Technische Universität Ilmenau

Master Electrical Engineering and Information Technology (2021) - Interactive curriculae of TU Ilmenau

The interactive curriculae provide information on the degree programmes offered by the TU Ilmenau.

Please refer to the respective study and examination rules and regulations for the legally binding curricula (Annex Curriculum).

You can find all details on planned lectures and classes in the course catalogue.

Please note that this page is no longer updated. All modules and study plans from PO version 2021 onwards (Bachelor and Master study programs) are now available on the Campus Portal.

This curriculum is planned for 4 semesters and a total of 120 credit points.

1. Sem 2. Sem 3. Sem 4. Sem exam CP
module L E P L E P L E P L E P
Wahlbereich Elektrotechnik und Informationstechnik (Auswahl von Modulen im Umfang von insgesamt 75 LP) 75
Adaptive and Array Signal Processing, Complete 4 4 0 sPL 150 min 10
Audio Signal Processing & Audio Systems 4 2 0 sPL 120 min 10
Heat and Mass Transfer 2 2 0 mPL 30 min 5
Hierarchical Control Systems 2 1 1 PL  5
Microcontroller and Signalprocessing 2 2 2 1 aPL  5
Quantum Computing for Engineers 2 2 0 aPL  5
Semiconductor Devices 2 2 2 0 sPL 90 min 5
2D System Theory 2 2 0 sPL 90 min 5
Active Filters and Power Flow Control in Electrical Networks 2 2 1 mPL 30 min 5
Adaptive and Variable Structure Systems 2 1 1 PL  5
Advanced Digital Signal Processing 2 1 0 PL  5
Advanced Networking Technologies 3 0 0 mPL 20 min 5
Advanced Psycho Acoustics 1 3 0 PL  5
Advanced System Identification 2 1 1 PL  5
Analog Circuits 2 1 2 mPL 20 min 5
Antennas 2 1 1 PL  5
Applications and Signal Processing Methods of Radar Technology 2 2 0 PL  5
Audio Coding 2 1 0 PL  5
Batteries and Fuel Cells 2 1 1 PL  5
CMOS-Circuit Technology 2 2 0 mPL 20 min 5
Circuits and Components for High Frequency and Microwave Technology 2 2 0 mPL 30 min 5
Cognitive Robotics 2 1 1 PL  5
Communication Networks 2 1 1 PL  5
Communications Engineering 2 2 0 sPL 120 min 5
Computer-aided Circuit Simulation and its Algorithms (EDA) 2 2 0 mPL 30 min 5
Data-Driven Optimization for Machine Learning Applications 2 2 0 PL  5
Deep Learning 2 2 0 PL  5
Deep Learning for Computer Vision 2 1 1 PL  5
Design of Electrical Machines 2 1 0 mPL 20 min 5
Design of Integrated Systems 2 1 0 mPL 20 min 5
Design of Power Electronic Switches 2 2 0 mPL 30 min 5
Diagnosis and Prediction Systems 2 1 0 mPL 30 min 5
Digital Machines for Driver Signal Generation 2 2 1 mPL 30 min 5
Dimensioning of Electrical Machines 2 2 0 mPL 45 min 5
Discrete Event Systems 2 2 0 sPL 120 min 5
Drive Controls 2 2 1 mPL 45 min 5
Dynamic Process Optimization 2 1 1 PL  5
EFI 1 - Energy research and innovation methods 1: Fundamentals 2 1 0 PL  5
EFI 2 - Energy Research and Innovation Methods 2: Design Thinking 3 0 0 PL  5
Effects of Electromagnetic Fields on Humans 2 0 2 mPL 30 min 5
Electromagnetic Compatibility in Information and Communication Technology 2 0 2 mPL 30 min 5
Embedded Systems / Microcontrollers 2 1 1 mPL 20 min 5
Functional Materials 2 2 0 sPL 90 min 5
Functionalized Peripherics 2 1 1 aPL  5
Fundamentals and Systems of Radar Technology 2 1 1 mPL 30 min 5
Fundamentals in Color Image Processing 2 1 1 PL  5
Fundamentals in Image Processing and Pattern Recognition 2 1 1 PL  5
Fundamentals of 3D-Image Processing 2 1 1 PL  5
Fundamentals of Power Usage Optimization 2 2 0 mPL 30 min 5
Fuzzy Control 2 1 1 PL  5
HF Construction of Multilayer Assemblies 2 2 1 mPL 30 min 5
