As a quantitative analyst I am responsible for developing and maintaining power flow simulations for the nodal energy market in North America.

As a trading analyst I was responsible for managing the long term power capacities for Danske Commodities covering most of Europe. This involved both developing and maintaining the predictive pricing models, as well as trading around the assets and hedging the portfolio.

Employed as PhD student in theoretical physics at Aarhus University before finishing my masters degree. My research focused on incorporating complex, internal many-body structures into clusterized few-body systems.Working with complex subjects within theoretical and computational physics I have become particularly well equipped to handle abstract, logical problems and concepts. I thrive on difficult, unusual, and complicated tasks, and I am intrinsically motivated by the challenge to overcome and solve such problems. To this end I have learned how to quickly and independently acquire new knowledge, as well as how to absorb and internalize large amounts of new information.Competences developed or improved: Self-motivating, working independently, solution oriented, problem solving mind set, absorbs new information quickly, analytic, logical, structured, mathematical modeling, statistical analysis, computational analysis, C/C++, Fortran, R programming, Matlab, bash, linux.

Starting as a master student, and continuing throughout my PhD studies, I was an instructor in a number of different subjects at both the Department of Physics and Astronomy and the Department of Mathematics at Aarhus University.I have taught students with a wide variety of academic backgrounds including physics, mathematics, geology, chemistry, astronomy, geophysics, medicinal chemistry, and biology.By teaching advanced physical and mathematical subjects to students with such diverse backgrounds I learned how to adapt complex subjects to suit the individual student. I have gained a clear understanding of how difficult concepts and theories must be explained using the background and existing knowledge of the recipient as a reference point. Competences developed or improved: General teaching experience and capabilities, scientific communication, complex communication, adapting material to recipient.

Longer research stay at the Consejo Superior de Investigaciones Científicas (the Spanish National Research Council - CSIC) during my PhD studies. This was a continuation of my previous, shorter stay, and it built upon my close collaboration with several researchers at the institute. While I was there, we worked on expanding the theoretical framework for the combined few- and many-body method we are developing. In addition to the quantitative analysis done at the CSIC, I acted as the focal point for the coordination and further improvement of the framework with a number of senior researchers at Aarhus University.Competences developed or improved: Computational analysis, numerical analysis, project coordination, project management, scientific writing, scientific communication.

A shorter research stay at the Consejo Superior de Investigaciones Científicas (the Spanish National Research Council - CSIC) in the early days of my PhD studies.Here I cultivated long-lasting working relationships with several prominent Spanish researchers, which have been maintained to this day. This has resulted in numerous scientific publications, and the trip also provided the foundation for a much longer, and also very productive, research stay in 2016 and 2017.Competences developed or improved: Cultural understanding, interpersonal skills, professional socializing and networking.