ATTEND AND PARTICIPATE
2026 EVENT PREVIEW
Projects
See all of this year’s entries
Sessions
Preview keynotes & industry talks
Speakers
Meet the experts & innovators
PAST PROJECTS
Awards & recognition
2025 winners
First-place award recipients
2026 finalists
Shortlisted top contenders
2025 Founders’ Honors
Projects that inspire us
ATTEND AND PARTICIPATE
2026 EVENT PREVIEW
Projects
See all of this year’s entries
Sessions
Preview keynotes & industry talks
Speakers
Meet the experts & innovators
PAST PROJECTS
Awards & recognition
2025 winners
First-place award recipients
2026 finalists
Shortlisted top contenders
2025 Founders’ Honors
Projects that inspire us
About YII
Experience YII
Past Projects
Back
INSIDE the awards
About
Event yearbooks
Event news and updates
Bentley Labs
LATEST NEWS
2025 winners
2025 Yearbook
Back
attend and participate
Back
past projects
Awards & recognition
2025 winners
2026 finalists
2025 Founders’ Honors
LATEST NEWS
Blog article highlight
2026 categories
2025 Yearbook
AWARD CATEGORY
iTwin Capture, iTwin Experience, iTwin IoT, MicroStation, OpenCities Map, ProjectWise
The 17th Street Canal pump station is one of New Orleans’ most critical flood protection assets that discharges stormwater during major events in a region vulnerable to rising sea levels and extreme weather. To improve station reliability and responsiveness, Forte and Tablada was tasked with creating a centralized platform for digital asset visualization, performance analysis, and maintenance planning. The project presented data integration, coordination, and technical challenges on a tight timeline that previous static solutions failed to address.
Forte leveraged iTwin Experience to develop a cloud-based, collaborative platform and a spatially accurate, dynamic digital twin of the pump station accessible to engineers, asset managers, and emergency planners. Working in a connected digital platform provides virtual insight into asset condition, streamlining inspections, improving decision making during storm events, and eliminating redundant site visits expected to save up to 4,000 engineering hours. The digital twin sets the foundation for measurable savings in maintenance planning, design mobilization, and emergency preparedness.