The 3D visualization for this project needed to show what No. 2 Road would look like after the widening between Steveston Highway and London Road was finished. Our team took photos from 5 specific locations to so the surroundings in the rendering could be accurate.
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 provided bridge design and engineering services for the Sultanganj bridge project. Our team created 3D photorealistic renderings to illustrate the article. This rendering included a detailed 3D model with textures, scenery, and vehicle traffic.
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.
The Warman & Martensville Interchanges or Overpasses located on Highway 12 at Martensville and Highway 11 at Warman, will improve safety for two of the fastest growing communities in Saskatchewan.
Burnaby, BC – McElhanney conducted several laser scan surveys at SFU to assist with a variety of renovation and upgrade projects. Our team of modelling technicians converted the resulting point cloud exports into 3D Building Information Models (BIM) which are used directly by the architectural project team.
McElhanney was retained by Progress Energy for the purpose of asset management/inventory. McElhanney split the asset management project into 3 phases; (1) project initiation and development of Vertisee, an online web-based map to sort and file information collected on roads, bridges and other assets; (2) data acquisition and management; and (3) ongoing updates.
The Prince Rupert Gas Transmission Project (PRGTP) is a proposed 900 kilometre natural gas pipeline running from Hudson’s Hope to Lelu Island on the BCs North Coast. This project involved extensive digital data collection in the field using the latest technology and continual updates to Vertisee, McElhanney’s own web-based GIS mapping platform.