Imagine a construction site where robots do the heavy lifting and drones handle the dangerous inspections. It's like giving a construction site a digital brain that coordinates everything from 3D printing parts to wearable suits that make workers stronger. This helps the industry attract younger people by making the job feel more like tech and less like back-breaking labor.
The European construction sector faces a critical labor shortage and an aging workforce. This leads to decreased productivity and difficulty in attracting young talent to the industry.
A suite of autonomous vehicles, collaborative robots, 3D printing tools, exoskeletons, and an AI-powered Digital Twin for site management.
If you are a contractor dealing with labor shortages in harsh environments — this project developed autonomous and tele-operated robotic platforms that increase efficiency in tunnels and earthworks.
If you are a firm dealing with biodiversity loss and resource waste in maritime works — this project developed additive manufacturing solutions that optimize materials and protect sea life.
If you are a supplier dealing with an aging workforce and high injury rates — this project developed exoskeletons and smart wearables that improve worker wellbeing and safety.
Based on available project data, specific pricing for the developed tools is not provided, though the project received an EU contribution of EUR 7,999,728 for development.
Yes, the project validates technologies across 6 demonstration case studies including tunnels, buildings, and maritime infrastructures to ensure industrial applicability.
Based on available project data, specific licensing terms are not mentioned, but the project involves 17 industry partners who are co-developing the solutions.
Integration is managed via a Digital Twin enriched with AI-based layers that support decision-making and seamless management of all robotic and wearable technologies.
The project runs from 2022-06-01 to 2026-05-31, meaning full validation of the 6 case studies will be completed by May 2026.
The consortium is heavily industry-driven with a 65% industry ratio, comprising 17 companies including 8 SMEs. Led by Acciona Construccion, the group spans 9 countries, ensuring that the developed robotics and AI tools are grounded in commercial reality rather than just academic research.
Contact Acciona Construccion SA regarding the BEEYONDERS project integration
Contact us to find the specific robotic or wearable solution from this consortium for your site.
