What is BEEYONDERS?
A 4-year EU-funded project that united a consortium of technical experts with a shared mission: to enhance the capabilities, safety, and competitiveness of the European construction sector.
MISSION
When the project began in 2022, the European construction sector faced major challenges: labour shortages, an ageing workforce, and limited digital skills were reducing productivity and competitiveness.
BEEYONDERS stepped in with practical solutions. Inspired by Japan – a country that has been investing in AI and robotics since 2010 – the project aimed at transforming the sector while keeping workers at the centre.
Rather than simply upgrading machinery, BEEYONDERS has developed advanced technologies that change how people work in construction. The main objectives were to:
INTEGRATE ROBOTIC AND ARTIFICIAL INTELLIGENCE (AI) SOLUTIONS seamlessly into construction environments.
TRANSFORM THE SECTOR and make it more appealing to younger generations.
ENHANCE THE SAFETY AND WELL-BEING OF THE CONSTRUCTION WORKFORCE, ensuring full compliance with regulations.
PROMOTE INCLUSION by reducing physical and gender barriers, facilitating participation of women and people with disabilities in construction work.
INCREASE SUSTAINABILITY by improving resource efficiency and reducing waste and embodied and wasted CO₂.
STRENGTHEN EUROPE’S TECHNOLOGICAL INDEPENDENCE by reducing reliance on foreign technology imports.
TECHNOLOGIES
The project’s technical results are reflected in pioneering solutions developed and tested in real-world conditions, combining AI, automation, and human-centred design.
The solutions range from autonomous robotic vehicles to wearables and exoskeletons; all coordinated through a digital twin to ensure smooth integration and effective management. The cards below highlight the innovative tools and systems developed:
GROUND ROBOTICS & MAPPING TECHNOLOGIES
Autonomous and teleoperated ground vehicles support construction in tunnels, roads, and large infrastructure sites, taking on repetitive, hazardous, or high-precision tasks. Enhanced by mapping and perception software, they reduce risks and let workers focus on safer tasks.
UNMANNED AERIAL VEHICLES (UAVS)
UAVs scan, map, and monitor construction sites and natural areas, even in hard-to-reach conditions. With modular sensors and AI navigation, they deliver high-quality data to update digital twins, support 3D modelling, and improve project planning and monitoring efficiency.
3D PRINTED CAISSONS
BEEYONDERS uses advanced 3D concrete printing to produce sustainable marine structures and components, such as caissons. Fibre-reinforced concrete and optimised geometries enhance durability and provide habitats for marine life. Automated printing, on the other hand, reduces material waste, construction time, and cuts emissions.
WEARABLE & MONITORING SYSTEMS
Exoskeletons and smart wearables enhance worker safety and site management by monitoring movement, fatigue reduction, and environmental conditions. Embedded sensors and AI collect real-time data, enabling timely alerts and improving efficiency while reducing physical strain in demanding construction environments.
VIRTUAL REALITY TRAINING & SERIOUS GAMES
VR and serious games immerse construction workers in realistic, safe simulations of complex or hazardous situations. This innovative approach enhances hazard awareness, supports personalised training, and improves overall safety and preparedness on the worksite.
DIGITAL TWIN
The digital twin platform integrates IoT devices, autonomous machines, and construction site data into a unified system. AI-driven layers enable real-time monitoring, safety assessment, productivity tracking, and predictive geotechnics, providing workers and managers with actionable insights to optimise operations and improve well-being.
ACHIEVEMENTS
Tests carried out across several pilot sites in Europe highlighted clear advantages, including:
- The use of AI-driven machines enabled certain tasks to be performed autonomously or semi-autonomously under human supervision, reducing exposure to risks and making operations more efficient.
- The new technologies demonstrated a more sustainable approach than traditional methods, helping to lower the environmental impact of activities.
- A more efficient use of resources was observed, with a noticeable reduction in material waste.
- Workers responded positively to the innovations, recognising their potential to make the workplace safer and more inclusive.
OUR TEAM
FELLOW PROJECTS
BEEYONDERS, HumanTech, and RoBétArmé joined forces to create the Tech4EUconstruction cluster, which, over time, has grown with the addition of new members. Funded by the European Commission, the cluster develops and demonstrates innovative technologies to further digitalise and automate the European construction sector, to improve safety and make the industry more attractive for workers.
While BEEYONDERS is nearing its conclusion, the cluster remains active and open to new projects. Learn more about fellow initiatives by watching the presentation video, and follow #Tech4EUconstruction for the latest updates.