Master Technical Cybernetics and Systems Theory (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Please note that this page is no longer updated.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 3 semesters and a total of 90 credit points.

	1. Sem (SS)			2. Sem (WS)			3. Sem (SS)			exam	CP
module	L	E	P	L	E	P	L	E	P	exam	CP
Mandatory Section											10
Dynamic Process Optimization	2	1	1							PL	5
Nonlinear Control Systems 1	2	1	1							PL	5
Elective Catalogue Mathematical Systems Theory											5
Model Predictive Control	2	1	0							mPL 30 min	5
Modelreduction	2	1	0							mPL 30 min	5
Port-Hamiltonian Systems	2	1	0							mPL 30 min	5
Elective Catalogue of Specialization											20
Data-Driven Optimization for Machine Learning Applications	2	2	0							PL	5
Discrete Event Systems	2	2	0							sPL 120 min	5
Model Predictive Control	2	1	0							mPL 30 min	5
Adaptive and Variable Structure Systems				2	1	1				PL	5
Diagnosis and Prediction Systems				2	1	0				mPL 30 min	5
Fuzzy Control				2	1	1				PL	5
Hierarchical Control Systems				2	1	1				PL	5
Nonlinear Control Systems 2				2	1	1				PL	5
Port-Hamiltonian Systems	2	1	0							mPL 30 min	5
	1. Sem (SS)			2. Sem (WS)			3. Sem (SS)			exam	CP
module	L	E	P	L	E	P	L	E	P	exam	CP
Elective Catalogue Extension											15
Electrodynamic											15
Numerical Computation of Electromagnetic Fields	2	2	0							PL	5
Theoretical Electrical Engineering 1	2	2	0							sPL 180 min	5
Technical Electrodynamics				2	2	0				mPL 30 min	5
Theoretical Electrical Engineering 2				2	2	0				sPL 180 min	5
Mobile Robotics											15
Cognitive Robotics	2	1	1							PL	5
Learning in Cognitive Systems	2	1	1							PL	5
Human-Machine Interaction				2	1	1				PL	5
Robotvision				2	1	1				PL	5
Distributed Parametric and Stochastic Systems											15
Functional Analysis				4	2	0				mPL 30 min	10
Large Networks & Random Graphs				2	1	0				mPL 30 min	5
Numerics of Partial Differential Equations				2	1	0				mPL 30 min	5
Stochastic Processes				4	2	0				mPL 30 min	10
	1. Sem (SS)			2. Sem (WS)			3. Sem (SS)			exam	CP
module	L	E	P	L	E	P	L	E	P	exam	CP
Optimization-based Control											15
Game Theory	2	1	0							mPL 30 min	5
Model Predictive Control	2	1	0							mPL 30 min	5
Optimal control				2	1	0				mPL 30 min	5
Vector Optimization				4	2	0				mPL 30 min	10
Thermo- and Fluiddynamics											15
Applied Heat Transfer	2	2	0							sPL 90 min	5
Fluid Mechanics 1	2	2	0							sPL 90 min	5
Applied Thermo- and Fluiddynamics				2	2	0				sPL 90 min	5
Computational Fluid Dynamics				2	2	0				sPL 90 min	5
Fluid Mechanics 2				2	2	0				sPL 90 min	5
Radiation				2	2	0				sPL 90 min	5
Power Electronics											15
Microcontroller and Signalprocessing 1				2	2	1				mPL 60 min	5
Microcontroller and Signalprocessing 2							2	2	1	aPL	5
Power Electronic 1 - Fundamentals				2	2	1				sPL 120 min	5
	1. Sem (SS)			2. Sem (WS)			3. Sem (SS)			exam	CP
module	L	E	P	L	E	P	L	E	P	exam	CP
Elective Catalogue Supplement											5
Applied Heat Transfer	2	2	0							sPL 90 min	5
Cognitive Robotics	2	1	1							PL	5
Data-Driven Optimization for Machine Learning Applications	2	2	0							PL	5
Discrete Event Systems	2	2	0							sPL 120 min	5
Fluid Mechanics 1	2	2	0							sPL 90 min	5
Game Theory	2	1	0							mPL 30 min	5
Learning in Cognitive Systems	2	1	1							PL	5
Microcontroller and Signalprocessing 1				2	2	1				mPL 60 min	5
Model Predictive Control	2	1	0							mPL 30 min	5
Modelreduction	2	1	0							mPL 30 min	5
Numerical Computation of Electromagnetic Fields	2	2	0							PL	5
Theoretical Electrical Engineering 1	2	2	0							sPL 180 min	5
Adaptive and Variable Structure Systems				2	1	1				PL	5
Applied Thermo- and Fluiddynamics				2	2	0				sPL 90 min	5
Computational Fluid Dynamics				2	2	0				sPL 90 min	5
Diagnosis and Prediction Systems				2	1	0				mPL 30 min	5
Fluid Mechanics 2				2	2	0				sPL 90 min	5
Functional Analysis				4	2	0				mPL 30 min	10
Fuzzy Control				2	1	1				PL	5
Hierarchical Control Systems				2	1	1				PL	5
Large Networks & Random Graphs				2	1	0				mPL 30 min	5
Microcontroller and Signalprocessing 2							2	2	1	aPL	5
Nonlinear Control Systems 2				2	1	1				PL	5
Optimal control				2	1	0				mPL 30 min	5
Port-Hamiltonian Systems	2	1	0							mPL 30 min	5
Power Electronic 1 - Fundamentals				2	2	1				sPL 120 min	5
Radiation				2	2	0				sPL 90 min	5
Robotvision				2	1	1				PL	5
Stochastic Processes				4	2	0				mPL 30 min	10
Technical Electrodynamics				2	2	0				mPL 30 min	5
Theoretical Electrical Engineering 2				2	2	0				sPL 180 min	5
Time Series Analysis				2	1	0				mPL 30 min	5
Vector Optimization				4	2	0				mPL 30 min	10
	1. Sem (SS)			2. Sem (WS)			3. Sem (SS)			exam	CP
module	L	E	P	L	E	P	L	E	P	exam	CP
Key Skills											5
Research Seminar				90 h						SL	3
Final Thesis Final											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