Program Overview

Overview of the Master's Program in Communications Engineering

The Master's program in Communications Engineering is designed to provide students with a comprehensive education in the field of communications engineering, covering topics such as information theory, communication technology, microelectronics, and their applications in communication networks, mobile communication systems, optical transmission systems, signal processing systems, automation, robotics, automotive, and embedded systems.

Program Structure

The program consists of four semesters, with a total of 120 credits. The first three semesters include lectures, exercises, and laboratory work, as well as an 18-week industry internship. The fourth semester is dedicated to the master's thesis.

• The program is divided into two main module groups, with elective courses in each group.
• The CORE catalog covers all study profiles, including Systems and Electronics.
• The ELECTIVE catalog focuses on individual study profiles.
• The program also includes a broad range of laboratory work, projects, and seminars.

Study Profile - Communications Engineering

The study profile for Communications Engineering includes a range of modules, such as:

• 5 elective modules from the CORE or ELECTIVE catalogs
• 1 module from the GENERAL catalog
• 1 laboratory or project module
• 1 seminar module
• 1 module on scientific integrity

Curriculum

The curriculum for the Master's program in Communications Engineering includes:

• Module catalogs for the CORE and ELECTIVE courses
• A laboratory or project module
• A seminar module
• A module on scientific integrity
• An industry internship
• A master's thesis

Research Areas

The program covers a range of research areas, including:

• Information theory
• Communication technology
• Microelectronics
• Communication networks
• Mobile communication systems
• Optical transmission systems
• Signal processing systems
• Automation
• Robotics
• Automotive
• Embedded systems

Graduation Requirements

To graduate from the program, students must complete:

• 120 credits
• An 18-week industry internship
• A master's thesis
• A range of elective and compulsory modules

Career Opportunities

Graduates of the program will have a range of career opportunities in the field of communications engineering, including:

• Research and development
• Industry
• Academia
• Government
• Private sector