Inhalt

Master's programme Electronics and Information Technology (K 066/489)

Versionsauswahl
Overview ECTS Credits
Electrical Engineering13,00
........ UE Design of complex integrated circuits1,50
........ VL Design of complex integrated circuits3,00
........ UE Microwave Engineering 11,25
........ VL Microwave Engineering 13,00
........ UE Advanced Electrodynamics and Network Theory1,25
........ VL Advanced Electrodynamics and Network Theory3,00
Information Technology17,75
........ UE Formal Models1,50
........ VL Formal Models3,00
........ UE Hardware Design1,50
........ VL Hardware Design3,00
........ UE Digital Communication Systems1,25
........ VL Digital Communication Systems3,00
........ UE Optimum and Adaptive Signal Processing Systems1,50
........ VL Optimum and Adaptive Signal Processing Systems3,00
Mathematics and Physics14,75
........ UE Semiconductor and Solid State Physics1,50
........ VL Semiconductor and Solid State Physics4,50
........ KV Numerical Analysis and Optimization5,75
........ VL Optoelectronic devices3,00
Electives or Bridge Subject32,50
........ Microelectronics and Microsystems Technology0,00-32,50
................ Subject for the master's exam: Microsensors and Microsystems Technology
........................ KV Selected Topics in Microsystems Technology3,00
........................ UE Microsensors1,25
........................ VL Microsensors3,00
........................ VL Optical Sensors for Biomedical Applications3,00
........................ PR Microelectronics and Microsystems Technology Lab3,00
........................ PR Mircosensors Laboratory3,00
........................ SE Seminar Microsystems Technology3,00
................ KV HF measurement3,00
................ KV Special Topics in Microelectronics3,00
................ UE Electronic Systems1,25
................ VL Electronic Systems3,00
................ UE Microwave Engineering 21,25
................ VL Microwave Engineering 23,00
................ VL Integrated RF Circuit Design3,00
................ VL Microwave Sensing3,00
................ PR Advanced Electronic Circuits Lab3,00
................ PR Laboratory Course in RF-Measurements-Techniques3,00
................ PR Microwave Lab3,00
................ PR Radar Lab3,00
........ Communications- and RF-Engineering0,00-32,50
................ Subject for the master's exam: RF Engineering
........................ KV HF measurement3,00
........................ KV Selected Topics in Microwave Engineering3,00
........................ UE Microwave Engineering 21,25
........................ VL Microwave Engineering 23,00
........................ VL Integrated RF Circuit Design3,00
........................ VL Microwave Sensing3,00
........................ PR Digital Signal Processing for Communications and Radar Lab3,00
........................ PR Laboratory Course in RF-Measurements-Techniques3,00
........................ PR Microwave Lab3,00
........................ PR Radar Lab3,00
........................ UE Radar Signal Processing1,25
........................ VL Radar Signal Processing3,00
................ Subject for the master's exam: Communications Engineering
........................ KV Selected Topics in Communications Engineering3,00
........................ UE Digital Signal Processing for Communications Engineering1,25
........................ VL Digital Signal Processing for Communications Engineering3,00
........................ PR Digital Communication Systems Lab3,00
........................ VL Mobile Communications3,00
........................ SE Communications Engineering, Seminar3,00
........ Electronic Circuits0,00-32,50
................ Subject for the master's exam: Analog Electronics
........................ VL Modelling and simulation of electronic circuits3,00
........................ VL Signal integrity and EMV of integrated circuits3,00
........................ VL Testing of integrated circuit3,00
........................ PR Computer-assisted Analogue Circuit Desgin4,50
........................ VL Design of Integrated A/D-Converter3,00
........................ VL Integrated RF Circuit Design3,00
........................ PR Advanced Electronic Circuits Lab3,00
................ Subject for the master's exam: Digital Electronics
........................ PR Design of Integrated Circuits3,00
........................ KV Hardware Design with Programmable Logic3,00
........................ KV VLSI Design3,00
........................ VL Special Topics in Integrated Circuits3,00
........................ PR Circuit Design with HDL Lab (Hardware Description Language)4,50
........................ SE Seminar Integrated Circuits3,00
................ KV HF measurement3,00
................ PR Lab course in organic electronics3,00
................ VL Organic electronics3,00
................ UE Power Electronics 11,25
................ VL Power Electronics 13,00
................ UE Power Electronics 21,25
................ VL Power Electronics 23,00
................ PR Power Electronics Lab3,00
................ VL Physics and Chemistry of Organic Semiconductors2,60
................ SE Science and Technology of Organic Semiconductors1,60
........ Signal- and Information Processing0,00-32,50
................ Subject for the master's exam: Signal- and Information Processing
........................ PR Signal Processing Architectures4,50
........................ VL Signal Processing Architectures3,00
........................ KV Selected Topics in Signal- and Information Processing3,00
