Requirements Engineering | 3,00 |
| ........................ SE Seminar in Software Engineering | 3,00 |
| ........................ KV Software Architectures | 4,50 |
| ........................ KV Software Processes and Tools | 3,00 |
| ........................ KV Software Testing | 3,00 |
| ................ Autonomous Systems | 12,00 |
| ........................ 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 |
| ................ Biomedical Electronics | 12,00 |
| ........................ 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 |
| ................ Electrodynamics | 12,00 |
| ........................ UE Microwave Engineering 2 | 1,50 |
| ........................ VL Microwave Engineering 2 | 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 |
| ........ Technical Supplement | 12,00/12,00/3,00/4,50 |
| ................ Gender Studies | 0,00-9,00 |
| ........................ KS Social and gender IT aspects | 3,00 |
| ........................ VL Ethics and Gender Studies | 3,00 |
| ........................ KV Gender Studies Managing Equality TN | 3,00 |
| ................ KV Special Topics (1,5 ECTS) | 1,50 |
| ................ UE Special Topics (1,5 ECTS) | 1,50 |
| ................ VL Special Topics (1,5 ECTS) | 1,50 |
| ................ KV Special Topics (3 ECTS) | 3,00 |
| ................ UE Special Topics (3 ECTS) | 3,00 |
| ................ VL Special Topics (3 ECTS) | 3,00 |
| ................ KV Special Topics (4,5 ECTS) | 4,50 |
| ................ SE Special Topics | 3,00 |
| ................ 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 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 |
| ........ Bridge Subjects | 0,00/0,00/21,00/19,50 |
| ................ Bridge Subject for Computer Science Bachelor Students | 21,00 |
| ........................ KV Analog Circuit Design | 3,00 |
| ........................ KV Hardware Design using VHDL | 3,00 |
| ........................ UE Introduction in Integrated Circuit Design | 1,50 |
| ........................ VL Introduction in Integrated Circuit Design | 3,00 |
| ........................ UE Signals and Systems | 1,50 |
| ........................ VL Signals and Systems | 4,50 |
| ........................ UE Theoretical Electrical Engineering | 1,50 |
| ........................ VL Theoretical Electrical Engineering | 3,00 |
| ................ Bridge Subject for Mechatronics Bachelor Students | 19,50 |
| ........................ KV Analog Circuit Design | 3,00 |
| ........................ KV Hardware Design using VHDL | 3,00 |
| ........................ UE Signal Processing | 1,50 |
| ........................ VL Signal Processing | 4,50 |
| ........................ UE Introduction in Integrated Circuit Design | 1,50 |
| ........................ VL Introduction in Integrated Circuit Design | 3,00 |
| ........................ KV Probability Theory and Stochastic Processes | 3,00 |
| Subject Master's Thesis Seminar | 3,00 |
| ........ SE Master's Thesis Seminar | 3,00 |
| Free Electives | 15,00 |
