Having earned over 50 years of lead in aerospace and aviation training and research, Centennial College looks forward to partnering with impactful and sustainable innovation through Horizon Europe.
Located in the heart of Ontario, Canada, Centennial College is taking aerospace innovation to new heights through world-class training and research, as well as strong collaboration with academic, industry and community partners. Due to a long history of aerospace and aviation’s excellence, Centennial College invites academic institutions and innovation-led companies around the world to partner with us on cutting-edge aerospace research and development projects.
Ontario Canada: Global hub of Aerospace Research Institute R&D
Canada is a global leader in the aerospace industry, donating $28.9 billion to the country’s GDP in 2023 and over 218,000 jobs to the Canadian economy. This is $1.7 billion in GDP and 5,400 jobs starting in 2022. One for R&D (R&D) in all Canadian manufacturing industries is 2023 with R&D intensity 3.6 times the average.
Ontario is a vibrant hub of aerospace activities with a rich industrial heritage, and more than half of the business of the world’s top 25 aerospace companies, including Bombardier, Airbus, Pratt & Whitney Canada and Saffron Landing Systems. hosts. With over $2.666 billion in exports of provincially-wide aerospace products, Ontario is home to more than 200 aerospace companies and employs more than 46,500 people. Aerospace components made in Ontario are used in almost every passenger aircraft around the world, and the province accounts for around 30% of all aerospace activities in Canada.
The rich heritage of Centennial College in aerospace and aviation
Centennial is a leader in aerospace and aviation, with dedicated aerospace and aviation programs including aircraft manufacturing, maintenance and repair, engineering, management, and more. As the largest provider of transport repair and maintenance training across Canada, Centennial College offers eight specialist programs in aerospace and aviation, with over 950 people each year with knowledge, skills and experience to thrive in the industry upon graduation. Equipped with students.
In 2019, the college opened the Bombardier Aerospace Center, a new $72 million aerospace campus in Toronto’s Downsview Park, which has revitalized the historic DeHavilland aircraft on the Canadian manufacturing site. . The state-of-the-art facility has advanced laboratories, simulation rooms and dedicated spaces for prototypes and testing, all designed to promote an atmosphere of creativity, experimentation and innovation.
From the beginning, the campus was designed to be both a training and a research hub. Two aircraft hangars in the house, totaling about 27,000 feet, and the aircraft in the full range of disassembled subsystems. Within the collection you will find the fully functional Bombardier CRJ-200 Regional Jet and the latest Bombardier Global 7500 business aircraft. It is the largest and longest business jet in the world with the most advanced avionics and fuselage capabilities in the industry. The campus also includes a comprehensive laboratory including external compounds with aircraft refueling and engine maintenance capabilities, as well as computer numerical control labs (CNC) labs, material testing labs, and composite manufacturing labs. It features suites. Drone and Robot Labs, Composite Manufacturing Labs, Avionics Labs, Electrical Labs, Turbines, Piston Engine Labs, and more.
Landing gear innovation lab
To complement the new aerospace campus and further improve Centennial’s aerospace research capabilities, the Landing Gear Innovation Institute (LGIL) was constructed and opened in 2020, with an additional 6,500-foot FT² aerospace application research space brought about. LGIL is supported by $2 million in public funds and works with Safran Landing Systems, a leading industry partner of a world-renowned landing gear manufacturer, to help its next-generation landing gear technology, particularly landing gear. We investigated the electrification of the
This high ceiling lab is equipped with an overhead crane system, Bombardier Challenger 300 and CRJ-200, and is equipped with a CRJ-200 test rig equipped with an aerospace-grade hydraulic power unit. LGIL Computer Lab offers complete design and prototyping capabilities provided through more than a dozen industry standard design and modeling software. Researchers also have access to environmental room systems with aerospace-specific temperature and humidity ranges, linear actuator test rigs, rotary actuator test rigs, and drop test towers.
Since LGIL opened in 2020, the lab has completed over 44 projects with 21 industry partners, bringing together over 154 students and 24 faculty members. Projects at LGIL span the design, modeling, testing and optimization of a variety of landing gear-related technologies.
For example, the Centennial Research Team will be providing advanced simulating Bombardier’s new sustainable ecojet retractable landing gear, including a full-fledged 3D model that meets the design requirements of Ecojet’s unique tricycle landing gear. We have developed a parametric modeling tool.
Furthermore, in collaboration with Safran Landing Systems, Centennial student researchers use phase change materials to replace traditional hydraulic mechanisms with lightweight, responsive and efficient electrolanding gear actuation systems. We have developed and optimized the design of linear thermal wax-based actuators.
