Promoting industrial innovation using geometric computing

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Promoting industrial innovation using geometric computing

Optimizing a business’ software for 3-D printing, refining industry design software to enhance manufacturing processes and building robots that can more effectively perform functions in small and/or hazardous spaces are just some of the ways that a Toronto Metropolitan University researcher is helping solve industry challenges.

Through geometric computing, Yeganeh Bahoo is driving innovation in wide-ranging fields within advanced manufacturing, including wireless communication, robotics, additive manufacturing, virtual reality, computer graphics and surveillance.

She and her team produce knowledge with a distinct industrial purpose, fueling a complete pipeline from theory to application, helping local industry and businesses solve their unique challenges and fuelling regional economic development.

Through partnerships with leaders of local businesses in the manufacturing and digital sectors, Bahoo is helping solve real-world problems and making meaningful impacts in the industrial sector. From collision detection for Roombas to route planning for search-and-rescue scenarios, the applications of computational geometry are immensely diverse.

For more information, visit Toronto Metropolitan University.