Admission to biomedicine requires precision: every element of the application is important for shaping the profile of a future researcher. It is worth starting to prepare 12-18 months in advance.
Students work on the latest equipment: DNA sequencers, electron microscopes, automated bioreactors. These are not demonstration stands, but working tools that students learn to handle during the program.
Programs at the intersection of sciences are popular abroad — bioinformatics, nanobiotechnology, neuroscience. This opens up career tracks that do not exist within the framework of classical education.
The training is industry-specific. Internships at pharmaceutical companies and research centers are often integrated into the program rather than offered as an option.
You work in groups with students and scientists from different countries. These are professional connections that last a lifetime.
Admission to biomedicine requires precision: every element of the application is important for shaping the profile of a future researcher. It is worth starting to prepare 12-18 months in advance.
Biological sciences, biomedicine, biotechnology, and natural sciences are different tracks with different focuses. Biology is a fundamental science. Biomedicine is a bridge between biology and medicine, working in a laboratory rather than with patients. Biotechnology is the creation of new products using living systems. When choosing a program, consider the curriculum, the research focus of the faculty, and the availability of internships.
Required subjects are biology and chemistry, and sometimes mathematics or physics. High grades in specialized subjects are a key requirement for most universities.
Transcript or diploma with apostille, motivation letter describing your scientific interests and research you want to conduct, recommendations from biology or chemistry teachers, language certificate (IELTS 6.5 for most English-speaking programs), and resume.
In some countries, deadlines for the next academic year close as early as January. Top universities in the US and UK may require SAT scores or specialized entrance exams.
Financial support for students in biomedical and scientific programs is one of the most developed systems in the academic world. Here are specific programs with verified data.
General principles of funding in biomedicine and natural sciences:
PhD programs in the US are usually fully funded through assistantships – tuition fees are not charged, the student receives a living stipend.
European MSCA and EMBO programs involve mandatory international mobility – moving to another country is a condition for receiving funding.
Scholarships at the undergraduate level in this area are rare, but summer research programs (Wellcome Trust, university programs) provide paid experience and strengthen the application for a master’s degree.
Most programs require applications to be submitted 6-12 months in advance of the planned start date, with many programs having deadlines in October-January.
At SelfStartGlobal, we help students find scholarship opportunities that align with their specific profile and academic interests. Overall, our students have saved over $25 million.
Tip! In the fields of biomedical sciences and natural sciences, scholarships are often tied to a specific research project and a research supervisor. Finding funding should be started at the same time as finding a program and a potential supervisor — this is one strategy, not two separate steps.
Biomedicine and natural sciences are a ticket to the future industry. Graduates are in demand in several completely different industries.
Drug creation and testing, vaccine development, genetic engineering, and reproductive medicine. One of the fastest-growing sectors with a high demand for internationally educated professionals.
Work in academic laboratories, research centers, and institutes. An academic career typically requires a master’s or doctoral degree.
Epidemiological control, medical technology and wearable device startups, and work at the intersection of science and public health policy.
Specialties in the field of biomedical and biotechnology often fall into national lists of shortage professions – this makes it easier to obtain a work visa after graduation.
If you are interested in fundamental science and living systems, then biology is for you. If you want to study human diseases and find ways to treat them in a laboratory, then biomedicine is for you.
The competition is high, especially for top universities. Important are grades in specialized subjects, a motivation letter and an understanding of what you want to do.
Biology and chemistry are required. Some programs also require mathematics or physics.
The United States, the United Kingdom, and Germany are considered the leaders. Excellent research schools are also located in the Netherlands, Switzerland, and the Scandinavian countries.
A biomedical specialist works in a laboratory with cells, molecules, and data. A doctor works directly with patients. These are fundamentally different career paths with different training programs.










