I have a broad research background. A common thread in my research projects is the use of medical imaging techniques, which I often apply in innovative and unconventional ways.

My primary research field is forensic medicine, where I focus on advancing the use of imaging techniques in both basic research and official investigations. I am deeply engaged in research on resuscitation, including ways to improve chest compressions during CPR. This project combines my expertise in imaging with foundational knowledge in comparative physiology.

I hold a master’s degree in biology (M.Sc.) and a Ph.D. in diving medicine (also known as baromedicine).

Many of my projects are characterized by a high degree of interdisciplinarity, which has led to extensive collaboration with partners both nationally and internationally.

Much of my work involves imaging techniques such as CT, micro-CT, and MRI, including advanced image analysis. This includes creating 3D prints from scan data for use in court cases.

Additionally, I design, build, and customize research equipment for experimental imaging procedures. In my research, I apply these skills across a range of projects spanning multiple biomedical fields.