Centennial is also working on a variety of projects to test aircraft components, including a series of applied research projects with Marsh Brothers Airlines (MBA), testing its own high-performance self-lubricating bushings for use with Piper Aerostar aircraft. It focuses on strength and chemicals. Resistance, fluid compatibility, durability under extreme conditions. The Centennial Research team has developed custom test rigs to assess friction, load capacity and wear speed of various bushing configurations, and provides valuable data to verify bushing compatibility with Aerostar landing gear. Provided to MBA.
Impact innovation: Aerospace application research
Canada is the first to rank in Canada, taking part in applied research and offering more pay student researcher internships than any other university in the country. Centenary Innovation – The university’s applied research, innovation and entrepreneurial department focuses on impactful sustainable innovation, where each project is mapped to the United Nations Sustainable Development Goals (SDGs) and Leading applied research activities. Centennial College’s innovation sector includes eight diverse fields: aerospace, advanced manufacturing, digital healthcare, sustainable energy systems, transportation and low carbon mobility, accountable data analytics, social innovation, and impact entrepreneurship. It spans fields.
Aerospace applied research accounts for a large part of the university’s innovation portfolio. Since 2017, Centennial’s Aerospace Applied Research Program has trained 219 paid student researchers and has supported the design, development, prototyping, testing, validation and commercialization of emerging technologies in aerospace over 53 aerospace He oversaw 30 high-quality personnel working on industry-led research projects.
The project includes a variety of topics, including aircraft system design and optimization, parametric modeling software development, and augmentation and virtual reality (AR/VR) applications. more.
Over the years, Centennial has been powerful with many aerospace innovators, from industry leaders such as Bombardier, Saffron Landing Systems, Canadian DeHavilland Aircraft and Promation to more local businesses such as self-building company Marsh Brothers Aviation. It has promoted relationships. Lubricating polymer platform for the I5-O, which is developing grease-free bushings, Aeroflux brake systems, and magnetic brakes for aircraft, as well as developing AI-driven vision.
The research value generated at Centennial College each year is significantly greater than its cost. On average, all of the $1 research expenses will reclaim $3.88 in cash in grants spent on paying student and faculty researchers, equipment and training. For the 2024-25 academic year, the ratio of research value and cost for universities averaged 4.6 times the research expenses, reaching its highest in recent years.
Stay relevant: Aerospace MRO innovation
The aircraft maintenance, repair and overhaul (MRO) sector consists of 35% of Canada’s aerospace employment, and in 2022 will have a $9.3 billion economic impact on Canada’s GDP. Ontario accounts for 35% of Canadian MRO jobs, with the majority gathering within the Toronto region (GTA).
As new generations of aircraft require new suites that require MRO technology, equipment, facilities and services, Centennial College is actively advocating and promoting MRO innovation support. By combining the existing innovation resources of Downsview Campus and Landing Gear Innovation Lab, researchers provide diverse and comprehensive research capabilities to promote the adoption of emerging technologies into the aerospace MRO sector, including the specialization of: You can expect it.
Sensor technologies such as the use of the Internet in a 5G environment for aircraft evaluation and inspection and radio frequency identification. Repair techniques including coatings such as nanomaterials that can be adapted for use of new materials and lightweight repairs of additives in metal and composite aircraft structures, as well as for robot-assisted repairs to increase repair efficiency and composite materials. Digital twin use and augmentation, digitization and data analysis including virtual and mixed reality (AR/VR/MR) and artificial intelligence. Aircraft inspection and damage assessment or use drones for damage assessment or component and tool delivery within hangars, automation to enhance delegation of data analysis and maintenance tasks, improving workplace health, safety and productivity Robotics and automation technologies such as exo sales. Sustainable aviation technology, a priority for the entire sustainable aerospace organization, is all the support equipment needed to support the shift in sustainable aviation fuels (SAF) and key sustainable technologies in the industry. , infrastructure, skill sets, maintenance procedures, etc. Development and innovation of business processes such as cybersecurity, encryption technology, and lifecycle optimization.
At its heart, Centennial aims to leverage these emerging technologies to generate long-term economic, social and environmental benefits and promote sustainable development in the aerospace industry and beyond. .
Partner with us: A joint vision between Canada and Horizon Europe
As Canada joins Horizon Europe’s Pillar II, Centennial College is actively inviting partnerships with academic, research and innovation companies around the world.
Academic and industry partners include suites of Centennial’s cutting-edge facilities on the Downsview campus, extensive knowledge and expertise from dozens of expert faculty members, and enthusiastic, innovative and career-ready aerospace and aviation. We welcome you to take advantage of the pool. Student researcher. Please contact us for inquiries about potential collaborations. We look forward to working with academic and industry partners in the EU and UK to create a brighter and innovative future for aerospace.
This article will also be featured in the 21st edition of Quarterly Publication.
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