Mark Pleško
Chief Executive Officer
This session covers how software simulators and digital twins compress radiotherapy linac development timelines, reduce cost, and open the door to machine learning for system quality monitoring - with real examples from Cosylab and Teledyne ETV.
We work with radiation therapy device manufacturers on control systems, integration, and validation, the parts of the system where complexity tends to concentrate.
Most development projects reach a point where complexity starts to outpace the team, not because the engineers aren’t capable, but because integration, regulatory constraints, and system-level behaviour don’t scale at the same pace as the roadmap.
At that point, teams typically face the same options: hire internally (slow), rely on generalist vendors (risky), or push complexity further down the timeline. That’s where delays, compliance gaps, and knowledge loss start to accumulate.
After 25+ years of control systems experience in radiation therapy, we’ve learned where those risks build, and what it takes to avoid them.
If you’re at that point in your project, come find us at booth C06:23.
Tell us what you’d like to discuss, submit the form, and we’ll confirm your slot within a day.
Chief Executive Officer
Chief Scientific Officer
Dr. Kristjan Anderle is a physicist specializing in medical applications of particle therapy. After completing a diploma thesis in Physics at the University of Ljubljana, Dr. Anderle pursued a PhD at GSI Helmholtz Centre for Heavy Ion Research in Germany, focusing on treatment planning for carbon-ion therapy. Following a postdoctoral position at GSI, he joined Cosylab, where he currently serves as Head of Research and Product Management. In this role, Dr. Anderle leads strategic innovation at the intersection of medical physics, software development, and clinical integration, contributing to the advancement of next-generation cancer treatment technologies.
Senior Medical Systems Architect
Stockholm, Sweden · 15-19 May 2026