The first semester consists of four compulsory courses:
- FY803: Quantum physics (10 ECTS)
- FY817: Introduction to Astrophysics and Cosmology (5 ECTS)
- FY828: Advanced statistical physics (10 ECTS)
- FY829: Research activities in experimental physics (5 ECTS)
During the second semester, you can choose freely among all Master- and PhD-level courses offered by the Faculty of Science, across all subject areas, as long as you meet any academic prerequisites. Most of the courses have a weighting of 10 ECTS. By approval from the Study Board, you can also take courses offered by other faculties if they are relevant to the academic profile of the Physics program.
During the second year, you will complete your own individual research-based Master Thesis project, which has a weighting of 60 ECTS.
The courses in the program are taught entirely in English.
The structure of the Master's degree program in Physics allows you to opt for a general profile or specialize in one of the following subject areas:
- Computational Physics
- Particle Physics and Cosmology
- Quantum Optics
- Soft Matter and Statistical Physics
The specializations should be considered as suggestions to give you a better overview of the elective courses that we offer, but you will not be required to stick to courses from just one specialization.
Master's Thesis project
The Master's Thesis project on the Physics program is a 60 ECTS individual research-based project.
You can take part in an existing research-based project developed by your supervisor, develop your own project according to your interests or work on a real-life project in collaboration with a company.
Throughout the entire project, you will be supervised by a professor who is an expert on the topic of your project. Most of our thesis students meet with their supervisors on a weekly basis to discuss questions arising and the progress of their projects.
Most industrial physicists work in IT, telecommunications, and related industries. However, a Physics degree can also lead to careers in finance, the energy industry, and various consultancies.
Government agencies hire physicists to conduct research, work in regulatory affairs and public policy, or almost any other area that requires workers with scientific training.
Danish government agencies are located across the country, although the highest concentration is in the Copenhagen area.
While they are unable to advise on medical treatment, physicists are often employed within areas such as radiology, radiation oncology, and nuclear medicine, in order to design, test, and approve new medical technologies and equipment.
If you pursue a healthcare career as a physicist, you will be working as part of a team comprised of fellow physicists, biomedical engineers, clinicians, and pathologists.
Research can be conducted in many different ways. For instance, you could be based in a university, combining research with teaching; or in a public-sector research center, helping to ensure national provisions keep pace with new discoveries.
Typically, a career in academic research will require a Ph.D. degree.
Some physicists opt to start their own company. Being an entrepreneur requires understanding the business side of science and learning a completely new language of business plans, marketing, advertising, competitive intelligence, market analysis, cash flow, taxes, applicable regulations, intellectual property protection, financing, and much more.
If you thrive on challenge and self-reliance, this may be the career path for you.