My work follows a simple curiosity: how do changes in the brain shape what the body does? Today, that means studying the relationship between pain and sleep at the University of Pennsylvania.
I develop acquisition and analysis software around preclinical experiments, combining in vivo electrophysiology, imaging and quantitative analysis. My tools span multi-camera recording, multimodal acquisition, assay analysis and the data workflows that connect them. Python is central to that work.
I’m also a co-owner of NeuroQP, a quantitative imaging platform in development. The platform brings together atlas registration, cell analysis and regional reporting. Explore my software portfolio.
Before moving to Penn, I completed my PhD at the University of Bern and trained in laboratories across Europe. Working across languages and research cultures has shaped how I collaborate, mentor and communicate.
Teaching and scientific community are part of that work. I have organised practical training, founded a seminar series and helped lead early-career neuroscience networks. I value environments where people can ask questions, share methods and learn from one another.