51ɫ

Biochemistry

Bachelor of Science (BSc)

Biochemistry

The Bachelor's degree programme in Biochemistry at Ulm University is research-oriented and practical. It integrates knowledge from biology, chemistry, physics and medicine and provides the basis for a further scientific qualification and a targeted professional qualification. It is possible and desirable to continue the Bachelor's programme up to a Master's degree.

More about the course

Biochemistry is the science of the chemical basis of living organisms. This includes topics such as the structure and properties of biomolecules such as proteins and nucleic acids, metabolic reaction pathways and their systemic regulation, cell biology and the molecular basis of diseases. You will gain insights into essential biophysical investigation techniques and the possible application of biochemical knowledge, e.g. in biotechnology or pharmacy. In terms of organisation, the course is divided into a compulsory area (biochemistry, chemistry, physics and mathematics) and an elective area consisting of biology, computer science, medicine and others. At Ulm University, particular emphasis is placed on practical training in the form of exercises and laboratory work.

The following information is only available in German because the teaching language of the course is German. Students who want to participate in the programme need to proof their language proficiency.

Academic Degree

Bachelor of Science (BSc)

Type of Study
  • Full-time
Study Curriculum

Start of Study
  • each winter semester
University Place

75

Language of Instruction
  • German and English
Admission Requirements
  • Restricted (for further information see 'Application')
ECTS Credits

180

Standard Period of Study

6

Structure of the B.Sc. in Biochemistry

Biochemistry, Molecular, Microbial and Cell Biology
General, Inorganic & Analytical Chemistry
Mathematics
Physics
1st semester
Biochemistry, Molecular, Microbial and Cell Biology
Organic & Physical Chemistry
Mathematics
Physics
2nd semester
Biochemistry, Molecular, Microbial and Cell Biology
Compulsory elective subjects: Computer Science or Biology/Medicine
Physics
3rd semester
Biochemistry, Molecular, Microbial and Cell Biology
Organic Chemistry
Compulsory elective subject area: Computer Science or Biology/Medicine
Methods in Biochemistry
4th semester
Biochemistry, Molecular, Microbial and Cell Biology
Organic Chemistry
Biophysics
ASQs
5th semester
Bachelor's thesis
Methods in Biochemistry
ASQs
6th semester
  • Biochemistry, Molecular, Microbial and Cell Biology
    General, Inorganic & Analytical Chemistry
    Mathematics
    Physics
    1st semester
  • Biochemistry, Molecular, Microbial and Cell Biology
    Organic & Physical Chemistry
    Mathematics
    Physics
    2nd semester
  • Biochemistry, Molecular, Microbial and Cell Biology
    Compulsory elective subjects: Computer Science or Biology/Medicine
    Physics
    3rd semester
  • Biochemistry, Molecular, Microbial and Cell Biology
    Organic Chemistry
    Compulsory elective subject area: Computer Science or Biology/Medicine
    Methods in Biochemistry
    4th semester
  • Biochemistry, Molecular, Microbial and Cell Biology
    Organic Chemistry
    Biophysics
    ASQs
    5th semester
  • Bachelor's thesis
    Methods in Biochemistry
    ASQs
    6th semester

This diagram is intended to provide a simplified overview. For detailed information, please refer to our current and the study programme guide.

In practical terms

Our degree programmes always have a strong practical focus. This isn’t just a welcome change from studying from books; it’s also great fun. State-of-the-art laboratories ensure optimal learning outcomes.
 

Why biochemistry?

 

Biochemistry forms the basis for many important and exciting research projects of growing scientific and societal significance (e.g. CRISPR-Cas systems, the development of novel therapeutic approaches). The subject is highly interdisciplinary and draws on content from various scientific fields. If you want to learn more about the biochemical fundamentals of living organisms and their potential applications, for example in biotechnology or medicine, this degree programme is just right for you.

Course content explained briefly

 

During the Bachelor’s programme, you will receive a comprehensive and in-depth education in the following areas:

  • Biochemistry and Physiology
  • Cell biology and genetics
  • Molecular biology and microbiology
  • Chemistry
  • Biophysics
  • Mathematics

In addition, elective modules are offered in the fields of biology, medicine and computer science, as well as supplementary key skills such as English courses.

