Tokyo Design Awards Silver Winner

2026 | Student

Incuvia - Modular Foldable Baby Incubator

Entrant Company

United Nations University Hub at Lingnan

Category

Product Design - Sustainable Living / Environmental Preservation

Client's Name

Lingnan University Hong Kong

Country / Region

Hong Kong SAR

Incuvia is an intelligent, modular, and off-grid neonatal incubator engineered to combat infant hypothermia during critical transit in resource-scarce regions. In the Global South, the lack of reliable electricity and rugged medical equipment turns 2-to-4-hour island or mountainous hospital transfers into life-threatening journeys. Guided by the principles of frugal innovation, Incuvia instantly transforms from a compact, easily transportable briefcase format into a fully functional clinical microclimate pod, empowering frontline health workers to deliver immediate, life-saving thermal care anywhere.

Bridging the gap between advanced medical technology and environmental stewardship, Incuvia represents a paradigm shift in sustainable healthcare design. The device is powered by a highly adaptive energy ecosystem, integrating an onboard lithium battery and direct 12V/24V solar input, completely severing the reliance on fragile local power grids. At its core, an Edge AI algorithm dynamically optimises the internal microclimate, significantly driving down power consumption while data is monitored via an ultra-low-power, glare-free E-ink display. To facilitate single-person rescue missions across challenging terrains, it features a tool-free quick-release harness system and an impact-resistant bumper architecture.

Beyond its immediate clinical application, Incuvia pioneers a "Zero E-Waste" philosophy for humanitarian engineering. The protective chassis is injection-moulded using over 85% post-consumer recycled engineering plastics, maximising circularity while minimising the virgin resin footprint. To combat the pervasive issue of donated medical equipment breaking down and becoming permanent waste in developing nations, Incuvia introduces a 100% tool-less, quick-swappable modular framework. This intuitive design allows non-technical personnel to replace individual degrading components instantly on-site, extending the product lifecycle to over a decade.

Currently undergoing field testing in the Philippines, Incuvia is more than a medical device; it is an equitable, climate-resilient lifeline. By democratising access to critical neonatal care and embedding circular-economy principles into its very DNA, Incuvia proves that high-performance medical design can be simultaneously accessible, affordable, and profoundly sustainable.

Credits

Director / United Nations University Hub at Lingnan
Albert Ko
Chief Design Lead / United Nations University Hub at Lingnan
Adrian Lo
Field Research & Project Coordinator / United Nations University Hub at Lingnan
Nicole Lee
Project Engineer / United Nations University Hub at Lingnan
Martin Cheung
Senior Control Engineer / United Nations University Hub at Lingnan
Bob Yu
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