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Recommended Study Track for Wireless Communications

This page contains the description of a recommended study track for master students in electrical engineering who pursue a professional profile in communication technology with emphasis of wireless communications.

Important: It is assumed that students are bilingual (B2 or higher) in German and English.

Wichtiger Hinweis: Es wird angenommen dass alle Studenten über hinreichend gute (B2 oder höher) deutsche und englische Sprachkenntnisse verfügen.

Track: Wireless Communication Systems

Overview

Wireless Communication Systems are perhaps the most pervasive and ubiquitous infrastructure of our time. Billions of people around the world access the Internet through a wireless interface. The number of connected wireless devices is roughly equal to the number of humans on the planet. In the near future, the Internet of Things will lead to a number of wireless devices one or two orders of magnitude greater. Understanding and mastering this field requires a balance of theoretical foundations, specific theoretical knowledge, specific applied knowledge, and problem-solving, project-oriented skills. The aim of this Track is to develop the above skills through a consequential concatenation of modules.

The modules in the Specific Study Area (36 LP) of this particular Track develop the fundamental theory underlying modern digital communications, the tools for the design and optimization of wireless systems, and the understanding of the protocols for multi-access coordination in wireless networks. The menu of modules advised to complete the All Study Areas component (24 LP) serves to complement and extend these foundations in the direction of (for example): audio and video coding, a specific overview of wireless standards and multi-antenna (MIMO) schemes, future internet protocols and network architectures, or integrated analog-digital hardware design.

Recommended Course of Study

Lupe

Modules: Specific Study Area - Communication Systems

These modules, when taken together, will allow students to complete all of their Specific Study Area - Communication Systems (Studiengebiet - Kommunikations- systeme) requirements (36 LP - shown in red/orange above) within the three semesters allotted by StuPO 2015.

Specific Study Area - Communication Systems
Module Name
LP
Module Number
When?
Information Theory
6
40230
WS 1 & SS 1
Wireless Communications Lab
6
40231
WS 1 & SS 1
Channel Coding
3
40232
SS 1
Wireless Network Analysis and Optimization
6
40236
SS 1 & WS 2
Performance Evaluation of Computer Communication Systems
6
783
SS 1
Physical Layer Security
3
40246
WS 2
Ad-Hoc and Sensor Networks
6
1096
WS 2
LP = Leistungspunkte/Credits | WS = Winter Semester |
SS = Summer Semester

Modules: All Study Areas

It is recommended that students fulfill their All Study Areas (Module aus allen Studiengebieten) component (24 LP - shown in yellow above) with a selection of modules listed below and specially curated by Prof. Caire. Students are reminded that they must complete at least one project within their Required Choice (Wahlpflichtbereich) modules in order to graduate (see StuPO §5.4). Please note that, in terms of semester, All Study Directions (Module aus allen Studiengebieten - shown in yellow) and Electives (Wahlbereich - shown in blue) are interchangeable. 

All Study Areas
Module Name
LP
Module Number
Module Coordinator
Compressive Sensing and Inverse Problems in Signal Processing
6
40234
Caire
Wireless Systems and MIMO Technology
6
40223
Caire
Advanced Analog Integrated Circuits and Systems
6
40221
Gerfers
High-Frequency Data Converter Techniques*
9
40222
Gerfers
System-on-Chip (SOC) + ARM Lab*
9
40224
Gerfers
Hot Topics in Next Generation Networks and Future Internet Technologies
3
993
Magedanz
Speech Signal Processing and Speech Technology
6
902
Möller
Datenkompression
6
10142
Sikora
Digitale Nachrichtenübertragung
6
40164
Sikora
Digitale Nachrichtenübertragung - Vertiefung
6
40165
Sikora
Hot Topics in Communication Systems
3
40160
Sikora
Quellencodierung - Multimediasignalverarbeitung
6
40162
Sikora
Quellencodierung - Multimediasignalverarbeitung - Vertiefung
6
40163
Sikora
Mathematical Methods in Signal Processing and Communications 
6
40229
Stanczak
Network Embedded Systems
6
1048
Wolisz
Network Technologies (Small)
6
779
Wolisz
Project in Advanced Network Technologies*
6
768
Wolisz
LP = Leistungspunkte/Credits | *Project - Students must take a minimum of one project in order to graduate.

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