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Computer Science (German) (B.Sc.)
Informatik hat sich zu einem unverzichtbaren Bestandteil des modernen Lebens entwickelt. Sie ist die Lehre von der Berechnung, der Information und der Automatisierung. Die Themen der Informatik reichen von theoretischen Disziplinen (wie Algorithmen, Rechentheorie und mathematische Modelle für das Verhalten von Programmen) bis zu angewandten Disziplinen (wie Entwurf und Implementierung von Hardware- und Softwareanwendungen, Verwaltung von Kommunikationsnetzen und Testen von Chips).
Informatik hat sich zu einem unverzichtbaren Bestandteil des modernen Lebens entwickelt. Sie ist die Wissenschaft der systematischen und automatisierten Verarbeitung von Informationen.
Die Themen der Informatik reichen von theoretischen Disziplinen (wie Algorithmen, Rechentheorie und mathematische Modelle für das Verhalten von Programmen) bis zu angewandten Disziplinen (wie Entwurf und Implementierung von Hardware- und Softwareanwendungen, Verwaltung von Kommunikationsnetzen und Testen von Chips).
A very important aspect of a computer science degree is the study of algorithms. Algorithms are finite sequences of rigorous instructions used to solve a specific class of problems. They form the basic building blocks of computer programs. Applications of computer science can be found in many different industry areas, from business management to agriculture.
The program awards the degree of "Bachelor of Science" (B.Sc.). The standard duration of a bachelor degree in computer science is six semesters. Upon request, it is possible to study parts of the program as a part-time student (with a maximum duration of eight semesters).
It is also possible to study computer science with the specific purpose of teaching at the secondary level I (LS1), at the secondary level I and II (LS1+2), and at vocational schools (LAB). Finally, it is possible to study computer science as a minor topic in a double-subject degree at the Faculty of Arts.
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Die Informatik bietet vielfältige Karrieremöglichkeiten. In Deutschland übersteigt derzeit die steigende Nachfrage nach Informatikerinnen und Informatikern die Möglichkeiten der Hochschulen deutlich. Da die Informations- und Kommunikationstechnologie das Wirtschaftswachstum vorantreibt, ist zu erwarten, dass sich dieser Trend in den nächsten Jahren fortsetzen und sogar noch verstärken wird. Die Fähigkeit, die aktuellen technologischen Entwicklungen zu erlernen und zu beherrschen, ist für den beruflichen Erfolg entscheidend. Im Informatikstudium in Saarbrücken erhalten Sie das nötige Rüstzeug, um sich in diesem dynamischen Umfeld bewegen zu können.
Denjenigen Informatikstudenten, die eine Karriere in der Industrie anstreben, kann das Studium in Saarbrücken die wesentlichen theoretischen Grundlagen vermitteln und gleichzeitig praktische Erfahrungen durch interessante Projekte, oft in Zusammenarbeit mit der Industrie, anbieten. Für diejenigen, deren Ambitionen im Bereich der Forschung liegen, dient Saarbrücken als Sprungbrett, um ihre Ideen voranzutreiben. Die Universität des Saarlandes öffnet die Türen zu einem weltweiten Netzwerk von Universitäten und Instituten und bietet eine perfekte Plattform, um international durchzustarten.
Das Ausbildungsspektrum der Saarbrücker Informatik reicht von Bereichen wie Computergrafik und künstlicher Intelligenz bis hin zu den Feinheiten der Softwaretechnologie. Das Ausbildungsangebot zeichnet sich durch eine gelungene Integration von Wissenschaft und Forschung aus. Neben Lehrenden der Universität sind auch die Wissenschafler und Wissenschaftlerinnen der zwei Max-Planck-Instituten und des Deutschen Forschungszentrum für Künstliche Intelligenz sowie des Helmholtz-Zentrums für Informationssicherheit (CISPA) maßgeblich an dieser Zusammenarbeit beteiligt.
Der Studiengang Informatik steht im CHE-Stern-Ranking an der Spitze und Saarbrücken ist allgemein als eine der Top-Universitäten für das Informatikstudium anerkannt. Fragt man deutsche Professoren des Fachs nach Empfehlungen, so wird Saarbrücken regelmäßig unter den drei ersten Zielen für die Informatikausbildung genannt.
At Saarbrücken Computer Science, we follow a golden rule: the fusion of theory and hands-on research is at the heart of all our endeavours. This fusion thrives within our own Department of Computer Science, with 27 chairs plus three in partnership with the Department of Mathematics. But it doesn't stop there; we've forged enduring collaborations with industry partners, the German Research Centre for Artificial Intelligence, and the Max Planck Institute for Computer Science. The collective brainpower of around 200 brilliant minds drives innovation and excellence across these three powerhouses.
Computer science research generally pursues three goals:
- Computing systems' functionality should be extended, i.e., enabling new applications.
- Computing systems' functionality should be improved, with respect to performance and price-to-performance ratio.
- Formal proofs must ensure the correctness and high reliability of computing systems.
