Program Overview

Program Overview

The Computer Engineering bachelor's program is a highly interdisciplinary course of study that combines programming, computer graphics, and virtual worlds with microelectronics, digital technology, and computer networks. This program provides students with a comprehensive education in computer engineering, introducing them to the principles of electrical engineering. The core topics of software engineering, computer networking, and electronics enable students to acquire the skills and knowledge necessary to develop sophisticated computer-based systems.

Program Details

• Degree: Bachelor of Science
• Standard period of study: 6 semesters
• Credit points: 180
• Program start: Winter semester
• Admission: Restricted admission
• Language of instruction: German

Admission Requirements

Admission to the Computer Engineering bachelor's program requires a university entrance qualification certificate. Generally, the Abitur serves as the university entrance qualification certificate. If a student does not have a formal university entrance qualification, they may still be able to study at the university if they can provide proof of certain professional qualifications. The program is taught in German, and students with a foreign school-leaving certificate must provide proof of German skills at a specific level. A good level of English is also desirable, as much of the technical literature in the field is published in English.

Program Structure

The first four semesters of the program cover the fundamental principles of computer science, electrical engineering, computer engineering, and mathematics. From the fourth semester onwards, students choose an area of specialization from fields such as media technology, embedded systems, electronics and computer engineering, automation engineering, and computer science. The elective program allows students to select modules offered by other universities in Berlin and Brandenburg, and they can also choose to spend time abroad. The program concludes with a bachelor's thesis.

Content and Modules

The program is divided into individual modules, usually consisting of several thematically linked courses. Modules often include a variety of different study and teaching formats, such as lectures, practical tutorials, seminars, and practical projects. The scope of a module is expressed in credit points, reflecting the amount of time students are required to invest in order to successfully complete the module.

Internships

While not formally required, internships are strongly recommended to provide students with an initial insight into future career areas and enable them to develop networks with potential employers.

Stays Abroad

Students can generally complete parts of the program abroad, either in the form of a semester abroad or internships. General information regarding stays abroad can be obtained from the university's International Office and the Career Service.

Acquired Skills

The aim of the bachelor's program in Computer Engineering is to prepare students to be farsighted engineers working at the exciting interface between software development and electronics. Students acquire a firm grasp of the most important technical principles and methods of computer engineering and are able to apply these in practice. They also develop skills beyond technical fields, including the ability to work independently and responsibly, to be a good team player, to think abstractly and creatively, and to present findings effectively.

After Graduation

Graduates of the Computer Engineering program have excellent career prospects. The combination of computer science and electrical engineering provides graduates with an exciting array of career options, including the development of new device systems and control and user programs for various areas. Graduates can also pursue a career in consulting or start their own business, with support from the university's Career Service and the Centre for Entrepreneurship. The bachelor's degree also qualifies graduates for a master's program in Computer Science or Computer Engineering, Electrical Engineering, Computational Neuroscience, or Automotive Systems.