Following recent top-up, Superclusters allocate funding to new initiatives

The Next Generation Manufacturing Canada (NGen) and Ocean Superclusters have announced millions in fresh project funding, and committed up to $20 million for a new electric vehicle-focused challenge.

The federally-funded Superclusters co-invest with industry partners to develop digital innovations through a collaborative research and development (R&D) model. These latest initiatives follow a recent commitment by the Government of Canada to invest an additional $60 million in the Superclusters over two years, as part of its 2021 budget.

NGen launches zero-emissions vehicle challenge and invests in automated mushroom harvesting

NGen, the Ontario-based industry-led organization that runs Canada’s Advanced Manufacturing Supercluster, has put out a call for new electric vehicle (EV) projects. The call is part of the Automotive Zero-Emissions Manufacturing Challenge (AZEMC), which is designed to help Canada better position itself for the global shift to zero-emission vehicles.

NGen plans to invest up to $20 million CAD in eligible projects with a 50 percent match, for a total project value of up to $40 million. Through AZEMC, NGen aims to back advanced manufacturing R&D projects in the field of road-based battery and fuel cell EVs.

According to NGen, the automotive industry is undergoing “the most important transformation in its history as manufacturers and consumers shift to [zero-emission vehicles].” NGen expects North American production of traditional powertrain components to decline significantly by 2030, but anticipates that the production of EV powertrain components will grow from $6 billion USD in 2019 to $26 billion USD in 2030, partially offsetting the losses in traditional components.

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AZEMC intends to leverage Canada’s natural resources and knowledge to develop an environmentally, socially, and technologically advanced EV battery supply chain, and support innovative small and medium-sized businesses and auto sector supply chain players like Magna, Linamar, and Martinrea as they adopt the latest advanced manufacturing tech to build EV systems and components.

Following recent announcements by Ford, GM, and Lion Electric, NGen believes “Canada is in a better position today than one year ago.” However, NGen still sees room for improvement. The organization is currently conducting a study of Canada’s zero-emission vehicle landscape.

Last month, NGen also announced $4.2 million CAD in collaborative funding for a Mycionics-led project to deploy advanced robotic solutions for mushroom harvesting. The project, which is in partnership with Whitecrest Mushrooms and Piccioni Brothers Mushroom Farm, aims to demonstrate the commercial viability of Mycionics’ tech.

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Mycionics is a Putnam, Ontario-based agricultural robotics company that serves the mushroom industry. Mycionics applies data analytics, machine learning, and artificial intelligence to the mushroom harvesting process. According to NGen, the ability to harvest robotically and use data analytics will increase food safety, traceability and disease detection.

NGen claims Mycionics “will be the first company in the world to successfully automate the end-to-end mushroom harvesting process for the fresh market.” Mycionics’ smart solution, which integrates with existing mushroom farm infrastructure, increases the yield of a growing room by harvesting over a 24-hour period, picking each mushroom at the optimal time.

Mycionics, which also recently received nearly $1 million in funding from FedDev Ontario, plans to begin servicing farms across North America and Europe. According to Mycionics CEO Michael Curry, the new funding will help accelerate the commercialization of Mycionics’ tech and help it solve “the increasing labour shortage affecting mushroom farms globally.”

Ocean Supercluster backs $3.4 million seabed scan initiative

Atlantic Canada’s Ocean Supercluster has committed $2 million towards a $3.4 million GeoScan project that aims to help limit the risk of offshore wind, oil and gas installations through wider scanning functions in underwater robotic systems.

The 12-month project will be led by St John’s’ PanGeo Subsea in partnership with Burnaby-based partner Cellula Robotics and the Marine Institute of Memorial University of Newfoundland and Labrador. The team plans to work together to reconfigure PanGeo’s Acoustic Corer tech with Cellula’s robotic system to allow for a wider area scan while also achieving depths greater than 30 metres beneath the seabed.

According to the Ocean Supercluster, this tech will provide 3D models of sub-seabed geology “with enhanced resolution and increased competitiveness for the global offshore renewable energy sector.” The GeoScan project team plans to leverage its current position in the offshore renewables sector to launch GeoScan into international markets.

PanGeo Subsea, which was founded in 2006, was recently acquired by fellow Newfoundland-based firm Kraken Robotics. The GeoScan project is the 37th project the Ocean Supercluster has announced to date. The Ocean Supercluster has approved a total of 56 projects worth a total value of over $290 million.

UPDATE (08/17/21): This story has been updated to include responses from NGen and the Ocean Supercluster.

Feature image by Chuttersnap via Unsplash

Josh Scott

Josh Scott

Josh Scott is a BetaKit reporter focused on telling in-depth Canadian tech stories and breaking news. His coverage is more complete than his moustache.

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