Nanoscience (B.Sc.)
What are nanosciences?
Nanoscience is concerned with the production, study and application of functional structures with dimensions below about 100 nanometers (1 nm = 1 millionth of a mm). In this size range, surface, quantum and self-assembly effects dominate the properties of nanomaterials and lead to innovative applications in the fields of health, mobility, energy, and information and communication. Based on numerous renowned studies, the German government even assumes that Germany's future competitiveness will essentially depend on the realization of nanotechnological innovations.
Hamburg as a study location
The study program is jointly organized by the Departments of Chemistry, Computer Science and Physics. Nanoscience is one of Hamburg's largest research foci, and the university is also one of the most important research centers internationally.
Bachelor's program in nanosciences
The degree programme lasts six semesters and consists of lectures, tutorials, practicals and seminars. It includes modules in physics, solid state and nanostructure physics, chemistry, physical chemistry, nanochemistry, biochemistry, programming and mathematics. It initially includes a broad-based, interdisciplinary education in the natural sciences and in the final semesters allows for greater specialisation or the acquisition of further qualifications such as the introduction to biomedical physics.
General professional skills such as technical English and patent law are also part of the study programme, as is attendance at a one-week autumn school (including excursions, lecture series and contact with industry and business).
The wide range of compulsory electives gives students the attractive opportunity to complete further selected modules in physics and chemistry according to their inclinations. This also makes it possible to qualify for Master's programmes in physics or chemistry.
Specializations
- Nanoanalytics
- Nanomaterials
- Nanostructuring methods
- Nanobiotechnology
- Technological nanosciences
Career profile nanosciences
Whether in industry, the public sector, research or science journalism, the Bachelor of Science degree lays the initial foundations for entry into professional life. However, this is usually followed by a Master's degree and, in many cases, a doctorate. In all scientific and technical professions, there is a great need today and in the future for broadly interdisciplinary trained natural scientists.