Sustainable Digital Health Infrastructures

We design intelligent HVAC systems integrated with biomedical sensors and adaptive (AI) control to create energy‑efficient, patient‑centered healthcare environments. Traditional hospital HVAC systems focus on comfort and infection control but rarely leverage real‑time physiological data or occupancy data. By coupling vital‑sign sensors (e.g., temperature, respiration, SpO₂) and environmental sensing (thermal, humidity, CO₂, IAQ), we enable closed‑loop control that adapts the microclimate to patient needs and clinical context.
Our approach combines building physics, CFD, control engineering, and biomedical analytics to deliver predictive environmental control—improving comfort/safety and reducing energy use. Architectures are EHDS‑aligned (privacy‑by‑design, HL7 FHIR‑compatible metadata, federated analytics) so environmental + health data can support research and service optimization without compromising confidentiality.
We can integrate microbial air‑safety monitoring (see Offer #4) to trigger ventilation/filtration events and targeted sampling workflows. Deliverables include: digital twin models, pilot designs, control strategies, dashboards, and data-sharing schemas for EHDS‑compliant secondary use.