Courses in English

Broken links can be reported to : therese.preische@tu-dresden.de.

Various offers

Course name [module name]

Please ask the ERASMUS coordinator about the corresponding ECTS.

• Biomedical Laser Systems and Optogenetics [part of ET-12 08 21, Photonic Measurement System Technology/ EuI-NES-E-ComLS, Computational Laser Systems, winter]
• Circuit Technology [winter]
• Communication Networks 2 [part of ET-12 10 05, Communication Networks, Advanced I, summer]
• Cooperative Communication Systems [part of ET-12 10 22, Intelligent and cooperative Communications, summer]
• Integrated Circuit Design for Biomedical Sensors [EuI-NES-E-ICDBS/ EuI-IST-E-ICDBS, summer]
•  Machine Learning in Signal Processing [part of ET-12 10 17, Upgrade Mobile Communication Systems, winter]
• Oberseminar Schaltungstechnik/ Seminar for graduate students on Circuit Design [ET-12 10 23, winter]
• Organic Field Effect Devices [winter]
• Practical Implementations of Network Coding [part of ET-12 10 21: Network Coding in Theory and Practice, summer]

Computer Science courses

In the study program Information Systems Engineering there are currently 2 existing study regulations/study plans. Exchange students can choose from both.

Study Plan 2014: Computer Science "container modules"

Introduction to Applied Computer Science
Basics [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-BAS1)
The module includes 4 SWS (hours per week) lectures and 4 SWS exercises. 12 ECTS
Advanced [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-VERT1)
The module includes courses in the amount of 10 SWS (hours per week); at least 4 SWS lectures and 2 SWS exercises have to be selected. 15 ECTS

Artificial Intelligence
Basics [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-BAS2)
The module includes lectures, exercises and seminars in the amount of 8 SWS (hours per week); including at least 2 SWS lectures and 2 SWS exercises. 12 ECTS
Advanced [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-VERT2)
The module includes courses in the amount of 10 SWS (hours peer week); at least 4 SWS lectures and 2 SWS exercises have to be selected. 15 ECTS

Software and Web Engineering
Basics [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-BAS3)
The module includes lectures, exercises and seminars in the amount of 8 SWS (hours per week), including at least 2 SWS lectures and 2 SWS exercises. 12 ECTS
Advanced [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-VERT3)
The module includes courses in the amount of 10 SWS (hours per week), at least 4 SWS lectures and 2 SWS exercises have to be selected. 15 ECTS

System Architecture
Basics [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-BAS4)
The module includes lectures, exercises and seminars in the amount of 8 SWS (hours per week), including at least 2 SWS lectures and 2 SWS exercises. 12 ECTS
Advanced [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-VERT4)
The module includes courses in the amount of 10 SWS (hours per week), at least 4 SWS lectures and 2 SWS exercises have to be selected. 15 ECTS

Technical Computer Science
Basics [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-BAS5)
The module includes lectures, exercises, lab courses and seminars in the amount of 8 SWS (hours per week), including at least 2 SWS lectures, 2 SWS exercises and 2 SWS lab courses. 12 ECTS
Advanced [klick on the respective semester, then chooce "modules by semester > Informationssystemtechnik]
(INF-VERT5)
The module includes courses in the amount of 10 SWS (hours per week), at least 4 SWS lectures and 2 SWS exercises have to be selected. 15 ECTS

Study Plan 2025

Software Fault Tolerance Lab
Software Fault Tolerance
Advanced Computer Networks
Decentralized Systems
Distributed Systems
Engineering Adaptive Mobile Applications
Internet Measurements
IoT Communication
Microkernel-Based Operating Systems
Prediction and Estimation Techniques
Scalable Data Engineering
Scalable Data Management
Service and Cloud Computing
Systems Engineering
Cyber Physical Systems Modeling Lab
Engineering and Management of Industrial Networks
Foundations of Cyber Physical Systems
Industrial Internet of Things
Cyber Physical Systems Modeling Lab Advanced
Computer and Robot-Assisted Surgery
Computer Vision
Foundations of Data Visualisation
Foundations of Virtual Reality
Machine Learning
Spatial Computing
Efficient Parallel Algorithms
Hardware Modeling and Simulation
High Performance Computing
Highly Parallel Programming of GPUs
Introduction to Computer Engineering
Performance Analysis of Computing Systems
Adaptive Dynamic Systems Lab

Please find in this document the description (currently in German only but it will be translated soon) as well as in which semester they are taught.

Courses in our English taught Master's program Nanoelectronic Systems

You can find more offers in the English taught Master's program Nanoelectronic Systems.