The National Research Council of Canada
3 Star Employer Ranking
100 Sussex Dr, Ottawa, ON K1N 1J1, Canada
The Aerospace Research Centre in Ottawa specializes in flight research and systems integration, providing courses for aeronautical engineers and pilots on advanced aircraft technologies. Training includes wind tunnel testing, flight simulation, and UAV development in dedicated facilities.
Collaborative programs with universities and industry offer certifications in aerospace standards. Participants conduct experiments on scale models and full-size aircraft, building skills for certification and innovation. These courses support Canada's aviation sector, focusing on safety and efficiency. The centre's training aids in developing green aircraft technologies, preparing experts for global challenges like urban air mobility.
The NRC Construction Research Centre in Boucherville advances building science and materials technology, offering workshop-style courses for architects, engineers, and builders. These programs emphasize performance-based design, energy efficiency, and durability testing in controlled environments like environmental chambers and structural labs.
Collaborations with industry and universities provide certification tracks, including hands-on prototyping and code compliance training. Participants learn to use advanced tools for hygrothermal analysis and life-cycle assessments. The centre's programs address Quebec's climate challenges, focusing on cold-weather performance and urban development. Annual seminars attract professionals seeking updates on building codes and emerging technologies like smart materials. This educational framework supports Canada's housing innovation agenda, training experts to create resilient, affordable structures. The curriculum integrates research findings into practical applications, fostering skills for retrofitting existing buildings and designing future-proof ones. By emphasizing sustainability, these courses contribute to reducing the construction sector's environmental footprint while enhancing safety and efficiency.
The Dominion Radio Astrophysical Observatory in Penticton is dedicated to radio astronomy, offering courses on telescope operations and cosmic radio signals for astronomers and engineers. Training includes array calibration and data reduction using the facility's antennas.
University collaborations provide student observatories access. Participants contribute to surveys like the Canadian Galactic Plane Survey, gaining hands-on experience. These courses advance radio science, preparing for roles in observatories and space missions.
The Halifax Marine Facility researches ocean technologies, offering courses on naval architecture and marine renewables for maritime professionals. Training uses towing tanks and simulation for vessel performance analysis.
Partnerships with Dalhousie University provide practical mariner training. Participants test models for shipbuilding, advancing Atlantic Canada's maritime economy. These courses prepare for roles in shipping and energy sectors.
At the Herzberg Astronomy and Astrophysics Research Centre in Victoria, the NRC emphasizes astronomical research and instrumentation, offering specialized training programs that function like advanced courses in astrophysics and related technologies. These initiatives target researchers, students, and professionals, providing in-depth knowledge through workshops, observatories access, and collaborative projects. Key areas include radio astronomy, where learners explore telescope operations, signal processing, and data analysis using facilities like the Canadian Hydrogen Intensity Mapping Experiment (CHIME).
The centre supports educational outreach with public lectures, school programs, and university partnerships for graduate theses. Participants gain practical experience at the Dominion Astrophysical Observatory and other sites, learning to interpret cosmic phenomena and develop innovative technologies. These 'courses' span theoretical physics to engineering applications, often lasting from weeks to months. Emphasis is placed on interdisciplinary skills, combining astronomy with computer science and engineering. Annually, hundreds of trainees contribute to discoveries in the universe's structure and evolution. This campus plays a pivotal role in Canada's space science strategy, equipping individuals with expertise for academia, industry, and space agencies. Through these programs, the NRC fosters a new generation of astronomers equipped to tackle questions about the origins of the universe and potential for life beyond Earth.
The Human Health Therapeutics Centre in Winnipeg advances vaccine and biologics development, delivering courses for immunologists, pharmacologists, and biotech firms. Training includes cell culture, protein engineering, and clinical trial design in BSL facilities.
Collaborations with universities offer advanced training tracks. Participants work on projects like COVID-19 vaccines, building expertise in scale-up manufacturing. These courses bolster Canada's health security, focusing on rapid response technologies. The curriculum prepares professionals for pharma R&D and regulatory roles.
The London Laboratory supports security and disruptive technologies, providing courses on forensics, sensors, and defence systems for law enforcement and military personnel. Programs use testing ranges and simulation labs for practical training.
Industry partnerships offer certification in security standards. Participants develop prototypes for border protection, enhancing skills in interdisciplinary tech. These courses support national defence, preparing experts for high-stakes environments.
The NRC's Medical Devices Research Centre in Montreal drives innovation in health technologies, delivering specialized courses for biomedical engineers, clinicians, and entrepreneurs. These programs cover device design, regulatory affairs, and clinical translation, using labs equipped for prototyping and testing medical implants and diagnostics.
Partnerships with McGill and other institutions offer graduate-level training and incubators for startups. Participants engage in projects like developing prosthetics or diagnostic tools, gaining expertise in clinical trials and commercialization. The courses address Canada's aging population needs, focusing on accessible healthcare solutions. Industry short courses provide updates on trends like robotics in surgery. This campus trains over 150 professionals annually, bridging research to market. The curriculum emphasizes ethical innovation and patient safety, preparing graduates for medtech careers. By integrating engineering with clinical insights, these programs accelerate health technology adoption, improving outcomes in areas like cardiology and neurology.
