Master Computer Engineering (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Please note that this page is no longer updated.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	exam	CP
Mandatory Section														20
Information Theory and Coding	3	1	0										mPL 30 min	5
Complex Information Technology Systems				2	1	1							PL	5
Dynamic Process Optimization				2	1	1							PL	5
Seminar				150 h			o. 150 h						SL	5
Elective Catalogue														60
Adaptive and Variable Structure Systems				2	1	1							PL	5
Advanced Computer Architectures	3	0	0										mPL 30 min	5
Advanced System Identification	2	1	1										PL	5
Cloud Computing				3	1	0							PL	5
Fuzzy Control	2	1	1										PL	5
Hierarchical Control Systems	2	1	1										PL	5
Knowledge Engineering				4	0	0							sPL 90 min	5
Low-Code Web-Development							2	1	0				PL	5
Modelling in Biomedical Engineering	2	1	0										sPL 90 min	5
Network Algorithms	2	1	0										mPL 20 min	5
Software Architectures	2	2	0										PL	5
Special Aspects of Integrated Hardware and Software Systems	2	2	0										mPL 20 min	5
Transactional Information Systems	2	1	0										PL	5
Wireless Systems	3	1	0										mPL 30 min	5
Advanced Deep Learning				2	2	0							PL	5
Advanced Mobile Communication Networks				2	2	0							sPL 90 min	5
Advanced Networking Technologies				3	0	0							mPL 20 min	5
Anatomy and Physiology	4	0	0										sPL 120 min	5
Antennas				2	1	1							PL	5
Applied Neural Computing				2	2	0							PL	5
Biosignal Processing 2				2	1	1							PL	5
Biosignal processing 1				2	1	0							sPL 90 min	5
Cellular Communication Systems	2	2	0										PL	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
Data Science: Methods and Techniques				2	2	0							mPL 30 min	5
Discrete Event Systems				2	2	0							sPL 120 min	5
Distributed Data Management				2	1	0							sPL 90 min	5
Fundamentals of 3D-Image Processing				2	1	1							PL	5
Fundamentals of Medical Instrumentation				2	1	1							PL	5
Image Processing in Medicine 1				2 V, 1 Ü, 0,25 P									PL	5
Imaging Systems in Medicine 2				2 V, 0 Ü, 0,5 P									PL	5
Learning in Cognitive Systems				2	1	1							PL	5
Measurement Methods and Data Processing				2	2	0							mPL 30 min	5
Methods of Biomedical Measurement				2	1	5							PL	5
Mobile Communications, Complete				4	4	0							sPL 150 min	10
Mobile Communications, Part 1				2	2	0							sPL 75 min	5
Nonlinear Control Systems 1				2	1	1							PL	5
Parallel Computing				2	2	0							PL	5
Performance Evaluation of Technical Systems				2	2	0							mPL 25 min	5
Protection of Communication Infrastructures				3	0	0							mPL 20 min	5
Protocols and Services in Mobile Communication Networks				2	1	0							PL	5
Radiation Measurement and Imaging Systems 1				4	0	1							PL	5
Security Engineering				2	2	0							aPL	5
Security in Embedded Systems	2	2	0										sPL 90 min	5
Specification of Communication Systems and Networks				2	1	1							PL	5
Virtual and Augmented Reality (VR/AR)				2	1	1							aPL	5
Adaptive and Array Signal Processing, Complete							4	4	0				sPL 150 min	10
Adaptive and Array Signal Processing, Part 1							2	2	0				sPL 75 min	5
Advanced Distributed Systems							3	1	0				mPL 30 min	5
Advanced Operating Systems							3	1	0				mPL 20 min	5
Clinical Methods of Diagnostics and Therapy				2	0	0	2	0	0				sPL 120 min	5
Human-Machine Interaction							2	1	1				PL	5
Network Security							3	0	0				mPL 30 min	5
Nonlinear Control Systems 2							2	1	1				PL	5
Programmable Logic Modules							2	0	2				mPL 30 min	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
Research Project				150 h			o. 150 h						aPL	5
Robotvision							2	1	1				PL	5
Software Defined Radio							2	2	0				mPL 30 min	5
Software Safety							2	2	0				PL	5
System Technology and System Theory in Image Processing							2	1	2				PL	5
Verification							3	0	0				mPL 20 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	exam	CP
Non-technical Minor														10
Professional Internship														30
Professional Internship (20 weeks)							20 Wochen						SL	30
Final Thesis														30
Master´s Thesis with Colloquium										900 h			PL	30

Legend

Kind of examination
Sem	semester
L	lecture
E	exercise course
P	practical exercise
CP	credit points
PL	examination performance
SL	pass-fail certificate (Grading according to curriculum)
BA	bachelor thesis
MA	master thesis
DA	diploma thesis
Form of examination
a	alternative
e	electronic
k	Kolloquium
m	oral
p	practical examination with pass/fail certificate
s	written
MC	multiple choice