Technische Universität Ilmenau

Master Mechatronics (2017) - 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Please note that this page is no longer updated.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
Projektseminar Mechatronik 15
Project Mechatronics  225 h   225 h  aPL  15
Interdisziplinary Obligatory Courses 25
Applied Heat Transfer 2 1 0 sPL 90 min 4
Complex Information systems - Fundamentals 2 1 1 PL  5
Design for Production 1 1 0 aPL  3
Electromagnetic Field 2 2 0 sPL 120 min 5
Design of Mechatronic Systems 1 1 0 aPL  4
MEMS (Micro Electro Mechanical Systems) 2 1 0 sPL 90 min 4
Selectable Courses (Studierende wählen eineStudienrichtung) 20
Mechatronic Systems 20
Digital Control Systems 2 1 1 PL  5
Additive Manufacturing 2 1 1 PL  5
Compliant Mechanisms 2 2 0 sPL 120 min 5
Nonlinear Control Systems 1 2 1 1 PL  5
Microsensors and Microactuators 4 1 0 mPL 30 min 5
Dynamic Process Optimization 2 1 1 PL  5
Flow Measurement Technology 2 0 2 PL  5
Applied Thermo- and Fluiddynamics 2 2 0 sPL 90 min 5
Model-Driven Software Development 2 1 2 PL  5
Plastics Technology 2 2 1 PL  5
Business Model Innovation 2 1 0 sPL 60 min 5
Methods and Tools of the Digital Factory 2 2 0 sPL 60 min 5
Fuzzy Control 2 1 1 PL  5
Robotvision 2 1 1 PL  5
Fluid Mechanics 2 2 2 0 sPL 90 min 5
Human-Machine Interaction 2 1 1 PL  5
Nonlinear Control Systems 2 2 1 1 PL  5
Image Processing for Quality Assurance Applications 2 0 2 PL  5
Digital Signal Processing 2 2 0 mPL 30 min 5
Introduction to Enterprise Resource Planning (ERP) Systems 1 2 0 sPL 60 min 5
Fundamentals in Image Processing and Pattern Recognition 2 1 1 PL  5
Micromechatronics 20
Plastics Processing Technologies 3 1 1 PL  5
Integrated Optics, Micro-optics and Holography 2 2 0 PL  5
Microsensors and Microactuators 4 1 0 mPL 30 min 5
Flow Measurement Technology 2 0 2 PL  5
Compliant Mechanisms 2 2 0 sPL 120 min 5
Glasses and Ceramics - Production Technologies and Properties 3 0 1 PL  5
Fundamentals of Biosignal Processing  2 V, 2 Ü,
0,25 P  		PL  5
Image Processing for Quality Assurance Applications 2 0 2 PL  5
Illumination Technology 2 1 2 PL  5
Light-Human Interaction 2 2 1 PL  5
Communication Acoustics 2 2 2 0 sPL 90 min 5
Radiation Protection in Medicine  2 V, 1 Ü,
0,5 P  		PL  5
Environmental and Analysis Measurement Technology 3 0 1 PL  5
Methods and Tools of the Digital Factory 2 2 0 sPL 60 min 5
Introduction to Enterprise Resource Planning (ERP) Systems 1 2 0 sPL 60 min 5
Information Management 2 1 0 aPL  5
Modelling in Biomedical Engineering 2 1 0 sPL 90 min 5
Lasertechnology for Optical Sensors 2 0 2 PL  5
Plastics Technology 2 2 1 PL  5
Fluid Mechanics 2 2 2 0 sPL 90 min 5
Fundamentals in Image Processing and Pattern Recognition 2 1 1 PL  5
Modelling and Simulation 2 2 0 PL  5
Analysis and Synthesis of Optical Systems 2 2 0 PL  5
Fuzzy Control 2 1 1 PL  5
Applied Thermo- and Fluiddynamics 2 2 0 sPL 90 min 5
Modeling Biomechanical Systems 2 2 0 mPL 30 min 5
Wave optical Modelling of Optical Microsystems 2 2 0 PL  5
Microfluidics 2 1 1 PL  5
Radiation Biology / Medical Radiation Physics 2 0 0 SL 2
Robotvision 2 1 1 PL  5
Digital Signal Processing 2 2 0 mPL 30 min 5
Model-Driven Software Development 2 1 2 PL  5
Materials for Biomedical Applications 2 2 0 PL  5
Human Serving Systems 3 1 1 PL  5
Human-Machine Interaction 2 1 1 PL  5
Business Model Innovation 2 1 0 sPL 60 min 5
Biomechatronics 20
Additive Manufacturing 2 1 1 PL  5
Neural Computing and Machine Learning 2 1 1 PL  5
Biomechatronics 3 2 0 aPL  5
Engineering Methods in Life Sciences 2 3 0 aPL  5
MATLAB for Engineers 2 1 1 SL 5
Cognitive Robotics 2 1 1 PL  5
Compliant Mechanisms 2 2 0 sPL 120 min 5
Environmental and Analysis Measurement Technology 3 0 1 PL  5
Microfluidics 2 1 1 PL  5
Modelling and Simulation 2 2 0 PL  5
Applied Thermo- and Fluiddynamics 2 2 0 sPL 90 min 5
Radiation Biology / Medical Radiation Physics 2 0 0 SL 2
Modelling in Biomedical Engineering 2 1 0 sPL 90 min 5
Fluid Mechanics 2 2 2 0 sPL 90 min 5
Fundamentals of Biosignal Processing  2 V, 2 Ü,
0,25 P  		PL  5
Digital Signal Processing 2 2 0 mPL 30 min 5
Glasses and Ceramics - Production Technologies and Properties 3 0 1 PL  5
Business Model Innovation 2 1 0 sPL 60 min 5
Model-Driven Software Development 2 1 2 PL  5
Modeling Biomechanical Systems 2 2 0 mPL 30 min 5
Plastics Technology 2 2 1 PL  5
Materials for Biomedical Applications 2 2 0 PL  5
Image Processing for Quality Assurance Applications 2 0 2 PL  5
Communication Acoustics 2 2 2 0 sPL 90 min 5
Light-Human Interaction 2 2 1 PL  5
Radiation Protection in Medicine  2 V, 1 Ü,
0,5 P  		PL  5
Human-Machine Interaction 2 1 1 PL  5
Methods and Tools of the Digital Factory 2 2 0 sPL 60 min 5
Information Management 2 1 0 aPL  5
Robotvision 2 1 1 PL  5
Fundamentals in Image Processing and Pattern Recognition 2 1 1 PL  5
Introduction to Enterprise Resource Planning (ERP) Systems 1 2 0 sPL 60 min 5
Human Serving Systems 3 1 1 PL  5
Fuzzy Control 2 1 1 PL  5
1. Sem
(SS)		 2. Sem
(WS)		 3. Sem
(SS)		 exam CP
module L E P L E P L E P
master´s thesis with colloquium 30
colloquium  30 min  mPL 20 min 5
master´s thesis  750 h  MA 5 Monate 25

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