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Georgian College Peter B. Moore Advanced Technology Centre
Georgian College Peter B. Moore Advanced Technology Centre
Barrie, Canada
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Other Projects by Teeple Architects
Georgian College Peter B. Moore Advanced Technology Centre
Barrie, Canada
Firm
Type
STATUS
Built
YEAR
2018
SIZE
25,000 sqft - 100,000 sqft
BUDGET
$10M - 50M
The three-storey Peter B Moore Advanced Technology Centre is the first dedicated facility in central Ontario of its kind to support research, acceleration and commercialization. Housing the region’s first engineering degree through a partnership between Georgian and Lakehead University, the Centre actively supports and showcases the best of University, College, and Industry learning. Envisioned as the “centerpiece of Georgian’s Barrie Campus,” the new campus landmark assumes a striking presence from nearby major vehicle corridors.
The Centre houses research and entrepreneurship spaces, including incubator, change-maker and fabrication spaces that will also be used for collaboration with external industry partners. It features CAD, CAM and GIS labs, as well as collaboration space for over 800 degree and diploma students. The facility houses robotics, mechatronics, and manufacturing equipment and other dedicated program spaces include a telepresence room, electrical lab, environmental lab, an anechoic chamber and other technical project facilities.
The building design focuses on a 3-storey central hall that connects the Research, Innovation and Collaboration labs to the remainder of the teaching labs while also providing lounge and study spaces with views into the various labs and classrooms and out to the campus and landscape beyond. The building is connected to adjacent campus buildings via a second storey link that provides further collaboration possibilities with other departments. The building cladding is comprised of a highly insulated metal rainscreen, in a pattern and colour that mimics the design of an electrical circuit board. Positioned prominently on the campus, the building simultaneously invites community participation while forming a gateway to a 21st century campus.
As the new home of Georgian’s environmental programs and industry partners, the centre will log data on the usage and functionality of: rooftop solar panels; a micro-grid display room; building automation control system; geothermal ground source heating and cooling; LED lighting; and storm water.
The Centre houses research and entrepreneurship spaces, including incubator, change-maker and fabrication spaces that will also be used for collaboration with external industry partners. It features CAD, CAM and GIS labs, as well as collaboration space for over 800 degree and diploma students. The facility houses robotics, mechatronics, and manufacturing equipment and other dedicated program spaces include a telepresence room, electrical lab, environmental lab, an anechoic chamber and other technical project facilities.
The building design focuses on a 3-storey central hall that connects the Research, Innovation and Collaboration labs to the remainder of the teaching labs while also providing lounge and study spaces with views into the various labs and classrooms and out to the campus and landscape beyond. The building is connected to adjacent campus buildings via a second storey link that provides further collaboration possibilities with other departments. The building cladding is comprised of a highly insulated metal rainscreen, in a pattern and colour that mimics the design of an electrical circuit board. Positioned prominently on the campus, the building simultaneously invites community participation while forming a gateway to a 21st century campus.
As the new home of Georgian’s environmental programs and industry partners, the centre will log data on the usage and functionality of: rooftop solar panels; a micro-grid display room; building automation control system; geothermal ground source heating and cooling; LED lighting; and storm water.
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