Bentley Systems通过模型上下文协议（MCP）将
分类科技
来源CP
发布时间2026/10/02 07:00
详情描述
人工智能技术正逐步融入工程软件领域，使工程师能够通过自然语言指令完成复杂工程的设计、分析与管理，无需编写代码。
Bentley Systems公司通过模型上下文协议（MCP）实现了这一技术应用。MCP是一种开放标准，旨在允许AI助手与工程软件直接通信。目前，Bentley已为MicroStation和STAAD等工程解决方案开发了MCP服务器。在近期举办的相关技术展示网络研讨会上，超过2000人注册参与，了解该技术如何简化日常工程工作流程。
在演示环节中，Bentley的Louis-Martin Losier通过将AI代理连接至MicroStation，仅使用英语指令便完成了魁北克大桥的几何结构重建，并利用STAAD对结构进行了分析。该项目在数字环境下的重建仅耗时数日，且全程由工程师对AI的操作进行分步审核。
此外，该技术还可辅助工程师依据行业标准生成初步设计。在另一项演示中，AI助手通过分析现有的道路模型，参考噪音屏障标准，直接在MicroStation中生成了建议的屏障方案。同时，AI会说明其所应用的设计规则，以便工程师对方案进行验证或调整。
MCP协议作为一种开放标准，通过降低编程门槛，显著提升了工程设计的验证效率。
📋 简要摘要 ▸
Bentley Systems通过模型上下文协议（MCP）将AI集成至工程软件，使工程师能通过自然语言指令完成复杂设计与分析，无需编写代码。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS]
标题: No Code, No Problem: AI Is Changing How Engineers Work
Artificial intelligence is moving beyond the chatbot window and into engineering software, allowing engineers to design, analyze, and manage complex projects using plain-language instructions—without needing to write code.
Bentley Systems is demonstrating this approach through the Model Context Protocol (MCP), an open standard that allows AI assistants to communicate directly with software applications. Bentley has developed MCP servers for several of its engineering solutions, including MicroStation and STAAD. More than 2,000 people registered for the company’s recent webinar showcasing how the technology could simplify everyday engineering workflows.
One demonstration showed the potential of the technology by recreating the geometry of the Quebec Bridge. Bentley’s Louis-Martin Losier connected an AI agent to MicroStation and instructed it in plain English to draw the bridge. He then used STAAD to analyze the resulting structure. A project that originally took 17 years to build was digitally recreated in days, with an engineer reviewing the AI’s work step by step.
The technology can also help engineers create preliminary designs based on industry standards. In another demonstration, an AI assistant analyzed an existing road model, consulted noise-barrier standards and generated proposed barriers directly in MicroStation. It also explained which design rules it had applied, allowing engineers to validate or reject