新兴技术

Innovation that works for you

Today’s emerging technologies are changing how we approach the built environment. The consumer gaming industry has made powerful and inexpensive 3D visualisation tools available to designers, architects and engineers. Fast data networks originally built for mobile phones are now connecting inexpensive sensors to power digital twins, offering a new level of asset management. Augmented reality and LIDAR technology are improving the way our engineers plan buildings, making construction safer.

人工智能和机器学习

At their heart,人工智能（AI）和机器学习（ML）是强大的新分析技术，可提高我们以满足人类需求的方式设计和管理建筑环境的能力，并提供净零目标。在Arup中，我们将Ai / ml带入我们工作的核心，例如将新的途径绘制到整个城市的净零，了解资产的寿命和失败的原因，以及用新材料设计复杂建筑物还原碳。

For the City of Shanghai we built aland analysis toolthat can help city planners to understand how land is being used, and improve their ability to site new developments or plan flood protection measures.

虚拟，增强和混合现实

虚拟和增强现实的价值对于从一开始的设计师和工程师来说是显而易见的。我们使用这项技术来帮助决策者体验英国新的高速2线的设计选项，从运输经验中建模所有对受路线影响的地方的噪声影响。

在另一个上下文中，我们的院子里的AR / MR工具使设计人员能够在物理位置测试结构和资产，允许客户，社区和创意团队了解设计选项的含义。我们的国际发展teams are also using it to help decision-making in improvised refugee settlements.

数字制造

New technology is changing the physical form of construction itself too. We have been pioneering additive manufacturing and other digital fabrication techniques to produce incredible and unique structures like the在阿姆斯特丹的MX3D桥梁或者将完成AntoniGaudí的成千上万的个体石头Sagrada Familia in Barcelona。该技术的精确度意味着它还具有在施工期间彻底减少浪费的可能性。

连接和自主车辆（骑士船只）

每年，关联和自治车辆（CAVE）的承诺更接近其实现。与许多数字创新一样，只有当科技与其他人类和物理限制相处的协调工作时，才有大部分价值。我们的工作探索探讨了技术，操作和道德挑战，以及潜在的道路安全收益。

探索我们与AVS的工作

Drone mapping

另一种廉价但强大的消费技术，我们越来越多地使用无人机来带来新的便利和细节，以便现场测量和建模，环境分析和洞察力。

We have also developed a drone-based façade inspection tool, incredibly valuable for monitoring quality on tall buildings. It photographs building exteriors, assembling a virtual model of the façade using GPS coordinates to map each element together, stores historical repair data and allows owners to plan effective and safe maintenance.