Applied Psychophysiology and Biofeedback: Translating Evidence into Practice.
Join us in Iceland for this 5-day on-site hands-on NeurotechEU Summer School to learn how physiological signals can be used to understand and regulate the human mind and body.
This is a blended intensive program (BIP) co-organized with Karolinska Institutet and Radboud University that combines flexible online learning with a short on-site training session, where participants will gain hands-on experience with psychophysiological recording and biofeedback methods used in research and clinical practice.
About the Summer School
This course introduces the field of Applied Psychophysiology and Biofeedback, with a focus on Heart Rate Variability (HRV). Students learn to measure, interpret, and apply psychophysiological signals to improve mental performance and well-being.
Topics include:
- HRV science and autonomic regulation
- Biofeedback techniques and tools
- Interventions using resonance breathing, cognitive tasks, and compassion practices
- Ethical and practical design of interventions
Key scientific questions:
- How does HRV reflect and influence mental states?
- How can HRV biofeedback support health and performance?
- What effects do different interventions have on psychophysiological responses?
Students will engage in both theory and hands-on lab work, culminating in an applied capstone project.
Format: Blended mobility, online preparation, and 5 days on-site.
Target audience: Master’s and PhD students in Psychology, Neuroscience, and Health Technology/Biomedical
Engineering.
How to apply: Please contact your local NeurotechEU representative if you are interested in attending this Summer School. The selection of the participants will be done by each partner university.
Dates:
On-site 1 June - 5 June
Online 21 May - 31 May and 6 June - 17 June
By the end of the course, students will be able to:
- Understand the scientific foundations of HRV and autonomic nervous system regulation
- Explain key concepts in applied psychophysiology and biofeedback
- Apply biofeedback techniques to support mental performance and well‑being
- Use resonance breathing, cognitive tasks, and compassion‑based practices in interventions
- Evaluate how different interventions influence psychophysiological responses
- Design ethical and effective psychophysiological interventions
