Information and Communications Engineering (M.Eng.)

Degree:Master of Engineering (M.Eng.)
Duration:3 semesters
Start:Winter semester
Teaching language:Englisch
ECTS credits:90

Why study Information and Communications Engineering?

You graduated from a first University program, you are inspired by information and communications technology and aim to work on future challenges in this field? You also love to put theory into practice and would like to strengthen your knowledge about underlying theoretical concepts as well as to enhance your engineering skills? You wish to study in an international environment in the pulsating capital of Germany and to prepare yourself to be competitive for jobs in research and development in a globalized world?

Why wait? Don’t hesitate and join the Master’s program “Information and Communications Engineering” at the Berliner Hochschule für Technik! The program deepens your knowledge in: computer and data networks, mobile and broadband communication as well as audio and video communication systems and processing. As a University of Applied Sciences we teach these subjects in a straight application context, including a lot of hands-on lab projects in small groups and a close contact to our students.


  • Basic knowledge in Communications Technology such as Digital Signal Processing and Transmission or Networks is recommended

What our students say

»The great variety of subjects made me choose this major. The quality of the professors, the proximity to the lecturers and the excellent labs confirmed my decision.«

— Bugar Nugroho, graduate

»The combination of theory and practical lessons in laboratories is a key feature of this program. This knowledge empowers me to contribute to the R&D department of a major consumer electronics company.«

— Lennart Landsberg, graduate


  • Admission to the Master‘s program Information and Communications Engineering requires a qualified academic degree (e.g. B.Eng., B.Sc., Dipl.-Ing.) in a suitable field of study (e.g. electrical engineering or computer engineering).
  • Moreover, the English language level B2 (CEFR) must be certified to ensure successful class participation.

Further details can be obtained from the Student Counselling and Support Center.

Application Period:

  • For the Winter Semester: May 02th – June 15th
  • For the Summer Semester (depending on availability of places): October 15th – December 15th

Admission / Application

Study Content

The Master’s program Information and Communications Engineering comprises three semesters. In the first two semesters, the required modules cover advanced issues, thereby forming a common understanding through core topics of information and communications: signal processing, signal transmission, and network engineering. Furthermore, students acquire additional skills in mathematics and software engineering which are crucial for this subject matter. Parallel colloquia and general studies courses also strengthen the interdisciplinary character of this field.

A variety of required-elective modules are offered to students to deepen their knowledge in selected subjects like radio and mobile communications, communications networks, hardware and software for communications systems, signal processing and multimedia communications, photonic communications systems, and machine learning. If deemed suitable, students may also select a module or two from other Master’s programs.

In addition to the deepening of basic theoretical knowledge, grounded specialist knowledge and the acquisition of methodological-analytical skills, the teaching also focuses on developing competence in systematic, scientific thinking, working methods, and acquiring and classifying scientific findings in actual practice.

In the third semester, a Master's thesis is to be prepared in which students demonstrate that they can work independently on solving, documenting and presenting a complex task in the field of information and communications technology by employing scientific methods within a given time frame. The Master's thesis is completed by passing an oral examination.

The direct application of acquired knowledge in project work in combination with laboratory exercises consolidates this knowledge, strengthens methodological competence and the ability to recognize and solve practical problems in the field of information and communications technology.

The close contacts of the University and its faculty to information and communications technology-related companies, institutes and other organizations enable students in their final thesis to focus on solving practical problems and implementing their solutions in practice.

Research and development takes priority status in the Master’s program Information and Communications Engineering. University professors are actively engaged in a variety of successful research and development projects: exploration of bandwidth-efficient modulation techniques for optical communications, encoding techniques for wireless audio and video coding in local and mobile networks, virtual microphones by ultrasonic evaluation, the security of Internet Protocol IPv6, and implementation and development of algorithms for digital shortwave receivers.

The standard length of study in the Master’s program Information and Communications Engineering is three semesters (1½ years), which includes earning 90 ECTS in order to be conferred the Master’s degree (a total of 300 ECTS in combination with the Bachelor’s degree).