................ UE Machine Learning: Supervised Techniques1,50
................ VL Machine Learning: Supervised Techniques3,00
................ UE Machine Learning: Unsupervised Techniques1,50
................ VL Machine Learning: Unsupervised Techniques3,00
................ PR Digital Image Processing3,00
................ VL Digital Image Processing3,00
................ KV Discrete Time Signal Processing3,00
................ PR Discrete Time Signal Processing4,50
................ UE Discrete Time Signal Processing2,50
................ PR Digital Signal Processing for Communications and Radar Lab3,00
................ UE Radar Signal Processing1,25
................ VL Radar Signal Processing3,00
................ UE Statistical Signal Processing2,50
................ VL Statistical Signal Processing3,00
........ Sensors and Instrumentation0,00-32,50
................ Subject for the master's exam: Measurement Technology and Sensors
........................ PR Electromagnetic compatibility and electrostatic discharges in measurement technology3,00
........................ VL Electromagnetic compatibility and electrostatic discharges in measurement technology3,00
........................ KV Selected Problems in Measurement Technology2,50
........................ PR Optical Measurement Systems4,50
........................ VL Optical Measurement Systems3,00
................ Subject for the master's exam: Digital Signal und Image Processing
........................ PR Digital Image Processing3,00
........................ VL Digital Image Processing3,00
........................ KV Discrete Time Signal Processing3,00
........................ PR Discrete Time Signal Processing4,50
........................ UE Discrete Time Signal Processing2,50
........................ SE Discrete Time Signal Processing3,00
........................ UE Statistical Signal Processing2,50
........................ VL Statistical Signal Processing3,00
................ KV HF measurement3,00
................ UE Microsensors1,25
................ VL Microsensors3,00
................ VL Microwave Sensing3,00
................ PR Laboratory Course in RF-Measurements-Techniques3,00
........ Automatic Control and Drives0,00-32,50
................ Subject for the master's exam: Electric Drive Technology
........................ UE Electrical Machines1,25
........................ VL Electrical Machines3,00
........................ VL Selected Topics of Electrical Drive Technology3,00
........................ KV Electrical Drives3,00
........................ PR Lab for Electrical Drives3,00
........................ PR Electronic Circuits of Electrical Drive Engineering Lab3,00
........................ UE Electronic Circuits of Electrical Drive Engineering1,25
........................ VL Electronic Circuits of Electrical Drive Engineering3,00
........................ VL Theory and Applications of Magnetic Bearing Technology3,00
........................ KV Thermofluiddynamics3,00
................ Subject for the master's exam: Power Electronics
........................ VL Cooling of Electronical Elements1,50
........................ UE Power Electronics 11,25
........................ VL Power Electronics 13,00
........................ UE Power Electronics 21,25
........................ VL Power Electronics 23,00
........................ PR Power Electronics Lab3,00
................ Subject for the master's exam: Control Systems Technology
........................ KV Special Topics of Control Design3,00
........................ VL Control System Technology 13,00
........................ VL Control System Technology3,00
........................ PR Control System Technology Lab 13,00
........................ PR Control System Technology Lab 23,00
........................ SE Seminar Automatic Control3,00
................ Subject for the master's exam: Control Systems
........................ KV Adaptive and predictive Control3,00
........................ PR Biological Control Loops Lab1,50
........................ VL Biological Control Loops Lab3,00
........................ UE Energy systems control1,25
........................ VL Energy systems control3,00
........................ PR Adanced Lab in Adaptive and Predictive Control3,00
................ Subject for the master's exam: Control Theory
........................ UE Modern Modelbased Controller Design1,50
........................ VL Modern Modelbased Controller Design3,00
........................ UE Control of nonlinear mechatronic systems 11,25
........................ VL Control of nonlinear mechatronic systems 13,00
........................ UE Control of nonlinear mechatronic systems 21,25
........................ VL Control of nonlinear mechatronic systems 23,00
................ UE Mathematical methods in control theory1,25
................ VL Mathematical methods in control theory3,00
........ Medical- and Bioelectronics0,00-32,50
................ Subject for the master's exam: Medical- and Bioelectronics
........................ KV Biology for Engineers3,00
........................ KV Biomimetics4,50
........................ VL Medical technology 23,00
........................ SE Medical technology3,00
........................ VL Medical technology3,00
........................ UE Theoretical Modelling of Biological Systems3,00
........................ VL Theoretical Modelling of Biological Systems3,00
........................ VL Cell biology and genetics3,00
................ UE Machine Learning: Supervised Techniques1,50
