XRHealthEdu – Transforming Healthcare Education through XR and AI

XR and AI-based virtual simulations for Nursing Education

The ‘Aurora Innovates: Transforming Healthcare Education through XR and AI’ project develops XR and AI-based virtual simulations for nursing education, allowing students to practice clinical procedures in a realistic, safe environment. The main project partner from the EU is the University of Oulu, and from Norway, UiT The Arctic University of Norway, with Lapland University of Applied Sciences participating as a project partner.

FrostBit will create virtual clinical environments, AI- and speech recognition–driven characters, as well as interactive and adaptive learning tools within the project. Our role also includes implementing adaptive learning techniques, providing real-time feedback, and conducting usability testing to enhance nursing education and workforce readiness.

The game team develops two networked VR learning environments where students can practice realistic clinical scenarios individually or in groups. One environment focuses on emergency care situations, while the other focuses on home care. The simulations include comprehensive scenarios involving patients, their relatives, and healthcare staff, offering a safe and practical way to develop professional competencies.

The simulations will be available in Finnish, English, and Norwegian. 

Testing the environments, May 2026
Virtual palliative home care environment
Motion capture technology is used for the characters 
Virtual ER-environment
PROJECT

Aurora Innovates: Transforming Healthcare Education through XR and AI

SCHEDULE

1.4.2025 – 31.3.2028

BUDGET

Total: 1 227 198 €
Lapland UAS: 401 963 €

CONTACT PERSON

Maria Isola

By integrating AI-driven personalized learning and cross-border collaboration, it enhances training quality, improves workforce readiness, and modernizes healthcare education. The project’s outcomes are expected to have a lasting impact on nursing education, offering scalable and sustainable solutions that can be adapted to various contexts and regions.