Inside Neurotech: Patient Journeys and Real-World Impact

About

This one-week immersive course explores how neurotechnologies shape everyday life through key clinical applications such as Deep Brain Stimulation and brain–computer interfaces. Through lectures, hands-on demonstrations, and user interactions, participants examine the technical, clinical, and ethical dimensions of neurotechnology, supported by expertise from Radboud University and NeurotechEU partners

Course leader

Prof. Nick Ramsey, Dr. Wim Scheenen, Mariana Pedroso Brance and Prof. Richard van Wezel

Target group

Advanced Bachelor, Master, PhD, Postdoc, Professional.

Background supported by transcript/CV: advanced Bachelor, Master, PhD, clinician, or professional in neuroscience, psychology, biomedical engineering, computer science, medicine, audiology, rehabilitation, or related fields

Course aim

1. Understand the fundamentals of electrophysiology relevant to neurotechnology (neuronal signaling, stimulation principles, and recording basics) and apply this knowledge to interpret device operation.
2. Explain and compare the clinical indications, core components, and operating principles of major neurotechnologies: DBS, cochlear implants, peripheral/vagus nerve stimulation, epilepsy devices, and BCIs.
3. Critically evaluate patient impact and outcome measures (clinical endpoints, quality-of-life metrics) through case studies and evidence-based discussion.
4. Engage in interdisciplinary dialogue with patients, clinicians, and engineers to identify ethical, accessibility, and design considerations for responsible neurotechnology innovation

Fee info