Bachelor 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Please note that this page is no longer updated.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 7 semesters and a total of 210 credit points.

	1. Sem			2. Sem			3. Sem			4. Sem			5. Sem			6. Sem			7. Sem			exam	CP
module	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	exam	CP
Mandatory Section																							165
Analysis 1	5	3	0																			mPL 30 min	10
General Electrical Engineering 1	3	2	0	0	0	1																PL	5
Linear Algebra 1	5	3	0																			sPL 120 min	10
Physics 1	2	2	0	0	0	1																PL	5
Analysis 2				5	3	0																mPL 30 min	10
Fundamentals of Engineering Mechanics				2	2	0																sPL 120 min	5
General Electrical Engineering 2				2	2	0	0	0	1													PL	5
Linear Algebra 2				5	3	0																mPL 30 min	10
Physics 2				2	2	0	0	0	1													PL	5
Analysis 3							2	1	0													mPL 30 min	5
Basics in Computer Organisation and Computer Architecture							2	2	1													PL	5
Process Measurement and Sensor Technology							2	1	1													PL	5
Programming and Algorithms							3	2	0													sPL 90 min	5
Signals and Systems 1							2	2	0													sPL 120 min	5
Automation Engineering										2	1	1										PL	5
Dynamics of Machinery										2	2	0										sPL 120 min	5
Fundamentals of Electronics										2	2	0	0	0	1							PL	5
Numerical Mathematics										2	2	0										sPL 90 min	5
Systems and Control 1										2	2	0										sPL 120 min	5
Engineering Thermodynamics 1													2	2	0							sPL 90 min	5
Modelling and Simulation													2	2	0							PL	5
Signals and Systems 2													2	2	0							sPL 120 min	5
Systems and Control 2													2	1	1							PL	5
Digital Control Systems																2	1	1				PL	5
Electromagnetic Field																2	2	0				sPL 120 min	5
Static Process Optimization																2	1	1				PL	5
Stochastics																2	2	0				PL	5
System Identification																2	1	1				PL	5
Systems and Control 3																2	1	1				PL	5
	1. Sem			2. Sem			3. Sem			4. Sem			5. Sem			6. Sem			7. Sem			exam	CP
module	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	exam	CP
Biomedical Engineering																							15
Fundamentals of Medical Instrumentation										2	1	0										PL	5
Fundamentals of Biosignal Processing													2 V, 2 Ü, 0,25 P									PL	5
Measurement Electronics for BME 1													2	1	0							PL	5
Modelling in Biomedical Engineering													2	1	0							sPL 90 min	5
Biosignal processing 1																2	1	0				sPL 90 min	5
Measurement Electronics for BME 2																2	1	0				PL	5
Energy Networks																							15
Power Systems 1							2	2	0													sPL 120 min	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 Systems 4													2	2	0							PL	5
Robotics																							15
Compliant Mechanisms										2	2	0										sPL 120 min	5
Dynamics of Multibody Systems and Robotics													2	2	0							sPL 120 min	5
Electrical Drives													2	1	1							PL	5
Mechatronical Energy Converters													2	2	0							sPL 120 min	5
Modeling Biomechanical Systems													2	2	0							mPL 30 min	5
	1. Sem			2. Sem			3. Sem			4. Sem			5. Sem			6. Sem			7. Sem			exam	CP
module	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	exam	CP
Microelectronics - circuit technolog																							15
Analog Circuits							2	2	0													mPL 20 min	5
Fundamentals of Analog Circuits							2	3	0													sPL 120 min	5
Computer-aided Circuit Simulation and its Algorithms (EDA)										2	2	0										mPL 30 min	5
Embedded Systems / Microcontrollers										2	1	1										mPL 20 min	5
Fundamentals of Digital Circuits										2	1	0										sPL 90 min	5
Process Measurement Technology																							15
Analysis of Measured Data and Measurement Uncertainty										2	1	1										PL	5
Industrial Process Measurement Technology										3	0	1										PL	5
Data Processing and Digital Filter													4	0	0							sPL 90 min	5
Temperature Measuremeent Technology and Thermal Measurement													2	1	1							PL	5
Trends in Metrology													2	2	0							mPL 30 min	5
Applied mathematics																							15
Analysis 4										3	1	0										mPL 30 min	5
Algebra													3	1	0							sPL 90 min	5
Graphs & Algorithms													2	1	0							sPL 60 min	5
Measure Theory and Stochastics													5	3	0							mPL 30 min	10
	1. Sem			2. Sem			3. Sem			4. Sem			5. Sem			6. Sem			7. Sem			exam	CP
module	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	L	E	P	exam	CP
Key skills																							5
Research Seminar																90 h						SL	3
Selection of a course from the offer of the ZIB (Anlage Studienplan 2 LP)																							2
Professional Internship																							10
Professional Internship (10 weeks)																			10 Wochen			SL	10
Final Thesis																							15
Bachelor´s Thesis with Colloquium																			450 h			PL	15

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