Although not directly related with my field of research, I have always been interested in biomedical applications of nanotechnology. The simulation methods that I’ve been using to study novel materials are similar to those used for molecular dynamics analysis of complex biological systems and I am confident I can put my education to work proficiently in both fields.
Now that I’ve finished my PhD, I’m pursuing a career change towards the biomedical world where I am willing to exploit the programming and problem-solving skills that I’ve acquired during these last years. I received a solid mathematical education and, during my PhD, programming became my daily routine. These tools are the basis for bioinformatics and I believe that my lack of experience in the specifics of biomedicine can soon be overcome with hard work and enthusiasm.
With this purpose, I am taking several courses on different related technical topics such as the statistics beyond clinical research, an introduction to bioinformatics centered in genomics and an introduction to machine learning algorithms. These courses are teaching me about interesting applications of data science and analysis to the field of science for life.