For students of program years PY14 and further [SER14]. For an overview on C@mpus see here.
Component | Count of Modules | Total CP | Rule |
---|---|---|---|
Basic Modules (BM) | 3 | 27 CP | Advanced Higher Mathematics Electronics and Communication (EC) (one from the list) Computer Science (one from the list) (CS) |
Core Modules (CM)/Wahlpflichtfächer | 5 | 30CP | Five (5) modules from the list have to be selected |
Supplementary Elective Modules/Wahlfächer | 3 | 18CP | Three (3) 6-Credit Points (CP) modules from the list or any remaining item from the Core Modules list |
Supplementary Seminar Module (Sem)/Wahlpflichtfach | 1 | 3CP | One (1) Seminar |
Supplementary Lab Module (Lab)/Wahlpflichtfach | 1 | 6CP | One (1) Lab |
Non-Technical Modules (NT)/Wahlpflichtfächer | 1 | 6CP | One (1) Non-Technical Selection |
Master Thesis Project Module | 1 | 30CP | Mandatory |
Total 120 CP |
For all modules of the major listed below which are marked with a module description can be found by clicking on the module name. A detailed description of all modules of the INFOTECH Master can be found in the Module Handbook which is updated continuously.
Basic ModuleAdvanced Higher Mathematics 9CP | |
---|---|
Advanced Higher Mathematics (AHM) | |
Basic Module Computer Science, 9CP | |
Computer Science (Selection I: CAO+DSA) | Computer Architecture and Organization (CAO) |
Data Structures and Algorithms (DSA) | |
Computer Science (Selection II: CAO+PL) | Computer Architecture and Organization (CAO) |
Concepts of Programming Languages (PL) | |
Computer Science (Selection III: CAO+OS) | Computer Architecture and Organization (CAO) |
Operating Systems (OS) | |
Computer Science (Selection IV: DSA+PL) | Data Structures and Algorithms (DSA) |
Concepts of Programming Languages (PL) | |
Computer Science (Selection V: DSA+OS) | Data Structures and Algorithms (DSA) |
Operating Systems (OS) | |
Computer Science (Selection VI: PL+OS) | Concepts of Programming Languages (PL) |
Operating Systems (OS) | |
Basic Module EC 9CP | |
Electronics and Communicaton (Selection I: Com+SST) | Communications (Com) |
Signal and System Theory (SST) | |
Electronics and Communicaton (Selection II: Com+RF) | Communications (Com) |
Radio Frequency Technology: Introduction (RF) | |
Electronics and Communicaton (Selection III: Com+ElC) | Communications (Com) |
Electronic Circuits (ElC) | |
Electronics and Communicaton (Selection IV: SST+RF) | Signal and System Theory (SST) |
Radio Frequency Technology: Introduction (RF) | |
Electronics and Communicaton (Selection V: SST+ElC) | Signal and System Theory (SST) |
Electronic Circuits (ElC) | |
Electronics and Communicaton (Selection VI: RF+ElC) | Radio Frequency Technology: Introduction (RF) |
Electronic Circuits (ElC) |
Core Modules (CM) | |||
---|---|---|---|
Module Name | Lecturer | Summer Term | Winter Term |
Communications III | ten Brink | √ | |
Digital System Design | Simon | √ | |
Distributed Systems I | Rothermel | √ | |
Electronic Design Automation | Polian | √ | |
Embedded Systems Engineering | Radetzki | √ | √ |
Industrial Automation Systems | Weyrich | √ | |
Intelligent Sensors and Actors | Schulze | √ | |
Mobile Computing | Rothermel | √ | |
Modeling, Simulation and Specification | Radetzki | √ | |
Real-Time Programming | Plödereder | √ | |
Schaltungsentwurf in nanometerskaligen CMOS Technologien | Anders | √ | |
Sensor principles and integrated interface circuits | Anders | √ | |
Software Engineering for Real-Time Systems | Ebert/Weyrich | √ | |
Error Control Coding: Algebraic and Convolutional Codes | ten Brink | √ |
Seminar Modules
Objective of a Seminar
The students have learned to deal with original scientific literature and to research up-to-date information on their own. They are able to acquire deep insight into a given subject, mainly based on self-study, to give a presentation of the subject utilizing adequate presentation techniques, and to defend the subject in a scientific discussion. Moreover, they have participated in the scientific discussion of subjects presented by fellow students.