Industry 4.0 2 0 2 PL  5
Information Theory and Coding 3 1 0 mPL 30 min 5
Introduction to Quantum Mechanics 2 2 0 SL 5
Lightning and Surge Protection 2 2 0 mPL 30 min 5
MATLAB for Engineers 2 1 1 SL 5
Material States and Analysis 2 1 1 sPL 90 min 5
Materials of Micro and Nanotechnology 2 2 0 PL  5
Measurement Methods and Data Processing 2 2 0 mPL 30 min 5
Micro- and Semiconductor Technology 2 2 2 0 sPL 120 min 5
Microcontroller and Signalprocessing 1 2 2 1 mPL 60 min 5
Microwave Engineering 2 1 1 mPL 30 min 5
Mobile Communications, Complete 4 4 0 sPL 150 min 10
Modelling and Simulation in Power Electronic Systems 2 2 1 mPL 30 min 5
Multimedia Standards 2 1 0 sPL 90 min 5
Multirate Signal Processing 2 1 0 PL  5
Netwok Planning and Management 2 1 1 PL  5
Network Security 3 0 0 mPL 30 min 5
Neuromorphic Engineering 1 2 2 0 sPL 90 min 5
Non-Linear Circuit Theory 2 2 0 sPL 90 min 5
Nonlinear Control Systems 1 2 1 1 PL  5
Nonlinear Control Systems 2 2 1 1 PL  5
Numerical Computation of Electromagnetic Fields 2 2 0 PL  5
Pattern Recognition / Machine Learning 2 2 0 mPL 45 min 5
Power Electronic 2 - Theory 2 2 1 mPL 30 min 5
Power Systems 4 2 2 0 PL  5
Power Systems 2 - System Operation 2 2 0 mPL 20 min 5
Power Systems 3 - Network Automation and System Analysis 2 2 0 PL  5
Power Usage Optimization of Multimodal Energy Supply Systems 2 2 0 mPL 30 min 5
Programmable Logic Modules 2 0 2 mPL 30 min 5
Protocols and Services in Mobile Communication Networks 2 1 0 PL  5
Protocols of the Internet 2 1 0 PL  5
Queueing Systems and Traffic Theory 2 1 0 PL  5
Radio-Based Vehicular Communications 2 2 0 PL  5
Radio Standards (prev. Digital Broadcasting Systems - Implementation of BS) 2 2 0 mPL 30 min 5
Reliability Theory 2 1 0 mPL 30 min 5
Renewable Energy Sources and Storage Technology 2 1 1 PL  5
Research Internship (20 weeks)  20 Wochen  aPL  30
Research Project 0 3 0 PL  5
Software Defined Radio 2 2 0 mPL 30 min 5
Solution of Inverse Field Problems 2 2 0 mPL 30 min 5
Specification of Communication Systems and Networks 2 1 1 PL  5
Superconductivity and Quantum Information Processing Circuits 4 0 0 mPL 45 min 5
Surface Finishing and Electroplating 2 1 1 PL  5
Switched Mode Power Supplies 2 2 1 mPL 45 min 5
System Identification 2 1 1 PL  5
Systems and Control 3 2 1 1 PL  5
Technical Electrodynamics 2 2 0 mPL 30 min 5
Technological Power Supply 2 2 0 mPL 30 min 5
Theoretical Physics 2: Quantum Mechanics 2 2 0 PL  5
Transient Measurement 2 2 0 mPL 30 min 5
Transient Processes in Switchgears 2 2 0 mPL 30 min 5
Wireless Systems 3 1 0 mPL 30 min 5
1. Sem 2. Sem 3. Sem 4. Sem exam CP
module L E P L E P L E P L E P
Forschungsprojekt 10
Research Project  300 h   300 h  PL  10
Wahlbereich Schlüsselkompetenzen (Auswahl eines Moduls oder Kurses im Umfang von 5 LP) 5
Fundamentals of Business Administration: Management of Value Creation and Projects 2 1 0 SL 5
Fundamentals of Business Law 2 1 0 sPL 90 min 5
Innovation Management 2 1 0 sPL 60 min 5
Project management 3 1 0 sPL 90 min 5
Final Thesis 30
Master´s Thesis with Colloquium  900 h  PL  30

Legend

Semsemester
Llecture
Eexercise course
Ppractical exercise
CPcredit points
Kind of examination
PLexamination performance
SLpass-fail certificate (Grading according to curriculum)
BAbachelor thesis
MAmaster thesis
DAdiploma thesis
Form of examination
aalternative
eelectronic
kKolloquium
moral
ppractical examination with pass/fail certificate
swritten
MCmultiple choice