News

Our GlobalNeoNat project is dedicated to reducing neonatal mortality in vulnerable regions by developing a low-cost, mobile, energy-efficient incubator designed for settings with unreliable electricity and limited resources.

This summer, our research team made significant progress by developing a safe and affordable thermal battery (a revolution compared to potentially flammable lithium battery!) and integrating a control system to predict its performance. Additionally, the team designed an innovative heat storage and airflow system to maintain a stable environment inside the incubator. We also developed predictive software, powered by machine learning, that accurately forecasts battery life.

What does this mean in practical terms? It means that thanks to these innovations:

• Newborns will stay warm and safe, even during power outages.
• Healthcare workers will have peace of mind, knowing the incubator will protect babies when electricity fails. This will allow nurses and doctors to focus on caring for newborns without worrying about life-threatening temperature fluctuations.
• Medical teams will be able to plan ahead with confidence, reducing stress and ensuring they can respond quickly and effectively in critical moments.

Stay tuned for more development news as we move now into the final phase of research.  We are also seeking funding support—please spread the word or contact us to learn more!