The curriculum features a wide range of elective modules, and our final-year projects provide insights into the current scientific work being carried out at the participating institutes – for example, on the topic of our overarching research focus, ‘Stress response and resilience of biological systems’.

The study environment at the University of Ulm

 

A weekend trip to Lake Constance or a climbing trip to the Alps? No problem at all from Ulm! Ranked as Germany’s most liveable city (Handelsblatt), Ulm offers an attractive mix of student life, cutting-edge academic research and excellent career prospects in the biopharmaceutical industry and other relevant economic sectors.

The Department of Biology fosters a personalised approach to student support. This creates close contact between students and lecturers. From an early stage in their studies, students get involved in current areas of research and apply what they have learnt in a wide range of work placements. Small-group seminars and well-equipped laboratories contribute to academic success.

The University of Ulm stands out for its clear focus on medicine and STEM subjects (science, technology, engineering and mathematics), the outstanding quality of its teaching and its excellent research.

Ways to go abroad

A great way to broaden your horizons is to spend a study period at a university abroad. Students at the University of Ulm can apply to spend one or two semesters abroad at numerous universities: across Europe as part of the ERASMUS programme, and also outside Europe. The Department of Biology facilitates study abroad semesters by establishing a so-called ‘mobility window’. This makes it much easier for you to have academic credits earned abroad recognised.

The University of Ulm has exchange agreements with over 100 universities in 26 countries. Further information is available from the International Office.

International Office

In addition to the exchange agreements, the Department of Biology offers further specialised exchange programmes (more information here).

What students at the University of Ulm have to say

Lara:
The biochemistry degree programme at the University of Ulm offers a varied and thorough education. Students benefit from a wide range of lectures from various departments, supplemented by seminars and laboratory practicals. There are also options to choose from within the curriculum. A semester abroad can also be incorporated into the course. The level of difficulty varies depending on the module, but it is still manageable. This makes the course varied, challenging and flexible all at once. (Source: StudyCheck)

Julian
: At the start, the degree programme is very demanding, as a great deal of foundational knowledge is covered in the first two semesters (maths, physics, inorganic chemistry). This is important for later semesters, which is why it’s worth persevering. What’s more, the seminars and tutorials help with this and make the whole thing manageable and easy to understand. (Source: StudyCheck)

External content

To use this content (Source: www.xyz.de ), please click to Accept. We would like to point out that by accepting this iframes data to third parties transmitted or cookies could be stored.

You can find further information in our Privacy policy..

External content

To use this content (Source: www.xyz.de ), please click to Accept. We would like to point out that by accepting this iframes data to third parties transmitted or cookies could be stored.

You can find further information in our Privacy policy..

External content

To use this content (Source: www.xyz.de ), please click to Accept. We would like to point out that by accepting this iframes data to third parties transmitted or cookies could be stored.

You can find further information in our Privacy policy..

And after graduation? Fields of work and career paths for biochemists

Key career fields for biochemistry graduates include, for example, academic research at universities and research institutions, as well as in the pharmaceutical, chemical or biotechnology industries. An exceptionally strong sector within the biopharmaceutical/biotechnology industry offers excellent career opportunities. Possible career fields include:

  • Academic research
  • Research & Development in industry
  • Biopharmaceutical research
  • Biotechnology (genetic engineering)
  • Clinical research (e.g. cancer research)
  • Quality control and management
  • Plant breeding
  • Hygiene and water management
  • Measurement and laboratory technology
  • Patent law, marketing and sales
  • Journalism


    You can find further, detailed information on potential career paths and jobs in the life sciences at 

  • www.vbio.de (Association for Biology, Life Sciences and Biomedicine)
  • www.biotechnologie.de

Discover the career paths of UUlm graduates (pdf)

To help students get off to a good start, the University of Ulm offers subject-specific training camps before the start of the academic year.

Studying and living in Ulm

Welcome to “Germany’s most liveable city” (Handelsblatt 2024). In Albert Einstein’s birthplace, science, leisure, top employers and culture come together in a unique way. Top venues and events such as the Ulmer Zelt, Nabada and the Donaufest draw visitors to the quaint alleyways. You’ll feel right at home here!

Contact

Related Study Courses