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AI in AEC and Manufacturing | Scan AI Solutions

AI in AEC and Manufacturing

Intelligent solutions driving improvements and safety in design and construction

Transforming AEC and manufacturing with AI and robotics

AI is revolutionising architecture, engineering, construction and manufacturing by optimising design, automating clash detection in building information modelling (BIM), predicting supply chains and schedule delays, and enhancing site safety. Key applications in use today include:

Design & Simulation

AI can assist building design by stress-testing thousands of structural and aesthetic permutations based on set parameters such as weight, materials, and cost, integrating simulations for complex structural components. Models can also automate data entry, evaluate environmental impact, calculate energy efficiency, and assess carbon footprints before a brick is laid.

AI-assisted structural design simulation of a steel-framed building under construction

Automation & Safety

AI can be used to review historical project data to forecast bottlenecks, labour shortages, and supply chain snags. Additionally, computer vision systems and drones can be deployed to spot site hazards, identify compliance issues, and look for quality defects, especially in difficult to reach areas. Cameras linked to image recognition models can also be used on sites to assess PPE usage and to monitor safety routines.

Construction worker using a mobile device on site with AI-assisted safety monitoring

Assembly & Inspection

AI-powered robots increase safety and lower production costs by performing repetitive, precise, or dangerous factory tasks, such as spray coating, assembling micro-components and welding. They can also aid with predictive maintenance on factory lines, using cameras to inspect products and machinery.

Robotic arms performing automated assembly and inspection on a factory production line

Warehousing & Logistics

Robots help reduce human walking time, increase safety, and speed up order fulfilment. Common types include autonomous mobile robots (AMRs) that navigate freely using sensors for small loads; automated guided vehicles (AGVs) that follow fixed paths for palleted loads; and static robotic arms that can stack and load pallets.

Robotic arm and automated guided vehicle handling pallets in a warehouse

Guidance for responsible AI adoption in AEC and manufacturing

AI implementation can face significant hurdles, such as high financial costs, the need for specialised training, and concerns over machine-human interaction. Scan helps mitigate these risks; as an NVIDIA Elite partner and NVIDIA DGX Managed Service Provider, we are ideally placed to advise and guide you on the most appropriate AI systems, robots and software to begin your physical AI transformation.

Speak to an expert

Discuss your AEC or manufacturing project requirements with Scan's specialist team.