Biophysik (grundständig)

The studies take place at universities. Learning locations at the university include lecture halls, seminar and practice rooms, libraries, laboratories, and at home (e.g., preparation and follow-up of courses, completion of homework; possibly participation in online courses).

This is a foundational degree program (grundständiges Studium) offered at universities. Upon successful completion, a Bachelor of Science (B.Sc.) degree is awarded. The standard period of study is 3-4 years. The foundational Biophysics degree program imparts fundamental scientific knowledge in mathematics, physics, biology, chemistry, biochemistry, biophysics, and computer science. Admission to universities requires the general higher education entrance qualification (allgemeine Hochschulreife) or, if applicable, a subject-specific higher education entrance qualification (fachgebundene Hochschulreife). Passing an internal university selection process and demonstrating English language proficiency may also be required. Students attend lectures, seminars, and practical exercises at the university in compulsory modules such as General and Inorganic Chemistry, Biochemistry, Introduction to Biology, Fundamentals of Biophysics, Mathematics for Biophysicists, Molecular Biology and Genetics, Organic Chemistry, Physics, Physical Chemistry, and Thermodynamics. Graduates of a Bachelor's degree in Biophysics can work, for example, in data-related fields.

The standard period of study is 6-8 semesters. The average actual duration of study is 8 semesters. Source: Statistisches Bundesamt, Statistischer Bericht - Statistik der Prüfungen an deutschen Hochschulen - Prüfungsjahr 2024.

Study costs include enrollment and administration fees, as well as semester contributions (e.g., for student services, student union, semester ticket), and potentially tuition fees. Fees may apply for 'long-term students,' for a second degree (Zweitstudium), or after exhausting a set study credit. Expenses for learning materials and study needs, such as specialist literature and excursions, are also incurred. Contributions for student health insurance are typically required when exceeding the age limit of 25 years or certain income thresholds. Information on funding opportunities can be found at Deutsches Studierendenwerk and the Bundesausbildungsförderungsgesetz (BAföG).

Compulsory modules include, for example: General and Inorganic Chemistry, Biochemistry, Introduction to Biology, Fundamentals of Biophysics, Mathematics for Biophysicists, Molecular Biology and Genetics, Organic Chemistry, Physics, Physical Chemistry, Thermodynamics. Elective modules may include: Bioinformatics, DNA and Gene Expression, Microbiology, Molecular Spectroscopy, Animal and Neurophysiology. Practical study content: Depending on the university, internships, practical modules, or practical semesters (e.g., in research institutions) may be included.

One should be prepared for the following conditions and requirements: Courses: attending lectures and seminars in the university's lecture halls and seminar rooms during the semester; possibly participating in online courses from home. Practical exercises: e.g., conducting biophysical experiments. Independent work: preparing and reviewing courses, researching in libraries, preparing presentations, completing homework (also during lecture-free periods). Organization: independently planning the studies within the given study structure, adhering to deadlines and study periods, and submitting study and examination achievements on time (self-discipline and organizational talent required). Career preparation: possibly completing internships (e.g., in research or industry) and preparing for career entry.

The following study programs can be alternatives for Biophysics (undergraduate): In the field of Physics, these include Medical Physics (undergraduate), Physics (undergraduate), and Engineering Physics (undergraduate). Their commonality is researching the behavior of biological systems under the influence of specific physical conditions (e.g., temperature, radiation, electromagnetic fields). In the field of Biology, Biochemistry (undergraduate), Chemical Biology (undergraduate), Biology (undergraduate), Biotechnology (undergraduate), Biosciences, Life Sciences (undergraduate), and Molecular Science (undergraduate) can be alternatives. Their commonalities are researching physical or chemical influences on living systems and processing and evaluating results with mathematical or information technology methods.

In-depth knowledge in the following school subjects are good prerequisites for a successful university degree: Physics, for example, to understand physical laws; Mathematics, for example, to perform differential, integral, infinitesimal, and vector calculations; Biology and Chemistry, for example, to understand biological and chemical relationships; Computer Science, for example, to facilitate entry into areas such as data structures, algorithms, or programming languages; English, for example, to read specialized literature.

Additional and key qualifications facilitate a successful career start. The following topics are relevant, for example: English language proficiency, communication and teamwork skills. Elective modules such as Microbiology can also provide additional qualifications. Internships, for example in research or industry, specifically prepare for professional life. Opportunities to acquire additional and key qualifications can be found at the Career Centers of universities (see contact details of the respective university): Universities in Germany - University search of the Hochschulkompass.

The undergraduate study program in Biophysics provides fundamental scientific knowledge in mathematics, physics, biology, chemistry, biochemistry, biophysics, and computer science. It leads to a first university degree.

For Bachelor's graduates in Biophysics, various fields of activity are available in the private sector, such as data collection, data analysis, expert and appraisal activities, or laboratory analysis.

Since the beginning of the 20th century, biophysical research has been established. In 1937, the first biophysical institute in Germany was founded in Frankfurt am Main (today's Max Planck Institute for Biophysics). Biophysics is an interdisciplinary science at the interface of biology, physics, medicine, and chemistry; its goal is to research the physical backgrounds of the structure and dynamics of biological systems. Since the 1970s, the first chairs for Biophysics have been established, and Biophysics has developed into an independent field of study. In 1999, the Bologna Process began, reforming the European higher education landscape with objectives including: creating a unified European higher education area, harmonizing study programs and degrees by introducing Bachelor's and Master's programs, and improving the mobility of students and teaching staff.

Upon graduation, you will receive a Bachelor of Science (B.Sc.) degree.

If you discontinue your university studies (Studium), the following vocational trainings (Ausbildung) in the laboratory field could be alternatives: State-certified Agricultural-technical Assistant, Biology Laboratory Technician, State-certified Biological-technical Assistant, Medical Technologist for Laboratory Analytics, Physical-technical Assistant, or Physics Laboratory Technician. Common aspects include laboratory work and applying physical measurement methods. In the field of environmental and nature conservation, an Environmental Protection Technical Assistant could be an alternative. Common aspects here include ecology, investigating biophysical processes, and laboratory work. Further alternatives may be found by searching career fields on BERUFENET. For more information on prospects after dropping out of university, visit studienwahl.de.

No remuneration is received during university studies (Studium). However, compensation may be agreed upon for practical phases or internships.

Depending on the university and study program, specialization may occur in areas such as Biology, Chemistry, or Physics.

Legal regulations for studies are set at the federal level by the Higher Education Framework Act (Hochschulrahmengesetz - HRG) and joint structural guidelines of the Bundesländer (federal states) for the accreditation of Bachelor's and Master's programs. There is also a qualifications framework for German higher education degrees. At the state level, higher education laws in conjunction with administrative regulations apply, for example, regarding the accreditation of study programs, as well as qualification or university admission regulations. At the university level, the university's statutes and the study and examination regulations for the respective study programs are applicable.

The prerequisite for studying at universities and equivalent higher education institutions is the general or, if applicable, subject-specific higher education entrance qualification (Hochschulreife) or a certificate recognized as equivalent by the competent authority of the respective Bundesland (federal state) (e.g., Ministry of Culture). Information on university access for professionally qualified individuals without a school-based higher education entrance qualification can be found on the university access pages of the individual Bundesländer. Depending on the university, an internal university selection process may take place. English language proficiency may need to be demonstrated.

Bachelor graduates in Biophysics can continue their Studium (university studies) in an advanced field such as Physics, Biophysics, or Biotechnology, thereby expanding their career opportunities. Relevant advanced study fields include Applied Natural Sciences, Bionics, Biophysics, Biotechnology, Biosciences (Life Sciences), and Physics.