1511 - 1520 of 2544 results
Showing 1511 - 1520 of 2544 results
The RSPCA appointed us to deliver structural, civil, and infrastructure engineering design along with site investigations and geotechnical engineering support for a new rehoming centre.
Our team delivered the detailed design for Cotton Field Wharf, including the remediation strategy, ground engineering design, and materials management plan, as well as structural and civil engineering.
Find out how Esh-Stantec worked with Northumbrian Water Group (NWG) to reduce pollution risk to Coundon Burn and improve the resilience of the wastewater network.
We used DebrisFlow Predictor to estimate the extent of debris flow hazard to residents and properties along the North Shore of Cowichan Lake. After modeling over 70,000 flows, our team was able to define a credible runout limit of related hazards.
Working with marine infrastructure partners, our team was appointed to undertake an options appraisal for the future of the Craignure ferry terminal.
Crawley boasts the first CambiTHP B6 system installed in the United Kingdom. Deploying a design for manufacture and assembly (DfMA) fabrication mentality shortened construction timeframes and lowered overall capex.
We’re helping the University of Strathclyde redesign a city centre area to improve sustainable travel. With designs that remove barriers, improve connections, and promote walking and cycling, this project will serve as a model for urban development.
This new, mixed-use development puts to use an area of sterile land in the town of Crediton. We contributed to development planning, air quality review, and delivery of the highway works.
We helped Muirhall Energy Ltd plan, assess, and approve the best highway route to move 15 wind turbines to their Crossdykes Wind Farm.
Stantec’s geohazard specialists deployed our proprietary, agent-based landslide model, DebrisFlow Predictor, to model and delineate potential hazard zones within the site for a client planning to expand their hydro-electric facility on steep slopes.