Facilities

Research and other industry collaborations, including Senior Clinic projects, are supported by state-of-the art facilities and equipment.

UPEI's School of Sustainable Design Engineering is housed in a cutting-edge 78,000 square-foot facility specifically designed to foster innovation, entrepreneurship, and industry–university collaboration. The groundbreaking ceremony was held in December 2014 and the new building was officially opened less than two years later, in August 2016.

Designed to enhance the student-learning experience, the building represents a move away from the traditional classroom and includes design studios, ideation spaces, state-of-the-art assembly labs, and a design competition centre. Individual project bays support the School's team-focused, project-based approach to engineering education and immerse students in a realistic engineering design environment.

The building also contains five Research Centres of Excellence, which are multi-user lab spaces that support industry-relevant research in Engineering.

Robotics and Industrial Automation: Has equipment for studying automation and mechatronic applications, including machine vision and motion capture.

Sustainable Energy: Contains infrastructure and equipment for studying energy generation from renewable sources, energy storage and energy efficiency.

Bioresources and Food Processing: Supports research around the conversion of low value biomass to high value bioproducts, as well as the efficient use of resources in agriculture. It also supports biomedical engineering research such as the development of bioprinters.

Sensors, Optics and Imaging: Contains infrastructure and equipment for investigating the use of sensors in a variety of industrial applications. Equipment includes a Photron Fastcam SA-X2 high-speed camera that has a 1-Megapixel CMOS image sensor and offers rate up to 12,500 fps at full resolution and greater than 1 million fps at reduced resolution.

Advanced Manufacturing: Includes the School’s Additive Manufacturing Lab and Machine Shop, which allow for prototyping and fabrication of parts and products. The Additive Manufacturing Lab is equipped with a new EOS M100 Direct Metal Laser Sintering (DMLS) system with the capability of “printing” precision metal parts. This is in addition to the state-of-the-art Fused Deposition Modeling (FDM) printers available for printing polymer components. The Machine Shop has general fabrication equipment such as a milling machine and water jet cutter.

Day-to-day operations are managed by the Manager of Industry Research and supported by an Industry Research Engineer and technicians with industry experience in areas such as 3D printing, machining, electronics and mechatronics. More information on the School’s technical staff can be found under Our Team.

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