In Saarbrücken, our research projects encompass a broad spectrum, addressing all these three core objectives. Our relentless pursuit of innovation spans multiple domains: from groundbreaking research in multimedia, distributed information and communication systems, to pioneering projects in speech and image processing, all geared toward ushering in fresh applications. Furthermore, our commitment to efficiency takes centre stage in our endeavours. Among other areas, we delve into the intricacies of geometric algorithms, fundamental cryptographic methodologies, high-performance communication protocols, hardware and software integrity, program analysis techniques, and formal specification methods.
Many of our projects are dedicated to crafting complete prototype systems, ensuring that our innovations have a tangible impact in the real world.
The six-semester bachelor includes lectures and exercises on the following fundamental topics in computer science: programming, algorithms and data structures, theoretical computer science, system architecture, software engineering.
Furthermore, the Bachelor's degree consists of the following elements:
- Lectures on the mathematical foundations of analysis, linear algebra and stochastics.
- A selection of two out of three compulsory lectures among Big Data Engineering, Elements of Machine Learning, and Concurrent Programming.
- Core lectures that introduce an area of computer science.
- A specialisation lecture in computer science.
- A software internship in which a complex software product is created in a team.
- A proseminar and a seminar that introduce cutting-edge research results.
- A freely selectable minor subject, such as Business Administration or Mathematics.
- A bachelor's seminar in which a comprehensive project is presented and a project work as final thesis.
Regulations
- Examination regulation (Prüfungsordnung, German)
- Study Regulation (Studienordnung, German)
- Subject-Specific Regulations (Fachspezifische Bestimmungen zur Prüfungsordnung, German)
Planning Your Studies
Computer Science isn't limited to just a single bachelor path. It is in fact also available as a minor subject in our two-subject bachelor's degree programs at the Faculty of Arts and Humanities. Within this enriching journey, we've outlined a series of milestones (as of March 2021) to be achieved, encompassing a total of 63 credit points (CP), all designed to illuminate the world of computer science.
- Elective area 1 (1 out of 2):
- Programming 1 (9 CP)
- Programming 2 (9 CP)
- Elective area 2 (1 out of 2):
- Elements of Data Science and Artificial Intelligence (9 CP)
- Foundations of Cyber-Security (9 CP)
- Elective area 3 (2 out of 4):
- Concurrent programming (6 CP)
- Big Data Engineering (6 CP)
- Elements of Machine Learning (6 CP)
- Basics of algorithms and data structures (6 CP)
- Elective area 4 (1 out of 2):
- Fundamentals of Theoretical Computer Science (9 CP)
- System architecture (9 CP)
- Elective area 5 (24 CP):
- any course in computer science or within the mathematical foundations of computer science, for a total of 24 CP
You can find further information about choosing computer science as a minor topic following this link (available only in German).
Postgraduate courses
In addition, access to further Master's degree programmes is possible with the appropriate specialisation in the Bachelor's area and possibly catching up on individual modules
Cybersicherheit
Data Science and Artificial Intelligence
Embedded Systems
Entrepreneurial Cybersecurity
Medieninformatik
Mathematik und Informatik
Language Science and Technology
Bioinformatik
Wirtschaftsinformatik
Zentrale Studienberatung
Campus Saarbrücken
Campus Center, Geb. A4 4, EG
Tel.: 0681 302-3513
studienberatung(at)uni-saarland.de
Studienkoordination
Frau Dr.in Rahel Stoike-Sy
Frau Barbara Schulz-Brünken
Fachrichtung Informatik
Campus Saarbrücken
Geb. E1 3, Zi. 2.09
66123 Saarbrücken
Entry restrictions do not apply to this programme. Students can begin the programme at the beginning of the winter or summer semester, though we recommend starting in the winter semester. Students proposing to start in the summer semester should contact the course advisors and the university's study counselling services to discuss their individual study plan.
You can enrol in the first semester of this study programme directly via Saarland University's SIM portals. You do not need apply for admission beforehand. You must enrol by:
- the end of September if you plan to start in the winter semester
- the end of March if you plan to start in the summer semester.
Please note: If you want to switch subjects and plan to enrol in a higher semester of the new study programme ('higher-semester entry'), you will also need to submit an RPL certificate (RPL: recognition of prior learning) from the relevant examinations office.
Enrolment documents can only be submitted online during the enrolment application process in the relevant SIM portal.
If you have any questions about using the SIM portals, please check out our SIM Saarland help pages where you will find lots of useful information, videos and step-by-step guides.
Please only submit the documents required for your enrolment directly in the SIM portal when completing your enrolment application.
If you have any questions about the SIM portals, please visit our SIM Saarland support pages where you will find lots of information, videos and step-by-step instructions.
Slightly different admission rules may apply to prospective students with a foreign higher education entrance qualification.
Central Student Advisory Service
Saarbrücken Campus
Building A4 4, Ground floor
Phone: +49 681 302-3513
studienberatung(at)uni-saarland.de
Central Student Advisory Service
Accredited study programmes
Saarland University was one of the first universities in Germany to achieve Quality Assurance Accreditation and has held the Accreditation Council's official quality mark continuously since 2012.
Quality management