Our Projects
Raising the Bar at Every Turn
Engineering Design and Innovation
Every project that Harbourside undertakes is backed by our commitment to engineering excellence. Our work is characterized by thorough communication and comprehensive design. We see the whole picture. At every step, Harbourside redefines the meaning of quality engineering. With seasoned professionals from every sector of the industry, we are able to solve even the most technically challenging projects. Both throughout Atlantic Canada, and on the international stage, our work has been recognized by highest supervising bodies. The award-winning projects below are a testament to the calibre of the engineering performed at Harbourside.
Port Lands Flood Protection and Redevelopment
Harbourside was retained to provide Erection and Fabrication Engineering and Quality Verification Engineering services. This was for the fabrication, transportation and erection of the steel arch Port Lands bridges. These would be transported by barge from Halifax, all the way to Toronto!
Victoria Bridge Erection
The original Victoria bridge was a two-span structure, built in in 1926. It served as the main arterial connection, connecting Old South and downtown London via Ridout street over the Thames River. After nearly a century of use, the bridge was in need of replacement. The new structure had to include features that would benefit active transportation and consider the effects of climate change and flooding.
Fort York Pedestrian Bridge
ES Fox was awarded the contract for the bridge steel superstructure erections of the Fort York pedestrian bridges and retained Harbourside to complete the erection engineering.
Burgoyne Bridge Erection
Originally built in 1915, by 2010, it was recommended that the Burgoyne bridge be replaced. Design began in 2014, and construction was completed by 2016. Harbourside was contracted by Pomerleau and Structal as a subconsultant to handle construction phasing, and unique launch/design approaches. Harbourside also developed the temporary works utilized in this project.
Rocky Barachois Bridge Replacement Approach
In 2016, Gros Morne continued its series of bridge replacement projects. This time, the focus was on the Rocky Barachois Bridge. Once again, Harbourside was contracted to provide detailed concept, design, and tender documents.
East River & Sydney River Arch Bridges
Harbourside conducted extensive assessment of both bridge structures. Ultimately, it was determined that replacing the bridges would be more cost-effective than the substantial repairs that were needed to maintain them.
Truro Heights Pedestrian Bridge
In 2011, as part of Colchester County’s active transportation initiative, funding was earmarked for the development of an overpass project and multi-use trail. By 2015, a pedestrian bridge was planned for construction beside the overpass at Exit 13. This would join two major service areas that otherwise require pedestrians to cross the busy highway on foot.
Shubenacadie River Bridge Replacements Project
The Shubenacadie River Bridges were twin 4 span structures, each with a total span of approximately 195 meters, constructed in 1975. Failure of the expansion joints at each end of each bridge allowed salt laden water to spill onto the steel superstructure below. This resulted in excessive corrosion of the ends of the steel box girders. Harbourside identified poor workmanship in the fabrication of the girders as well as overall poor detailing to address fatigue issues.
Vimy Memorial Bridge Erection
The Vimy Memorial Bridge (formerly the Strandherd Armstrong Bridge) is a multiple, space-truss arch bridge that spans across the Rideau River with a concrete deck supported by steel framing that is, in turn, suspended by cables. Harbourside Engineering Consultants (HEC) provided the erection engineering for the project and had developed a unique method to erect the complex structure.
Moriah Bridges Self Launching Bridge Erection
This 110 m long self launching erection gantry was designed to erect three multi-span precast segmental concrete box girder bridges using the balanced cantilever method of construction.