3D Photorealistic renders were required to showcase the design of this roundabout. CAD files were provided to model the roundabout as well as the terrain. After adding textures, lights and 3D models the renders were retouched to produce the final 3D imagery. The Contractor used these renderings to communicate the project to residents and stakeholders.
This Virtual Reality experience shows the potential of this technology and its benefits for project proposals, public forums, marketing, stakeholder engagement, and more. Laser scanned data, CAD models, and 3D models were used along with programming to create this fully immersive experience.
McElhanney is providing a wide array of services for this project including structural, civil, and hydrological engineering, environmental, visualization, and arborist services. McElhanney developed the images to help illustrate the project concept.
McElhanney created the Banff Upper Hot Springs 3D model using laser scanned data. This Virtual experience brings in weather and vegetation. Users can move around the historical site allowing them to view it in detail. This 3D model will provide our team with important details to support the project.
High River, AB – The Town of High River, Alberta, had an outdated set of bylaws which dated back to 1980. McElhanney was retained to re-write the Town’s Land Use Bylaw based entirely on walkability; the first of its find in Alberta.
In December, 2007 the City of Prince George experienced a rapid cold snap which resulted in an ice jam on the Nechako River. A 66-day long local state of emergency was declared and over 100 residents were evacuated from their homes.
During the summer of 2017, BC Hydro’s 60-year old creosote timber dam was completely removed from the Salmon River on Vancouver Island, and the site was re-naturalized. McElhanney designed bypass channels, cofferdams, and river diversion works to use as small a footprint as possible in this narrow and hectic worksite.
McElhanney provided surveying services to aid renovations at the library. The objective of the survey was to identify a precise location for a temporary concrete platform supporting a multi-storey crane, and to identify positions to underpin and support the load of the crane and platform.
McElhanney was hired to update View Royal’s sanitary system models to reflect current operating conditions, assess existing system conditions and service life, and prepare a capital plan list to prioritize short- and long-term upgrades.
McElhanney developed six options for Upland’s separate sewer and stormwater systems with service to each residence. The District is focused on eliminating combined system overflows and reducing overall volume to the regional system.
