International Program
Courses in the study field of Engineering: Summer 25
+ fundamentals of cleanroom technology
+ cleanrooms for various applications
+ contamination aspects in the production of microsystems
+ cleanroom concepts
MECB411A
2 CP, not graded!
Prof. Olivier Schecker/Matthias Bürkle
Course description
+ design of a complex assembly or machine in consideration of function, load, stress and fatigue
+ improve your team work abilities
+ use evaluation criterias
+ define benchmarks
MABB332
2 CP, not graded!
Prof. Matthäus Wollfarth
Prerequisites: Engineering mechanics, design methods, CAD program CREO
+ relevance and quantification of power consumption of autonomous microsystems
+ primary and secondary energy buffers
+ characterization and design of relevant energy harvesting technologies
MECB611A
3 CP
Prof. Ulf Ahrend
A system based on integrated circuits is designed and realized.
MECB612A
3 CP
Prof. Ulf Ahrend
+ fundamentals of measurement and test engineering
+ terms as accuracy, resolution, linearity, reproducibility and error
+ physics of different sensor effects
+ influence of elecromagnetic disturbance, noise
IP 415/MECB441
2 CP
Prof. Klemens Gintner
Prerequisites: basics in digital and analogue electronics
+ discussion of fundamentals of measurement and test engineering
+ terms as accuracy, resolution, linearity, reproducibility and error and error propagation
+ influence of electromagnetic disturbance
MECB442
1 CP, not graded!
Prof. Klemens Gintner
Only in combination with lecture Sensors
First study year
+ sinusoidal inputs and their representations
+ RLC/ AC Circuits
+ lecture & written exam
EEIB221 Lecture: 4 CP
EEIB222 Lab: 3 CP
Lecturer: Prof. Alfons Klönne
Limited places in the lab!
+ number systems
+ Boelean Algebra
+ basic circuits of digital technology
+ lecture & written exam
EEIB241 Lecture: 4 CP
EEIB242 Lab: 2 CP
Lecturer: Prof. Philipp Nenninger
Limited places in the lab!
+ basic concepts and terms of electric and magnetic fields
+ static and dynamic response of circuits
+ Maxwell’s equations
+ lecture, written exam
EEIB231
4 CP
Lecturer: Prof. Harald Sehr
+ matrices
+ integral calculus
+ first order differential equations
+ lecture, written exam
EEIB211
7 CP
Lecturer: Prof. Thomas Westermann
+ global renewables status
+ renewable energy (solar, wind)
+ mechanical storage
+ electrical storage
+ electrochemical storage
+ comparison, economics and global view on storage
IP 409
2 CP
Lecturer: Prof. Karsten Pinkwart
+ effects of the increasing share of renewable energy systems on the electricity grids
+ laboratory tests on the two topics electrochemical energy storage (batteries) and conversion (fuel cells)
IP 414
2 CP, not graded!
Lecturer: Prof. Karsten Pinkwart
Only in combination with the lecture Renewable Energy Storage (IP 409)!
Second study year
+ semiconductor materials, diodes, bipolar- and field effect-transistors
+ small-signal parameters
+ designing circuits for application
+ exam, colloquia, lab experiments & written report
EEIB421 Lecture: 5 CP
EEIB422 Lab: 2 CP
Lecturer: Prof. Herman-Jalli Ng
Limited places in the lab!
+ switchgear and switching networks
+ programmable logic controller (PLC)
+ IEC61131 programming languages
+ written exam, colloquia, lab experiments & written reports
EEIB411 Lecture: 5 CP
EEIB412 Lab: 2 CP
Lecturer: Prof. Philipp Nenninger
Limited places in the lab!
Course description
+ describing signals in the time domain with mathematical functions
+ applying the Laplace transform to continuous-time signals
+ reading system properties from impulse responses and transfer functions
EEIB441 Lecture: 5 CP
EEIB442 Lab: 2 CP
Dr.-Ing. Kawther Aboalam
Limited places in the lab!
+ sources of errors, measurement uncertainty, error propagation
+ measuremend methods
+ simulation of measurement methods with LT-Spice
+ exam + Lab experiment, written report
EEIB321 Lecture: 4 CP
EEIB322 Lab: 3 CP
Lecturer: Prof. Klaus Wolfrum
Limited places in the lab!
Third study year
+ Process and process types
+ Basics of modeling, Graphical models, mathematical models, state-oriented models
+ Process coupling, conversion principles, coding
+ Scaling, standardization, monitoring of process variables
+ exam + lab experiment, written report
EEIB610W1 Lecture: 5 CP
EEIB610W2 Lab: 2 CP
Lecturer: Prof. Philipp Nenninger
Limited places in the lab!
+ Signal propagation, signal formatting, error detection
+ Bus access types
+ ISO/OSI layer model
+ Different bus systems for different application areas
+ Signal sampling and reconstruction
+Systems in the time domain, difference equation, system properties, impulse response,
convolution, correlation function
+ Signals and systems in the z-domain, transfer function of discrete-time systems
+ fundamentals of sensor technology
+ working principles of physical sensors
+ methods of signal conditioning
+ Areas of application for industrial and service robots
+ Kinematic types
+ Coordinate transformations
+ Sensors
+ Control architecture in hardware and software
+ Programming methods and programming languages
Master level
+ ice creation and thermo-physical properties of ice slurries and other characteristics
+ fluid dynamics and thermodynamics of ice slurry
+ heat transfer
+ ice slurry production
M 8670
3 CP
Prof. Michael Kauffeld
Prerequisites: Thermodynamics, Fluid dynamics, Refrigeration technology
Contact
Center of Competence
International Program/ Course Coordinator and Advisor
Tatiana Shakhtyr
Anja Voges
Phone: +49 (0)721 925-2507,
-2508
internationalprogram@h-ka.de
Office hours:
Mon 9.00 a.m. - 11.00 a.m. & 1.00 p.m. - 4.00 p.m.
Tue 9.00 a.m. - 12.00 p.m.
Wed 9.00 a.m. - 12.00 p.m. & 1.00 p.m. - 4.00 p.m.
Thur 9.00 a.m. - 12.00 p.m.
or by appointment
Building F, room 313
Moltkestraße 30
76133 Karlsruhe