Application Subject "Electrical Engineering" for the Master's Degree in Applied Computer Science
Specialist application provisions (text)
Specialist application provisions, with comments in italics if necessary
Specialist application regulations (PDF)
Specialist application provisions with archive of repealed and expiring provisions
Study plans
Study plans for the minor subject
Module descriptions
Minor subject modules
Regulations for the electrical engineering application subject
Total scope of the modules
(1) The application subject Electrical Engineering comprises modules with a total of 30 credit points (LP) in the Master's program.
Basic modules
(2) The student acquires the credit points for one of the following modules with a scope of 10 credit points.
Module | Module Examination | LP |
---|---|---|
Modeling and Simulation - Robotics and Automotive | graded | 10 LP |
Modeling and Simulation - Electrical Power Transmission Systems | graded | 10 LP |
Modeling and Simulation - Digital Transmission Systems | graded | 10 LP |
Modeling and Simulation - Model-based Dimensioning of Communication Systems | graded | 10 LP |
Modeling and Simulation - Field and Network Based Modeling | graded | 10 LP |
Elective modules
(3) The student acquires 20 credit points through two to four of the following modules.
Module | Module Examination | LP |
---|---|---|
Design and operation of electrical machines | graded | 5 LP |
Monitoring and Diagnosis of Electromechanical Systems | graded | 5 LP |
Decentralized Energy Supply | graded | 5 LP |
Electricity Economics | graded | 5 LP |
Optical Transmission Technology | graded | 10 LP |
Mobile Networks I: Cellular Networks | graded | 5 LP |
Satellite Communications Technology | graded | 5 LP |
Methods of Information Technology: Positioning and Spatial Estimation | graded | 10 LP |
Semiconductor Technology | graded | 5 LP |
EMC in Automotive | graded | 5 LP |
Multivariable systems and optimal control | graded | 5 LP |
Modeling and Control of Robots | graded | 5 LP |
Decentralized energy supply and its spatial plann. Aspects | graded | 10 LP |
Development, fabrication and analysis of highly integrated micro- and nanosystems | graded | 5 LP |
Balancing processes in electrical drives | graded | 5 LP |
Design and grid operation of wind turbines | graded | 5 LP |
Renewable Energy Sources | graded | 5 LP |
Measurement of photonic networks | graded | 5 LP |
Satellite Navigation | graded | 5 LP |
Mobile Networks II: Advanced Network Concepts | graded | 5 LP |
Automotive Wiring Systems | graded | 5 LP |
Technologies and Devices of Integrated Optics | graded | 5 LP |
Mobile Robots | graded | 5 LP |
remote sensing | graded | 5 LP |
Nonlinear Systems and Adaptive Control | graded | 5 LP |
Learning in Robotics | graded | 5 LP |
Rational Energy Use and Municipal Energy Concepts | graded | 10 LP |
Microstructure Technology | graded | 5 LP |
Local Networks - Communication and Control | graded | 5 LP |
Digital Source Coding | graded | 5 LP |
High Frequency Systems | graded | 5 LP |
Online Problems | graded | 5 LP |
Oral supplementary examinations
(4) The possibility of an oral supplementary examination according to §10 Abs.1 MPO AngInf does not apply to examinations for which the Faculty of Electrical Engineering and Information Technology is responsible.
Study achievements
(5) In deviation from §9 Para.4 MPO AngInf, academic achievements for which the Faculty of Electrical Engineering and Information Technology is responsible and which are a prerequisite for participation in module examinations must have been completed in the current or previous semester.
Scope of application, transitional regulations
(6) This regulation applies to all students of the Bachelor's program Applied Computer Science at the Technical University of Dortmund with the application subject Electrical Engineering.
(7) Students who have chosen the application subject Electrical Engineering before the summer semester 2015 can also acquire the credit points for a basic module according to Para. 2 through one of the following suspended modules.
Module | Module Examination | LP |
---|---|---|
Modeling and Simulation - Automotive and Robotics | graded | 10 LP |
Modeling and Simulation - Information and Communication Technology Systems | graded | 10 LP |
Modeling and Simulation - Simulation of Mixed Systems | graded | 10 LP |
(8) Students who have chosen the application subject Electrical Engineering before the winter semester 2015/16 can also acquire the credit points for an elective module according to para. 3 by one of the following overridden modules.
Module | Module Examination | LP |
---|---|---|
Driver Assistance Systems | graded | 5 LP |
Digital Image Communication | graded | 5 LP |
Channel Coding | graded | 5 LP |
Parallel Computer Systems | graded | 5 LP |
Autonomous Robots | graded | 5 LP |
(9) Students who have chosen the application subject Electrical Engineering prior to the winter semester 2015/16 may receive credit for module examinations taken prior to the winter semester 2015/16 by applying to the examination board for credit for the following modules: Automotive Electrical/Electronic Information Technology, Advanced Control Engineering, Scheduling Problems and Solutions, Optical Transmission Technology and Optical Communication Technology, Satellite Communication and Navigation, Next Generation Networks: Design and Optimization, Image Signal Processing, Image Communication, Adaptive Signal Processing, Methods of Information Technology.
(10) Students who have chosen the application subject Electrical Engineering before the winter semester 2018/19 can also acquire the credit points for an elective module according to para. 3 through one of the following overridden modules.
Module | Module Examination | LP |
---|---|---|
Technical Energy and Facility Management | graded | 5 LP |
Image-based Systems in Control Engineering and Robotics | graded | 5 LP |
Energy Efficiency and Power Quality | graded | 5 LP |
Power Electronic Circuits | graded | 5 LP |
Microcontroller Systems | graded | 5 LP |
Fiber optic communication networks | graded | 5 LP |
Contact persons
Student advisory service computer science
studienberatungcs.tu-dortmundde
Tel.: 0231-755-7517
Study guidance electrical engineering
Study guidance electrical engineering