................ VL Machine Learning: Supervised Techniques3,00
................ UE Machine Learning: Unsupervised Techniques1,50
................ VL Machine Learning: Unsupervised Techniques3,00
................ KV Special Topics on Bioinformatics (Biology/Chemistry/Physics/Mathematics)3,00
................ KV Special Topics on Bioinformatics (Computer Science)3,00
................ VL Bioanalytics II3,00
................ VL Bioanalytics I3,00
................ VL Biological signalling II1,50
................ VL Biological signalling I3,00
................ PR High Precision Measurement Techniques3,00
................ VL High Precision Measurement Techniques3,00
................ KV Selected Topics in Medical- and Bioelectronics3,00
................ PR Digital Image Processing3,00
................ VL Biological Control Loops Lab3,00
................ VL Digital Image Processing3,00
................ VL Introduction to Medical Law1,50
................ VL Optical Sensors for Biomedical Applications3,00
................ PR Practical training biomimetics3,00
................ PR Practical training medical technology3,00
................ VL Radiology: imaging methods and their applications1,50
................ VL Physics of Soft Matter3,00
................ SE Seminar in physics of soft materials3,00
........ Modern Physics0,00-32,50
................ Subject for the master's exam: Semiconductor and Solid-State Physics
........................ PR Semiconductor physics laboratory3,00
........................ PR Lab course in organic electronics3,00
........................ VL Organic electronics3,00
........................ VL Special topics in Nanotechnology3,00
........................ VL Laser techniques for micro- and nanostructuring3,00
........................ VL Nanoelectronics3,00
........................ VL Nanofabrication II: Semiconductor Technology3,00
........................ UE Physics of low dimensional systems1,50
........................ VL Physics of low dimensional systems4,50
........................ SE Seminar in Nanoscience and -technology3,00
........................ VL Smart Materials3,00
........................ VL Physics and Chemistry of Organic Semiconductors2,60
........................ SE Science and Technology of Organic Semiconductors1,60
........................ VL Fundamentals of Magnetism3,00
........................ VL Laser physics3,00
........................ VL Physics of Soft Matter3,00
........................ VL Special topics in solid state physics3,00
........................ VL Special topics in semiconductor physics3,00
........................ UE Photonics1,50
........................ VL Photonics3,00
........................ SE Seminar in solid state physics3,00
........................ SE Seminar in semiconductor physics3,00
........................ VL Superconductivity and low temperature physics3,00
........................ UE Theoretical Electrodynamics II1,50
........................ VL Theoretical Electrodynamics II3,00
........................ VL Theoretical Electrodynamics I3,00
........................ UE Theoretical Electrodynamics I1,50
........................ VL Theoretical Quantum Mechanics I6,00
........................ UE Theoretical Quantum Mechanics I3,00
........ Computer Science0,00-32,50
................ Subject for the master's exam: Computer Science
........................ VL Biometric Identification3,00
........................ KV Computer Vision4,50
........................ KV Cryptography3,00
........................ KV Debugging3,00
........................ KV Digital Image Processing3,00
........................ KV Engineering of Software-intensive Systems3,00
........................ KV Model Checking4,50
........................ KV Network Management3,00
........................ KV Network Security1,50
........................ KV Parallel Computing4,50
........................ UE Pervasive Computing: Design and Development1,50
........................ VL Pervasive Computing: Design and Development3,00
........................ UE Principles of Cooperation1,50
........................ VL Principles of Cooperation3,00
........................ UE Principles of Interaction1,50
........................ VL Principles of Interaction3,00
........................ KV Product Line Engineering3,00
........................ KV Secure Code1,50
........................ SE Seminar in Pervasive Computing3,00
........................ KV Software Architectures4,50
........................ KV Software Testing3,00
........................ 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
........................ KV System Software3,00
........ Bridge Subject for Computer Science Bachelor Students26,25
................ UE Sensors and Instrumentation1,50
................ VL Sensors and Instrumentation4,50
................ UE Signal and Systems 13,00
................ UE Electrical Engineering 22,50
................ VL Electrical Engineering 23,00
................ VL Signal and Systems 14,50
................ UE Introduction in Integrated Circuit Design1,25
................ VL Introduction in Integrated Circuit Design3,00
................ KV Electrical Networks and Electromagnetic Fields3,00
........ Gender Studies0,00-9,00
................ KS Social and gender IT aspects3,00
................ VL Ethics and Gender Studies3,00
................ KV Gender Studies Managing Equality TN3,00
Master's Thesis Seminar3,00
........ SE Master's Thesis Seminar3,00
Free Electives12,00