The technical content varies. Seminars are offered on diverse up-to-date subjects of current scientific interest in the field of Information Technology. Seminars, listed below can be used as INFOTECH Seminars. Listing here does not mean, that they are currently offered nor that they are offered in the semester (winter/summer) in question. The actual available seminars are published by the institutes offering it. Seminars have to be booked twice, firstly with the institutes for a seat and secondly with the office of examinations to receive a marking.
Seminars (Sem) | |||
---|---|---|---|
Module Name | Lecturer | Summer Term | Winter Term |
Advanced Software Engineering: Non-Functional Aspects in Software Engineering | Becker/van Hoorn | √ | |
Recent Advances in Computer Vision | Bruhn | √ | |
Information Visualization of High-Dimensional Data | Weiskopf/Koch | √ | |
Provenance in Information Systems | Herschel | √ | |
Bildverarbeitung - Algorithmen und Architekturen (in English) | Simon | √ | |
Computer Architectures and Applications in the Era of BioInspired Computing | Wunderlich/Braun | √ | |
Seminar (Advanced Topics in Communications Transmission) | ten Brink | √ | √ |
Seminar (Advanced Topics in Communication Networks and Engineering) | Kirstädter | √ | √ |
Seminar (Advanced Topics in Radio Frequency Technology) | Hesselbarth | √ | √ |
Seminar (Selected Topics on Power and Microwave Electronics) | Kallfass | √ |
For current offerings of the institutes refer to LSF.
Lab Modules
Lab Courses, listed below can be used as INFOTECH Lab Courses. Listing here does not mean, that they are currently offered nor that they are offered in the semester (winter/summer) in question. The actual available Lab Courses are published by the institutes offering it. Lab Courses have to be booked twice, firstly with the institutes for a seat and secondly with the office of examinations to receive a marking.
Lab Courses (Lab) | |||
---|---|---|---|
Module Name | Lecturer | Summer Term | Winter Term |
Smart Energy Systems | Aiello | √ | |
Lab Course Visual Computing | Ertl / Frieß / Schatz / Rau | √ | |
Practical Course Information Systems | Mitschang/Schwarz | √ | |
Elements of High Performance RISC Processors - Design and Synthesis | Wunderlich / Rodriguez Gomez | √ | |
Lab Course (High Performance Programming with Graphics Cards) | Simon | √ | |
Lab Course Interaktive Systeme: Physical Computing | Henze | √ | |
Lab Course Multimedia Communications | Knaub | √ | √ |
Lab Course Simulation of multiphysics field problems | Grabmaier (ITE) | √ | |
Lab Course (Industrial Automation) | Weyrich | √ | |
Lab Course (Radio Frequency Technology) | Hesselbarth | √ | √ |
Lab Course (Statistical Signal Processing) | Yang | √ |
For current offerings of the institutes refer to LSF.
Non-Technical Modules (NT) | |||
---|---|---|---|
Course Name | Lecturer | Summer Term | Winter Term |
Non-Technical (Selection I: IaCL+TIM) Information and Contract Law (IaCL) Technology and Innovation Management (TIM) |
N.N. | ||
Non-Technical (Selection II: IaCL+BMA) Information and Contract Law (IaCL) Business Management and Administration (BMA) |
N.N. | ||
Non-Technical (Selection III:BMA+TIM) Business Management and Administration (BMA) Technology and Innovation Management (TIM) |
N.N. |