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Canada's largest chemical manufacturing sector
Ontario has the right environment for robotics companies to flourish
Canada’s top tourism market: 55% of all international visitors.
Ontario offers a unique environment of collaboration where automotive R&D facilities, professional associations, academic institutions, and private enterprise form a powerful innovation ecosystem—a system you can immediately plug into whether you are developing the latest advancements in composite materials or the next revolution in automotive connectivity. With access to leading scientists, state-of-the-art R&D facilities, generous tax credits, and an incredibly skilled workforce, Ontario is one of the world's most progressive locations to perform automotive R&D.
Ontario universities provide a deep pool of qualified Masters and Ph.D candidates who are available to apply their superior skills to critical manufacturing projects.
Ontario universities provide a deep pool of qualified Masters and Ph.D candidates who are available to apply their superior skills to critical manufacturing projects. In Ontario, you will find a knowledge base that will drive your innovative ideas further than you can imagine.
Ontario has attracted world-leading researchers such as Dr. Ali Emadi, and Dr. Norman Zhou to improve products for business. Dr. Emadi, one of the world's foremost developers of electric and hybrid powertrain technology, heads up the McMaster Institute for Automotive Research and Technology (MacAuto) while Dr. Norman Zhou of the University of Waterloo's Centre for Advanced Materials Joining (CAMJ) works on solutions to joining dissimilar materials.
Some of the world's leading R&D organizations have already discovered the benefit of doing business in Ontario—and you can too.
Tackling today's challenges requires access to state-of-the-art facilities to create the products of the future.
Tackling today's challenges requires access to state-of-the-art facilities to create the products of the future. Here are just a few examples of facilities that provide a new understanding of complex materials and product improvements in the automotive sector. If you are an R&D innovator, imagine the possibilities of locating in proximity to Ontario's robust innovation ecosystem.
The Automotive Centre of Excellence at the University of Ontario Institute of Technology is one of the largest and most sophisticated climatic wind tunnels on the planet where test winds reach speeds of 240 kilometres per hour, temperatures range from -40 to +60°C and relative humidity ranges from 5-95%.
Canmet MATERIALS Lab in Hamilton, along with its lab in Calgary, is the largest research centre in Canada dedicated to metals and materials fabrication, processing and evaluation.
The Fraunhofer Project Centre for Composites Research in partnership with the University of Western Ontario is developing materials that are lightweight or have low life-cycle impact for manufacturers in the automotive, transportation, construction, defense and renewable energy sectors.
The Waterloo Centre for Intelligent Antenna and Radio Systems (CIARS) provides researchers with an inspiring exploration and development environment for innovation in all aspects of electromagnetic communication and sensing science and engineering.
These incentives allow companies to see greater value from their R&D budgets.
These incentives allow companies to see greater value from their R&D budgets. Tax credits frees up funds to hire more researchers and enhance profitability. Tax credits can be carried back for three years or forward for 20 years allowing you to reduce your federal tax bill. When combined with federal R&D programs, Ontario's R&D tax credit program can reduce your after-tax cost of every $100 in R&D spending to between $61 and $37 and there is no cap on the program.
Select the best description of your operation to see possible after-tax savings you could achieve on your R&D expenditures in Ontario.
Small and medium-sized manufacturers
Small and medium-sized non-manufacturers
Small Canadian-controlled private corporations
Public, private or foreign-owned
* The information provided here presents a potential after-tax cost based on assumptions regarding R&D expenditures, tax incentives and tax rates that may not apply to your business. This information does not constitute tax advice. Please consult your tax advisor to determine the after-tax cost of R&D expenditures for your business.
Ontario and its industry partners are heavily invested in the future of automotive R&D and specialize in lightweight materials, the next generation of coatings, electric and hybrid powertrain technologies, connected car technologies, injury prevention or enhanced safety.
Ontario and its industry partners are heavily invested in the future of automotive R&D and specialize in lightweight materials, the next generation of coatings, electric and hybrid powertrain technologies, connected car technologies, injury prevention or enhanced safety. You will benefit from having access to this extensive R&D ecosystem where you can work on and test your own concepts or collaborate with other innovators toward a common goal.
Working together to find solutions to manufacturing problems, refining products as well as creating new products is how R&D in Ontario can help your company create innovative solutions and new products. Here are a just a few examples:
Wescast Industries Inc
As the global automobile industry responds to consumer demands for higher performance, and lighter and more fuel efficient vehicles, auto parts makers must develop new cost-effective and durable materials in order to stay competitive. Wescast Industries Inc., one of the world's leading producers of automotive exhaust manifolds and turbo charger housings, has developed a new high-performance alloy that can better withstand higher exhaust temperatures produced by many of today's vehicles than traditional cast iron materials. The new alloy will result in superior 'made-in-Ontario' automotive components.
Advanced capabilities and proximity to Ontario's automotive sector attracted global science and technology company 3M to collaborate with OCE, the University of Waterloo and McMaster University in developing new product applications for their films and adhesives.
Technology Transfer Partnerships: Tyromer (C4)
Each year, more than 12 million tires are scrapped in Ontario. Current recycling processes make it impossible to blend the rubber back into rubber compounds, resulting in most tires being burned or used as filler. Waterloo-based start-up company, Tyromer Inc., has a solution.
Technology Transfer Partnerships: Switchable Solutions (PARTEQ-RCN)
PARTEQ Innovations' GreenCentre Canada formed Switchable Solutions Inc. in 2011 to commercialize an environmentally friendly solvent system that can convert used plastics products into market-ready raw materials.
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All figures are in Canadian dollars unless otherwise noted. Information is accurate at the time of publication.