Multi-Fidelity Thermoregulatory System Modeling in Neonatology: An In-Silico Journey Toward the Digital Twin of the Human Body

Multi-Fidelity Thermoregulatory System Modeling in Neonatology: An In-Silico Journey Toward the Digital Twin of the Human Body

Dr inż. Maciej K. Ginalski, Dyrektor zarządzający, edrmedeso

The topic of the presentation will be the use of computational models of varying complexity to simulate heat regulation in newborns. Dr. Maciej K. Ginalski, Eng., will discuss how integrating physiological data with multi‑scale simulations enhances the accuracy of thermal stability predictions in vulnerable neonates. By combining simplified and high‑resolution modeling approaches, this methodology supports more personalized and informed clinical decision‑making in neonatal intensive care.

Date: Thursday, March 5, 2026

Time: 2:00 PM CET

Venue: Institute of Psychology, room 0.01, Ingardena 6, Kraków

Organizers: SCIENTIFIC CLUB OF COGNITIVE SCIENCE STUDENTS, SANO, JAGIELLONIAN UNIVERSITY IN KRAKOW, INSTITUTE OF PSYCHOLOGY OF THE JAGIELLONIAN UNIVERSITY, RESEARCH CENTER, BRAIN UJ