TL;DR:
- Danish project NHN integrates AI site monitoring software to improve work productivity and reduce costs.
- Imerso’s software platform combines BIM, reality capture, and AI technologies for streamlined supervision and inspections.
- Real-time monitoring of site status and work quality helps cut project risks and avoid expenses.
- Routine 3D scans capture accurate data analyzed by AI, enabling virtual site visits and early detection of work deviations.
- Imerso’s technology proves to be 15 times more efficient and achieves significant cost savings.
- The NHN project sets an example of successful AI implementation in the construction industry.
Main AI News:
A remarkable development is taking place in the construction industry, as the New Hospital Nordsjælland (NHN) project in North Zealand sets an example of cost reduction through the implementation of artificial intelligence (AI). Spearheaded by Swiss architect Herzog & de Meuron in collaboration with Danish architect Vilhelm Lauritzen and Swedish contractor NCC, this ambitious project has leveraged AI-powered site monitoring software from Imerso, a Norwegian start-up, to enhance work productivity and eliminate unnecessary expenses stemming from human error.
Imerso’s software platform integrates Building Information Modeling (BIM), reality capture, and AI technologies to streamline construction site supervision and quality inspections, all through a single user-friendly workflow. By providing real-time monitoring of site status and work quality, Imerso empowers construction companies to mitigate project risks and avoid costly setbacks. The company boasts the fastest and simplest 3D scanning workflow currently available, facilitating seamless monitoring of the project’s as-built status in relation to the BIM execution plan.
At each stage of the NHN construction, the team conducts routine 3D scans to capture highly-accurate data, which is subsequently automatically analyzed by the AI system. This innovative approach enables virtual site visits, allowing stakeholders to remotely analyze the actual progress through any browser and device, without the need for additional software downloads. Consequently, the system not only identifies work deviations at an early stage but also provides real-time progress tracking, effectively preventing potentially costly errors before they materialize.
Anders Kaas, the project leader of NHN, attests to the transformative impact of Imerso’s technology, stating, “Site supervision is mostly based on trade-specific topics with a narrow focus on predefined sample areas, traditionally based on printed drawings and tape ruler measurements. On a large hospital project like ours, this task is very time-consuming, with the high risk of critical items possibly being overlooked. Using Imerso to apply 3D scanning as a fast and less-biased method, both efficiency and the number of construction elements covered increased significantly.”
Although initially met with skepticism by the site team, Imerso’s technology has unequivocally proven its value. Kaas reveals, “After seeing the results and benefits, we now get weekly requests from all parties for new areas to explore with the technology.” Imerso asserts that its AI-powered solution is over 15 times more efficient in monitoring site status and ensuring the quality of completed works, all while utilizing less than 10% of the resources required by traditional methods.
According to NHN, employing traditional inspection methods would have taken the team over a year to achieve the same number of verifications of on-site installations that a few interns accomplished in just 65 days with Imerso. Furthermore, the project has already yielded significant cost savings equivalent to 2% of the total construction budget. This resounding success is a testament to the impact of cutting-edge technologies in the construction industry.
Frederico Valente, the founder and chief executive of Imerso, emphasizes the necessity for efficient mechanisms to ensure that planning tools like BIM are effectively executed. Valente states, “We see a growing investment into better planning tools and methods like BIM, but little going into efficient mechanisms to ensure those plans are actually carried out in reality.” Imerso is proud of its collaboration with NHN and commends Anders Kaas and his team for their unwavering commitment to quality and dedication to continuous improvement.
Conclusion:
The implementation of AI site monitoring software in the Danish Hospital Project marks a significant milestone in the construction industry. By leveraging Imerso’s innovative platform, the project achieves remarkable improvements in work productivity and cost reduction. The integration of BIM, reality capture, and AI technologies streamline site supervision and quality inspections, empowering construction companies to mitigate risks and avoid unnecessary expenses.
The use of routine 3D scans and real-time monitoring facilitates early detection of work deviations, ensuring timely corrective measures. This success story sets a precedent for the market, emphasizing the crucial role of AI-driven solutions in optimizing productivity, minimizing costs, and delivering exceptional outcomes in construction projects.
