This project is to create a site plan for Ashbridge’s Bay Yacht Club’s (ABYC) structures, a 3D Revit model of the clubhouse, and a design plan for retrofitting the clubhouse for wheelchair access. ABYC, located in Toronto, Ontario, was founded in 1932, and has been known as a premier sailing club that facilitates both novice and experienced sailors.
The Future Development of Building Information Modeling (BIM)
The project Seeks to understand the future role of the project and cost management sections of the construction profession as BIM uptake increases George Brown College faculty will be researching how the building and construction industry around the has adapted to the use of BIM and how it may have to adapt further in the future.
Revit Modelling for Garden Connections Inc. | Phase 3
Garden Connections (GC) is a start-up offering web-based solutions to support residential developers and home buyers with their landscaping and gardening projects. Founded on the vision of creating: “a beautiful garden for every home ®”, GC specializes in the virtual staging and matching of gardens with new homes and condos. Their online virtualization tool (currently in development) allows users to preview garden styles, browse relevant products and contract services, and access information to help them create beautiful gardens.
Develop a library of Building Information Model objects
Borgo® Contract Seating (Borgo) is a division of Borgo® Upholstery Ltd., which was founded in 1984 and is wholly Canadian owned with manufacturing in Toronto, Ontario. The range of product offered and expertise in the corporate, educational, institutional, health care and public sectors is one of the leading factors to Borgo’s success.
Analysis design and development of a BIM objects library
George Brown College’s Centre for Construction and Engineering Technologies (CCET) is assisting Crystal Fountains with BIM technology adoption. Crystal Fountains will identify a suite of existing products that have been developed in Solidworks and the George Brown College team will assist to convert the models into BIM families using Autodesk Revit.
