Computer Science, Mathematics and Physics (Bachelor of Science, B.Sc.)

The degree programme Computer Science, Mathematics and Physics at Humboldt-Universit?t zu Berlin provides broad and integrated knowledge of the three disciplines, promotes critical understanding of key theories and methods, and enables interdisciplinary, scientific work.

At a glance

Degree
Bachelor of Science (Monobachelor)
Offered as
Monobachelor
Standard period of study
8 semester
Study type
Fundamental
Teaching degree
not related to teaching
Start of studies
Winter semester, Summer semester
Teaching language
German

Course structure and content

This course will provide you with broad and integrated knowledge about the scientific foundations of Computer Science, Mathematics and Physics as well as the parallels and references between these disciplines and their methods; a critical understanding of the important theories, principles and methods of these subjects; in-depth knowledge in special domains of one or several of the three disciplines; the ability to apply this knowledge as part of an activity or profession, especially for activities and professions that involve science and have interdisciplinary requirements.

Students will learn to work independently and to develop technical solutions and arguments; to design on their own in-depth learning processes that lead to the acquisition, evaluation and interpretation of relevant information and to the development of skills necessary for scientifically-based judgements and learn to formulate and argumentatively defend discipline-related positions and solutions; to engage in exchange with members of the participating fields as well as with laypersons; and to assume responsibility.

The successful completion of this course qualifies you for professions that require skills and abilities in the realm of Computer Science, Mathematics and/or Physics. The course is a prerequisite for admission to a subsequent master’s degree programme in at least one of these subjects and then forms a basis for jobs with relevant scientific specifications. In particular, it qualifies students for activities that require analytic problem-solving skills and that benefit from a broad interdisciplinary perspective and thus for diverse professions in business and science.

Mandatory modules (135 CP)

Basic modules of:

  • Computer Science (33 CP)
  • Mathematics (51 CP)
  • Physics (39 CP)

Bachelors thesis and defence (12 CP)

In-depth study (48 CP)

Modules from all three subjects of the course, with respective options:

  • Computer Science (16 CP)
  • Mathematics (10 CP)
  • Physics (22 CP)

Main subject (28–35 CP)

Students will select one of the subjects – Computer Science, Mathematics or Physics – as a focus. You will then take further modules from your selected main subject:

  • If Computer Science is the subject of focus, an additional 28–35 CP (depending on the modules selected).
  • If Mathematics is the subject of focus, an additional 30–35 CP (depending on the modules selected).
  • If Physics is the subject of focus, an additional 29–35 CP (depending on the modules selected).

General elective modules (20–27 CP)

These modules can be chosen freely in the amount of 10 CP from the module catalogue of general elective modules from other fields or central institutes.

In addition, further modules must be completed so that a total of 240 CP are obtained in the course. The incorporated modules cannot come from your selected main subject, and only modules that were not already incorporated in the mandatory elective modules can be included.

Special features

In the fields of Mathematics, Physics and Computer Science, the range of tasks for science and practical application is larger and more diversified today than ever before.

As a result, the demand for experts who have mastered the methods and approaches of more than one field has steadily increased.

Students who want to acquire such skills now either have to become autodidacts and educate themselves on their own or enrol in a second course of study.

The Computer Science, Mathematics and Physics Bachelor course is aimed at this target group: students with broad interests who consistently look beyond the boundaries of a single discipline and would like to understand and master different perspectives, including their interconnections.

The extensive options in the later stages of the course allow students to concentrate on one of the subjects as a focus, without, however, losing sight of the other two disciplines.

Subject-specific admission and enrolment rules

Not barrier-free

Career opportunities & prospects

An eight-semester bachelor degree course is the ideal prerequisite for the one-year master’s programmes offered at many universities, especially in English-speaking countries. 

However, other Master's degree programs from the sub-disciplines are also possible.

Find out more in the course catalogue or via the database Hochschulkompass nationwide.

Successful completion of this degree program qualifies graduates for professions requiring skills and expertise in computer science, mathematics, and/or physics. In particular, the program enables graduates to pursue a subsequent Master's degree in at least one of these subjects, thus providing a foundation for careers with a research-oriented profile. It offers exceptional qualifications for roles that demand analytical problem-solving skills and benefit from a broad, interdisciplinary perspective, opening doors to a wide range of careers in both industry and academia.

More information on career prospects and alternatives can be found in the Berufenet database.

Recognition of credits

Contact information for the institute

Department of Computer Science

Address
Johann von Neumann-Haus, Institutsgeb?ude, Rudower Chaussee 25, 12489 Berlin
General contact