AI Revolutionizes Infrastructure Design: Bentley Systems Software Recreates Engineering Marvel

Bentley Systems engineer successfully recreated the historic Quebec Bridge—the world’s longest cantilever span—in just days using AI-driven workflows.

By integrating AI agents with Bentley’s MicroStation design platform and STAAD structural analysis software, the project showcased a new era of efficiency in infrastructure design.

The breakthrough relies on the MicroStation Model Context Protocol (MCP) server, a tool that allows AI assistants to operate engineering software directly. By connecting familiar AI tools to Bentley’s platform, engineers can translate natural language instructions into precise geometric models, replacing tedious manual drafting with automated, intent-based processes.

This integration offers significant benefits for the engineering industry. It enables rapid iteration and design exploration, allowing professionals to generate multiple options quickly and spend more time testing innovative ideas rather than navigating complex software menus. Enhanced accuracy is achieved through structured oversight, where projects are broken into validated stages with strict constraints to minimize errors and ensure proper georeferencing.

A 3D model of the historic Quebec Bridge, which crosses the St. Lawrence River west of the city.

Furthermore, the use of the STAAD MCP server allows agents to bridge the gap between design and structural analysis, enabling an iterative loop where the AI can help interpret results and refine the model accordingly.

Ultimately, this technology acts as a force multiplier that empowers the workforce. It helps junior engineers become productive faster by focusing on design intent, while allowing experienced professionals to offload repetitive, low-value tasks.

Bentley Systems emphasizes that this initiative is not about replacing human expertise but rather enhancing it. Because accountability and final approval remain firmly in the hands of qualified engineers, the technology serves as a tool to multiply human potential and ensure safer, more efficient infrastructure development.

- Video Advertisement -

Related Post

43% Human Error: A Wake-Up Call for Grid Reliability

North America’s power grid is facing growing reliability challenges from extreme weather, aging infrastructure, and human error, according to the 2025 North American Electric Reliability Corporation (NERC) State of Reliability Report. The report highlights the need for utilities to improve planning, data management, and collaboration. Digital technologies such as BIM, digital asset models, and digital […]

Bentley Systems Wins Gold Stevie Award for AI Breakthrough in Engineering

Bentley Systems has won the Gold Stevie Award for Technology Breakthrough of the Year in the Construction and Civil Engineering Technology category at the 2026 Stevie Awards for Technology Excellence. The award recognizes Bentley’s Model Context Protocol (MCP) servers for STAAD. Pro and MicroStation, which bring agentic artificial intelligence into established infrastructure engineering workflows. Bentley’s […]

Freeland Municipal Authority Uses Digital Twins to Reduce Water Loss

Freeland Municipal Authority (FMA) in Pennsylvania is using a digital twin to improve leak detection, reduce nonrevenue water, and strengthen the long-term resilience of its water system. Serving about 3,900 people, FMA had struggled to identify leaks and track water losses efficiently. The utility often relied on outside companies for leak detection, making the process […]

India Builds Mega Luxury Resort Faster with Digital Engineering

AVS ENGINEERS and ISID STRUCTURES have completed the structural design of the Fairmont Palace Udaipur luxury resort in Rajasthan, India, four months ahead of schedule using Bentley’s STAAD.Pro, RAM Structural System, and RAM Elements. Completed in July 2025, the 500,000-square-foot resort combines modern luxury with traditional Rajasthani architecture. Its steep hillside location and complex features, […]

China Uses Digital Twin  to Build First Large-scale Power Station in Karst Geology

Shanghai Investigation, Design & Research Institute Co., Ltd. (SIDRI) has used Bentley’s digital engineering and digital twin technologies to overcome complex geological challenges at the Caiziba Pumped-Storage Power Station in Fengjie County, Chongqing, China. The project is the first large-scale pumped-storage power station built in an area with complex karst geology, where caves, fissures, underground […]

Viscan Transforms B29 Highway Project With Digital Twin Technology

Viscan GmbH has transformed its reality capture workflow for the B29 highway expansion in Baden-Württemberg, turning an initially unreliable digital process into a high-performance digital twin system for one of Germany’s first fully digital construction sites. The B29 project includes nine new structures, bridges, and retaining walls. Viscan’s role was to provide construction teams and […]