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Filipino engineer wins $30,000 Dyson award for earthquake safety sensor

By · Via Times of India · Published by Everything Blog

In short

The innovation, named Sentinel, repurposes standard construction components made from conductive concrete that alters its electrical resistance when cracked. Embedded electrodes capture these resistance changes and wirelessly relay the data directly to an online monitoring dashboard. Ong rigorously refined the design across more than 125 test samples during his master's research at De La Salle University. The system is already undergoing real-world validation inside a building located in the Philippines.

Key points

  • Incorporating sensors into standard concrete spacers allows new buildings to gain structu…: Incorporating sensors into standard concrete spacers allows new buildings to gain structural health monitoring without extra building elements.
  • Wireless transmission of electrical resistance data provides engineers with rapid alerts…: Wireless transmission of electrical resistance data provides engineers with rapid alerts regarding hidden structural damage after earthquakes.
  • Planned developments include upgrading the sensor hardware with custom printed circuit bo…: Planned developments include upgrading the sensor hardware with custom printed circuit boards and designing retrofittable models for existing buildings.

Sources checked by our analysis pipeline: 1

A Filipino structural engineer who developed a sensor to detect hidden damage in buildings after earthquakes has won the 2026 James Dyson Award's Global Sustainability prize. Aldrei Ong, a graduate of De La Salle University in the Philippines, received the recognition for his invention, Sentinel, which could help engineers identify buildings at risk of collapse. The award, announced on Wednesday, comes with £30,000 to support further development of the technology.

According to the Dyson's website, Sentinel is designed to address a problem that often arises after earthquakes. Although a building may appear safe from the outside, its concrete structures can have cracks or internal damage that are difficult to detect. Such damage can make it dangerous for people to continue using the building.

Determining whether these structures are safe usually requires visual inspections and specialist testing. The process becomes particularly difficult after a major earthquake, when several buildings may need to be checked at the same time. These assessments can take considerable time and money, potentially delaying decisions about whether people can safely return.

Ong's invention aims to make that…

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