Geospatial Innovation in Infrastructure Development
Modern infrastructure development requires precision and adaptability. Behind every smoothly functioning facility lies a symphony of meticulous planning, maintenance, and the utilization of cutting-edge technology.
Considered one of the top 100 geospatial firms in the United States, Long Island-based GdB Geospatial (GdB) specializes in survey work, GIS and spatial data management and analysis, Building Information Modeling (BIM), UAV mapping, subsurface utility exploration and more. Their recent venture on behalf of the Great Neck Water Pollution Control District (The District) stands as a testament to their expertise in utilizing geospatial data for tangible advancements.
The project centered on the development of a 3D model — essentially a digital twin of the Great Neck water facility — using Autodesk Revit, a BIM modelling software for architects, landscape architects, structural engineers, MEP engineers, designers and contractors. The District engaged GdB to bridge the gap between existing infrastructure documentation and real-time functionality. Ryan Waters, a project manager at GdB Geospatial, sheds light on the project's inception.
"We were approached by a firm we've collaborated with previously for survey work. They presented us with a challenge - to create a 3D model of the water facility. While 3D scanning and mapping are part of our toolkit, transitioning to a digital twin model was uncharted territory. We needed expertise," Waters stated.
This led to a conversation with Topcon Solutions Store, their retail partner which provided service and support for the software. The partnership was instrumental in achieving a comprehensive digital representation of the water facility, surpassing initial expectations.
The project wasn't without its challenges. The infrastructure, with its roots tracing back to the 1950s, presented an amalgamation of aged documentation. Waters emphasized the value of this 3D model in consolidating disparate records into a cohesive and interactive format.
"Having all the information in a single file was game changing. It allowed precise measurements, facilitated repairs, and streamlined future modifications without constant field visits," Waters elaborated.
Moreover, unexpected features unearthed during the scanning process added invaluable insights. Waters highlighted how one of Topcon’s technical specialists, Jay Ayala, was able to identify elements like overhead heating fans crucial for equipment maintenance that weren’t represented on the existing documentation.
This transformative project's delivery not only met the District’s deadline but also surpassed expectations. The model wasn't just a visualization tool; it empowered the District's team with efficient maintenance and problem-solving capabilities.
Lemuel Morrison, the business development lead at GdB Geospatial, emphasized, "The clash detection capabilities within the model provided confidence in field mobilization, saving resources and time."
Paul Lampe from Topcon Solutions Store delved into their pivotal role in the collaboration, defining how they bridge the gap between hardware and software needs. "We're the retail software side, acting as advocates for service and support, offering training and consultation for Autodesk solutions," Paul explained.
In essence, this collaboration between GdB Geospatial, Autodesk and Topcon Solutions Store showcases how the synergy between geospatial technology and expert software solutions elevates infrastructure management. The digital twin model isn't merely a technological solution; it's a catalyst for operational efficiency and foresighted maintenance in a rapidly evolving landscape.
As we witness the transformative power of geospatial data and the convergence of innovative technology, this partnership serves as a testament to the future of infrastructure management - a future founded on precision, adaptability, and collaborative expertise.
