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A device that harvests ambient emissions from smartphones and converts them into power to run smart contact lenses has earned a team of Waterloo Engineering students a third-place finish and a $4,500 US prize in an international design competition.

Fifty student teams vied for honours at the IEEE Antennas and Propagation Symposium in Puerto Rico after being challenged to design and build power-harvesting devices capable of turning radio-frequency emissions into useful DC power.

The next big innovation to hit the marketplace could be among the Waterloo student projects on display at the annual Capstone Design symposia beginning March 16. 

Senior-year engineering students at Waterloo will exhibit projects ranging from a technology that reduces agricultural water waste through intelligent irrigation systems to a device that may help people with Parkinson`s disease avoid falls.

An easy-to-use system that enables farmers to reduce agricultural water waste through real-time data cleaned up at this year's Canadian Engineering Competition held at McGill University March 4-6.

Designed by five electrical and computer engineering students, Project Reservoir is an agricultural water control and environmental monitoring system consisting of low-cost field sensors which collect real-time soil and environmental conditions.