Leevi Kähkönen, 24, master’s student in engineering physics

‘I chose to study engineering physics because, with physics, it’s possible to model actual phenomena. Even ones that are hidden. I get excited about being able to predict what is about to happen by calculating.

In upper secondary school, we often said that mathematics and physics would not be needed in real life. When I started my studies, I was amazed: the world is full of mathematically difficult problems that need solvers. That’s why you can get a job within your own industry very quickly. I got my first summer job offers during the spring of my second year of studies.

Engineering physics teaches you how physics can be applied to practical problems. Our studies are based on theory, but we refine the teachings with calculations and practical experiments. Once you have modelled something as complicated as quantum mechanics, you can understand a variety of problems in different industries.

Few continue to the deep end of physics, which is why the possibility to specialise is so important.

When I worked on a neuroscience research project and at the European Organization for Nuclear Research CERN, I did not have any previous practical experience of my work tasks. However, as a physicist, I had theoretical tools that I used to solve new practical problems. We are trained to become versatile problem solvers who are not afraid of challenges. That has been the central offering of my studies.

I specialise in Biomedical Engineering, but my career plans have changed several times during my studies. Before working on a research project, I thought I wanted to be a brain researcher. Now I think that research is not my thing after all.

I would like to apply to work at a biomedical engineering company and see how it is to work in a commercial company. Uncertainty is positive because there are so many alternatives out there. I have learned to be courageous and curious.'