Advancing self-powered sensing technology for aircraft components for Shimco North America Inc.

Colleen McCann, SMART Centre

This project focused on refining a prototype circuit board designed to capture and store sensor data during aircraft operation. Originally developed as a student proof of concept, the technology is intended to operate without batteries by drawing energy from specialized materials that generate electricity during flight. The goal was to redesign the system into a more compact, integrated form suitable for future commercial manufacturing. 

The project resulted in a functioning prototype circuit board that integrates power harvesting, data storage, and wireless data transmission capabilities. During testing, the device successfully recorded sensor data and transmitted it after testing was complete. While the prototype was powered through a laboratory source during development, future versions will incorporate next-generation energy harvesting materials currently under development. 

With the refined design and successful testing complete, the technology is positioned for the next stage of development. The smaller form factor will support integration into aircraft components, and the project partner plans to transfer the technology to an engineering firm to advance commercialization and further product development. 

We acknowledge the support of the Natural Sciences and Engineering Research Council of Canada (NSERC).