Students who have obtained less than 210 ECTS through their first academic degree are offered additional, suitable modules from Bachelor’s or other Master’s programs at the University to earn the missing credits.

The degree program concludes with the conferment of the academic degree title "Master of Engineering", which entitles the holder to pursue a doctoral degree.

Information and communications technology continues to be a primary driver of technological progress in the digital age. Communications technology satisfies a basic human need in a variety of ways: making cell phone calls and sending messages via GSM, UMTS and LTE, receiving multimedia information via digital radio and television with Internet Radio or DVB-T2, and naturally communicating through the Internet via Wi-Fi and VoIP. Moreover, human-machine interaction introduces new possibilities, car-to-car communication will change the way we travel and data traffic between machines in the industrial sector is growing continually. An end of this development is not in sight.

Information technology, i.e. the technical processing of the data by means of hardware and software, is the backbone for new communication technologies. The continually increasing performance of information technology enables us both to create new applications and to cope with an ever-increasing flood of data.

The tasks and functional areas of engineering are manifold in the field of information and communications technology. Engineers conduct research, design measurement and control systems, and develop hardware and software-based devices in the telecommunications, media, automotive, medical, and aerospace industries. For this highly qualified profession, graduates of this degree program will have acquired in-depth knowledge in diverse fields of technology as well as the ability to view aspects of various complex systems in a networked manner. In addition, especially in this global professional environment, mastery of the English language is essential.

Earning the Master's degree of the Information and Communications Engineering program ensures not only that the aforementioned qualifications have been acquired, but also that its graduates will be offered excellent career opportunities in attractive and innovative fields of activity in Germany and abroad, in development and research departments of companies and scientific institutions.


1. Term
Module Module name SU SWS Ü SWS LP P/WP FB
M01 Advanced Signal Processing Methods 2 1 5 P VII
M02 Advanced Signal Transmission Technologies 2 1 5 P VII
M03 Stochastic Modeling and Optimization 4   5 P VII
M04 Master Colloquium A   1 5 P VII
M05 Required-Elective Module I   4 5 WP VII
M06 Required-Elective Module II   4 5 WP VII
2. Term
Module Module name SU SWS Ü SWS LP P/WP FB
M07 Network Engineering 3   5 P VII
M08 Software Engineering 3 1 5 P VI
M09 Master Colloquium B   1 5 P VII
M10 General Studies I 2   2,5 WP I
M11 General Studies II   2 2,5 WP I
M12 Required-Elective Module III   4 5 WP VII
M13 Required-Elective Module IV   4 5 WP VII
3. Term
Module Module name SU SWS Ü SWS LP P/WP FB  
M14 Final Examination Module 3     30 P VII
M14.1 Master’s Thesis       25 P VII
M14.2 Oral Final Examination       5 P VII
Required-Elective Modules (1./2. Term)
[Translate to English:] Module Module name Term SU SWS Ü SWS LP P/WP FB
WP01 Digital Radio Systems 1/2   4 5 WP VII
WP02 Model-Based Digital Communication Systems Design 1/2   4 5 WP VII
WP03 Network Security and Cryptography 1/2   4 5 WP VII
WP04 Advanced Switching and Routing 1/2   4 5 WP VII
WP05 Photonic Communication Systems 1/2   4 5 WP VII
WP06 Multimedia Broadcast Systems 1/2   4 5 WP VII
WP07 Machine Learning 1/2   4 5 WP VII
WP08 Distributed Systems and Services 1/2   4 5 WP VII
WP09 External Module I 1   4 5 WP Andere Hochschule
WP10 External Module II 1   4 5 WP Andere Hochschule
WP11 External Module III 2   4 5 WP Andere Hochschule
WP12 External Module IV 2   4 5 WP Andere Hochschule

Source: Amtliche Mitteilung, 38. Jahrgang, Nr. 35/2017 vom 02.05.2017

SWS: Hours per week (Semesterwochenstunden), SU: Seminar (Seminaristischer Unterricht), Ü: Practice (Übung), P: Required Module (Pflichtmodul), WP: Required-Elective Module (Wahlpflichtmodul), LP: Credits (Leistungspunkte), FB: Department (zuständiger Fachbereich)