The Sir Ambrose Shea lift bridge wins key award

The Sir Ambrose Shea lift bridge has received a transportation award of merit. The structure was designed by Parsons and has been given the 2017 Transportation Award of Merit from the Consulting Engineers of Ontario (CEO). As sole prime consultant, Parsons also provided project management and engineering services during construction. Located on the Avalon Peninsula in the town of Placentia, NL, the Sir Ambrose Shea Lift Bridge provides a connection while supporting the region’s commercial fishing industry.
April 25, 2017 Read time: 2 mins
The Sir Ambrose Shea lift bridge has received a transportation award of merit. The structure was designed by 3220 Parsons and has been given the 2017 Transportation Award of Merit from the Consulting Engineers of Ontario (CEO). As sole prime consultant, Parsons also provided project management and engineering services during construction.


Located on the Avalon Peninsula in the town of Placentia, NL, the Sir Ambrose Shea Lift Bridge provides a connection while supporting the region’s commercial fishing industry. The bridge is raised approximately 2,400 times/year and is one of the few vertical lift bridges in Canada.

Parsons’ design and detailing of the bridge provided for construction of the substructure, approach spans, and lift-span towers without encroaching on the navigation channel. Disruption of boat navigation through the narrow waterway connecting the Atlantic Ocean to the inner harbour was limited to a few days during construction of the lift span and commissioning of the new bridge.

The link was opened to traffic on September 23rd, 2016 and features two vehicle lanes on each side, as well as pedestrian sidewalks. In addition it carries power and communication utilities. The Sir Ambrose Shea Lift Bridge also received a 2016 Design Award of Excellence from the Quebec Region of the Canadian Institute of Steel Construction.

Road Structures

For more information on companies in this article

Related Content

  • Superlative formwork’s global appeal
    April 25, 2013
    The latest formwork solutions are enabling some tough bridge-building projects to be delivered in South America and Europe, while the world’s largest construction equipment show is seeing the merits of other cutting-edge formwork. Guy Woodford reports. Taking a road and rail link across one of South America’s largest rivers, together with its swamps and floodplain, calls for a new crossing of superlative dimensions. Two 135.5m pylons for the third bridge across the Orinoco River in Venezuela are taking shap
    Read More
  • Tunnel essential to reduce congestion
    February 21, 2012
    Vietnam's Ho Chi Minh City's dense population, which was estimated to be 10,680 persons/km2 in 2005, is, over the next ten years, set to benefit from the completion of the Thu Thiem Urban Area project, which will provide homes for up to 200,000 people.
    Read More
  • Pilosio and CMC Ravenna collaborate on Cornubia Interchange
    June 4, 2019
    The South African branch of the Italian construction company CMC di Ravenna again teamed up with formwork specialist Pilosio to take advantage of Pilosio's solutions. This time it was for construction of a new bridge in the city of Durban, a project named N2/Cornubia Interchange. The overpass will streamline traffic by linking the Umhlanga industrial zone with the Cornubia new development area Tongat. Cornubia is a multibillion rand integrated settlement near Umhlanga, north of Durban, in KwaZulu Natal,
    Read More
  • Two bridges in Nepal to help power generation increase
    October 11, 2012
    Construction of two vital bridges in Nepal will help increase power generation and offer a return on investment Two bridges are required in Nepal to enable the country to address its current capacity shortfall in electric power generation. Once constructed, they will be the largest single-span truss bridges in Nepal. Construction of the Arun River Bridge at Leguwaghat, Dhankuta, and Sabha Khola Bridge, Sankhuwasabha District, is also required to maximise the rate of return on special programmes under the R
    Read More

Highlighted Content