AI and advanced technology are transforming intraoperative neurophysiology, but they can't replace the clinical judgment and specialized expertise of trained IONP professionals. Interpreting signals within complex surgical cases and recognizing when a change can put a patient at risk, takes human expertise.
Hear from Josh Mergos, director of the IONP Program, about how a deep understanding of neurophysiology and the surgical environment prepares you to protect patients during critical moments in the OR. Build a career that evolves alongside technology.
Post-Graduation Employment Report
Where can an IONP degree take you? See what IONP graduates do after earning their degree by exploring career paths, employers, and opportunities.
What Makes Our Program Different?
After just ten cases, I'm basically by myself. My preceptors are watching me and making sure everything is correct, but we get a lot of freedom. No one really understands changes like we do... I love the program for that.
I like the technical aspects of the role, learning about electrical parameters, amplifiers, and all these different tools. And it seemed like a nice combination of technological innovation, physiology, and healthcare, which combined my interests really well.
My understanding of (IONP) has definitely changed. When you're learning in the classroom, everything in theory can make sense, but when you're seeing a surgical outcome post-operative — or when you're doing an active surgery — everything becomes very real.