Technische Universität Ilmenau

Master Technical Cybernetics and Systems Theory (2014) - 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Please note that this page is no longer updated.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
Kernbereich (3 aus 4)
Systemtheorie 2 5
System Theory 2 2 1 0 sPL  5
Differentialgleichungen 5
differential equations 2 1 0 mPL  5
Nichtlineare Regelungssysteme 1 5
Nonlinear Control Systems 1 2 1 1 PL  5
Dynamische Prozessoptimierung 5
Dynamic process optimization 2 1 1 PL  5
Vertiefungsbereich (5 aus 14)
Mechatronische Energiewandlersysteme 5
Mechatronic Energy Converter Systems 2 2 0 sPL 120 min 5
Nichtlineare Regelungsysteme 2 5
Nonlinear Control Systems 2 2 1 1 PL  5
Strömungsmechanik 1 5
Fluid Mechanics 1 2 1 0 sPL 90 min 5
Ereignisdiskrete Systeme 5
Discrete Event Systems (english) 3 1 0 sPL 120 min 5
Hybride Systeme 5
Hybride Systeme 2 1 1 PL  5
Adaptive und strukturvariable Regelungssysteme 5
Adaptive and variable structure control systems 2 1 1 PL  5
Prozess- und Umweltsystemtechnik 5
Process and Environmental System Engineering 3 1 0 mPL 30 min 5
Hierarchische Steuerungssysteme 5
Hierarchical Control Systems 2 1 1 PL  5
Kommunikations- und Bussysteme 5
Communication and bus systems 2 1 1 PL  5
Diagnose- und Vorhersagesysteme 5
Diagnosis and Prediction 2 2 0 mPL 30 min 5
Fuzzy und Neuro Control 5
Fuzzy and Neuro-Control 2 1 1 PL  5
Wissensbasierte Systeme 5
Systemtheorie 3 5
System Theory 3 2 1 0 mPL 30 min 5
Analysis dynamischer Systeme 5
Analysis of Dynamical 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
Erweiterungsbereich (Wahl 1 aus 5) 15
Elektrodynamik 15
Electromagnetic Field 1 2 2 0 sPL 180 min 5
Technical Electrodynamics 2 2 0 mPL 30 min 5
Mobile Robotik 15
Cognitive Systems/Robotics sPL 120 min 8
Learning in Cognitve Systems 2 1 0
Kognitive Systeme / Robotik 2 0 0
Robotvision & MMI aPL  7
Robotvision 2 1 0
Human-Machine Interaction 2 0 0
Mathematische Systemtheorie 15
Bifurcation Theory 2 1 0 mPL 30 min 5
Complex Analysis and Integral Transforms 2 1 0 mPL 30 min 5
Vektoranalysis 2 1 0 mPL 30 min 5
Applied Analysis 2 1 0 mPL 30 min 5
Maßtheorie 3 1 0 mPL 30 min 5
System Theory 3 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
Differentialgleichungen 15
Numerics for Partial Differential Equations 2 1 0 PL  5
Analysis of Dynamical Systems 2 1 0 mPL 30 min 5
Functional Analysis 2 1 0 mPL 30 min 5
Global Theory of Dynamical Systems 2 1 0 mPL 30 min 5
Numerical Analysis 1 (Conservation Equations) 2 1 0 mPL 30 min 5
Partial Differential Equations 3 1 0 mPL 30 min 5
Thermo- und Fluiddynamik 15
Applied Heat Transfer 2 2 0 sPL 90 min 5
Fluid Mechanics 1 2 1 0 sPL 90 min 4
Radiative Heat Transfer 2 1 1 0 sPL 90 min 3
Applied Thermofluiddynamics 2 0 0 mPL 30 min 3
Computational fluid dynamics 2 2 0 sPL 90 min 5
Fluid Mechanics 2 2 2 0 sPL 90 min 5
Schlüsselqualifikation 5
Hauptseminar Master TKS 0 2 0 SL 3
Studium generale 2
1. Sem
(SS)
2. Sem
(WS)
3. Sem
(SS)
exam CP
module L E P L E P L E P
Masterarbeit 30
Abschlusskolloquium zur Master-Arbeit mPL  6
Masterarbeit  900 h  MA 6 Monate 24

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