Justin LiebermanJustin Lieberman is a Masters of Architecture (M.Arch) Candidate at MIT.  He grew up in Manitoba, Canada, and earned a bachelor of architectural science and co-op specialization degree at the Toronto Metropolitan University (formerly Ryerson University). He has worked at 5468796 Architecure in Winnipeg and D’Arcy Jones Architects in Vancouver.

Justin designs many things across many scales and modes of representation. Enjoy exploring the website.


Email: justin74@mit.edu
Instagram: justin_l.ca ; lieber.main
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Fork Bridge

CISC Competition


Adaptive Re-Use Bridge

The Forks Bridge reuses an existing structure deemed unsafe and creates new ways to view, interact, and engage with the historic landscape and the community.

The Fork bridge sits above the old foundation, preserving whats left of the old bridge and creating little impact on the Assiniboine river. Instead of a linear bridge needed for traintracks, the pedestiran only path bends around the existing foundations like a "fork '', forming new views down the Assiniboine river and viewing holes to the existing footings. The asymmetrical column placement is reminiscent of the old counterweight location, off to one side and acting as the major structural element. 

Like a bascule bridge, a pedestrian lookout is cut from the bridge and lifted upwards to the sky between the major structural columns. From here, visitors coming from the Forks can look at the river intersection, the core of the Forks, and the Human Rights Museum in the distance. This section acts as a historic callback of the old drawbridge and as new beacon for the core of Winnipeg . 

Industrial Focus
Linear design for train usage and for the “draw bridge” function.
Pedestrian Focus
A curvalinear path promotes stopping and looking which contrast the old design.
Perforated cladding is added to protect from the harsh winter weather.
Benifits of AESS
A suspension and cable-stayed bridge hybrid makes the bridge light and airy yet architecturally expressive, celebrating the possibilities of steel.
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