The National Research Council of Canada (NRC) at the Ottawa campus primarily focuses on advanced research and innovation rather than traditional academic courses. However, it supports educational programs, workshops, and collaborative training in various scientific fields. Main areas of focus include aerospace engineering, where participants learn about aerodynamics, propulsion systems, and aircraft design through hands-on simulations and theoretical modules. In measurement science and standards, courses cover metrology, calibration techniques, and quality assurance for industries like manufacturing and healthcare.
These programs often involve interdisciplinary approaches, partnering with universities for graduate-level training. Participants engage in real-world projects, such as developing clean energy solutions or environmental monitoring systems. The campus hosts short courses, seminars, and certification programs aimed at professionals and students, emphasizing practical skills and innovation. With state-of-the-art labs, the Ottawa campus facilitates over 300 collaborative projects annually, contributing to Canada's knowledge economy. Educational outreach includes summer institutes for high school students in STEM fields, fostering future researchers. Overall, the curriculum equivalent here builds expertise in cutting-edge science, preparing individuals for roles in research, industry, and policy-making. This comprehensive approach ensures Canada remains a leader in global scientific advancements.
The Moncton facility of the NRC's Ocean, Coastal and River Engineering Research Centre concentrates on river and coastal hydraulics, providing educational programs that resemble advanced engineering courses. These target civil engineers, hydrologists, and environmental scientists, utilizing flumes and basins for experimental learning on water flow and sediment dynamics. Emphasis is on practical solutions for flood control and habitat restoration.
Partnerships with local universities offer integrated training, including field trips to regional rivers and coasts. Participants develop proficiency in software like HEC-RAS for flood simulation and gain certification in hydraulic testing. The programs address regional needs like Acadian coastal vulnerabilities, promoting interdisciplinary approaches with ecology and policy. Short courses for industry professionals cover regulatory compliance and innovative materials for water infrastructure. This campus contributes to national guidelines on river management, training over 200 individuals yearly. The curriculum blends classroom theory with lab experiments, ensuring graduates can tackle complex water resource challenges. By focusing on sustainable practices, these 'courses' support Canada's environmental goals, preparing experts for roles in government, consulting, and academia. Overall, the training enhances capacity to protect communities from natural hazards while preserving aquatic ecosystems.
The NRC's Ocean, Coastal and River Engineering facility in St. John's specializes in marine technology and environmental engineering, delivering training programs akin to specialized courses for engineers, oceanographers, and policymakers. These focus on simulating harsh ocean conditions and developing resilient infrastructure. Participants engage in practical sessions using wave tanks, ice basins, and modeling software to address real-world challenges like offshore oil platforms and coastal erosion.
The centre collaborates with Memorial University for joint educational initiatives, offering certificates in marine technology. Hands-on labs allow trainees to conduct experiments on wave generation and structural testing, building skills in numerical simulation tools like CFD (Computational Fluid Dynamics). These programs emphasize safety standards and innovation for Canada's blue economy. Outreach includes industry short courses and student internships, promoting knowledge transfer. With expertise in cold ocean engineering, the facility supports projects vital to national security and resource extraction. Trainees learn to mitigate environmental risks while advancing technologies for sustainable marine operations. This comprehensive training prepares professionals for careers in shipping, energy, and environmental consulting, ensuring Canada's leadership in ocean sciences. The curriculum integrates theory with application, fostering solutions to global challenges like sea-level rise and renewable energy transitions.
The Plant Biotechnology Institute in Saskatoon focuses on crop improvement and bio-products, offering courses for agronomists, biologists, and industry professionals. Programs cover genetic engineering, bioinformatics, and sustainable agriculture using greenhouses and molecular labs.
Partnerships with the University of Saskatchewan provide hands-on research training. Participants develop GM crops and bio-based materials, gaining skills in regulatory biotech. These courses address prairie farming challenges, promoting innovation in agribusiness. Training supports Canada's bioeconomy, preparing graduates for roles in seed companies and policy.
The Quebec City Laboratory supports industrial innovation, providing courses on manufacturing and automation for engineers and technicians. Programs cover robotics, quality assurance, and supply chain optimization.
Industry-focused training includes case studies from regional sectors. Participants implement solutions for SMEs, enhancing productivity. These courses bolster economic development, training for manufacturing leadership.
The Sherbrooke facility advances photonics and optics, offering courses for physicists and engineers on laser technologies and imaging systems. Training includes cleanroom fabrication and optical testing.
Collaborations with local universities provide advanced labs access. Participants prototype devices for telecom and healthcare, building innovation skills. These courses drive Quebec's optics industry, preparing for high-tech careers.
The Vancouver Laboratory focuses on life sciences and oceanography, providing courses on marine biotechnology and environmental health for biologists and ocean engineers. Programs utilize coastal labs for sample analysis and modeling.
Partnerships with UBC offer integrated research training. Participants study Pacific ecosystems, developing tools for conservation. These courses support sustainable ocean resources, training for environmental management roles.
