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Bachelor ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿ical Information Sciences

What to expect

The Bachelor's degree program in ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿ical Information Sciences is positioned at the intersection of computer science, medicine, and the application of these disciplines in the field of medical informatics.

During the course of study, students receive a solid foundational education and have the opportunity to expand their knowledge through a wide range of elective courses.

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To accomplish this, we provide you with the necessary theoretical and practical tools and allow you to choose from a variety of specialized events. This will equip you to shape the world of tomorrow.

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Highlights

  • Campus university with a lake and park landscape
  • Small group sizes in lectures and practicals offer excellent and individual support
  • Renowned computer science faculty according to the CHE ranking
  • Individual focus through flexible course selection
  • Easy entry through offerings from the student council (also outside of the university)
  • Excursions to research and industry cooperation partners.
About the degree programme
Degree programme: ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿ical Information Sciences
Official Designation: ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik
Degree: Bachelor of Science (B.Sc.)
Study mode: Full-time
Language of instruction: German
Start of studies: winter semester
Standard study duration: 6 semesters
Admission type: Restricted admission
Minimum German language skills: C 1
Please note: Applications for the 1st subject semester are only possible for the winter semester. However, applications for higher subject semesters are possible for the summer semester. Introductory events take place closely before the start of the lecture period: http://www.uni-augs¡­; start of the lecture period: https://www.uni-aug¡­
Application deadline for the summer semester: 15. January
Application deadline for the winter semester: 15. July

Contents

Bildlizenzen von Shutterstock.com.

The courses in this specialization lay the foundation for a successful study of computer science. In addition to an introduction to computer science, the curriculum also includes courses on algorithms and data structures and theoretical computer science to create a deeper understanding of complex concepts.

Advanced lectures on software engineering and databases specifically prepare students for professional practice in the field of computer science. The mathematics courses introduce concepts of linear algebra, analysis, as well as probability and statistics.

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Together with students of human medicine at the newly established ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿ical Faculty, students gain comprehensive insights into the fundamentals of medicine and have the opportunity to exchange knowledge with medical students. They receive an introduction to the anatomy, physiology, and biochemistry of the human organ systems. Additionally, students also learn the basics of clinical medicine, pathophysiology, and epidemiology.

A clinical application project provides an opportunity to apply the acquired medical knowledge with the methods of informatics in a practical manner and gain experience in independent scientific work.

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A diverse range of elective courses presents the facets of medical informatics, ranging from simulating biological processes to medical signal processing and addressing questions related to big data and machine learning.

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Students can freely choose from this selection of specialization courses and thus individually shape their studies by focusing on their own areas of interest.

Career outlook

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Digitization is impacting all areas of daily life, especially in the field of medicine. Graduates of medical informatics programs have excellent career prospects, as outlined in the following fields of work.

In addition to a specialized career, graduates also have opportunities for management positions.

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In medical research, medical informatics supports tasks such as simulating biological processes and visualizing medical data. The increasing challenge of handling large amounts of data, as seen in genomics research and neuroscience, can only be efficiently addressed through the targeted use of modern IT technologies.

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The development of software-intensive medical systems requires a solid understanding of both medicine and computer science methods. Fields of work include areas such as Mobile Health or eHealth, as well as the development of modern medical products.

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The modern healthcare sector increasingly relies on IT systems for the collection and analysis of patient data in both clinical settings and billing processes. Possible fields of work involve the planning, development, and operation of these systems. Potential employers include insurance companies, hospitals, and healthcare authorities.

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Thanks to their comprehensive education in general computer science, graduates also have career opportunities in traditional computer science fields.

Sample Study Plan

Informatik I
8 LP
Mathematik f¨¹r Informatiker I
8 LP
Programmierkurs
4 LP
Grundlagen der ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izin I
8 LP
ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinisches und naturwissenschaftliches Grundlagenseminar
4 LP

Total: 32 CP

Informatik II
8 LP
Mathematik f¨¹r Informatiker II
8 LP
Einf¨¹hrung in die theoretische Informatik
8 LP
Grundlagen der ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izin II
8 LP

Total: 32 CP

Informatik III
8 LP
Datenbanksysteme
8 LP
Stochastik f¨¹r Informatiker
5 LP
Grundlagen der ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izin III
8 LP

Total: 29 CP

ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
Einf¨¹hrung in die klinische ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izin
10 LP

Total: 28 CP

Softwaretechnik
8 LP
ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
Seminar ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik
4 LP
Klinisches Anwendungsprojekt
11 LP


Total: 29 CP

ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
ÍþÄá˹¶Ä²©ÓÎÏ·_ÍþÄá˹¶Ä²©app-¡¾¹ÙÍø¡¿izinische Informatik Wahlpflicht
6 LP
Bachelorarbeit
12 LP


Total: 30 CP

Additional Information

For current information on the program, admission procedures, application, and upcoming deadlines, please visit the website of the Faculty of Applied Computer Science:
/en/fakultaet/fai/


General information about studying at the university can be found at:
/en/studium/

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