Augmented reality at Sweco strengthens digitalisation in engineering and architecture
Augmented reality (AR) is rapidly becoming a key building block within Sweco’s digital strategy. While digitalisation has long focused on data and models, AR brings this information directly into the physical world. This leads to better insights, faster decision-making and greater predictability in projects.
In a context where projects are becoming increasingly complex and margins are under pressure, AR helps make design choices more tangible and reduces risks at an early stage. It aligns perfectly with Sweco’s strategic ambition to use digital technology to strengthen expertise rather than as an end in itself.
What is augmented reality and why is it relevant?
Augmented reality is a technology that overlays digital 3D models onto the real-world environment. Unlike virtual reality, users remain in the physical world while digital information is displayed through a device such as a tablet or AR headset.
At Sweco, tablets are currently the primary tool. Through the camera & lidar, the real environment is displayed in real time and combined with the digital design. This makes it possible not only to view a project, but to truly understand it within its future context.
For engineering and architecture, this represents a major step forward. Designs are no longer analysed in an abstract way, but directly tested against reality.
AR on site: better control and reduced risk
One of the most tangible applications of augmented reality at Sweco can be found in construction management. On site, teams can project the digital model onto the existing situation and immediately compare it with the actual execution. This allows deviations to be detected more quickly and issues to be recorded instantly. The information is automatically integrated into reporting and follow-up, improving overall project management efficiency. This approach ensures that errors are not discovered afterwards, but addressed during execution. The result is less rework, lower costs and higher quality.
Fast setup through ACC compatibility and connectivity
Another important advantage is the compatibility of this solution with Sweco’s Autodesk Construction Cloud (ACC) environment. Since AR can connect directly with the digital models and project data already available in ACC, implementation can be organised relatively quickly. This makes adoption easier and helps teams integrate augmented reality smoothly into existing workflows, coordination and on-site validation.
Added value in brownfield engineering
Augmented reality also offers strong advantages in existing environments, where space is limited and complexity is high. In brownfield projects, it is often difficult to assess how new interventions will relate to the existing situation. With AR, engineers can stand on site and view the new design at real scale. This makes it easier to detect spatial conflicts and evaluate whether a solution is technically feasible. This approach helps avoid errors already in the design phase and increases project reliability before execution even begins.
Concrete value for clients
For clients, augmented reality primarily brings greater certainty and transparency throughout the entire project. By experiencing designs visually and on location, decision-making becomes easier and expectations can be aligned more accurately.
Clients gain a clear view of the final result before construction starts. This reduces the risk of misinterpretation and limits changes during the project. At the same time, decision-making is accelerated, as complex technical challenges are made visual and understandable.
In addition, AR contributes to better project control. Issues are identified earlier, reducing delays and additional costs. The result is a more efficient process, higher quality and a more predictable outcome.
Applicable across buildings, infrastructure and industry
The use of augmented reality within Sweco is broad and continues to expand across sectors. In buildings, AR supports the verification of technical installations and system integration. In infrastructure projects, it enhances the visualisation of complex structures. In industrial environments, AR makes it possible to assess new installations within existing production processes.
Although the technology still depends on the quality of 3D models and the surrounding context, early applications clearly demonstrate its added value across a wide range of projects.
Efficiency gains and quality improvement in projects
The application of augmented reality at Sweco not only improves insight, but also leads to clear efficiency gains in the project process. By detecting deviations earlier and taking immediate action, time-consuming corrections afterwards are avoided.
At the same time, AR provides a strong boost in quality. Continuous validation of designs against reality increases execution accuracy and improves the reliability of the final result. Project teams work with greater confidence, strengthening overall project quality.
This combination of efficiency and quality makes AR a valuable element within Sweco’s ongoing digitalisation.
From data to decision power
Augmented reality fits within Sweco’s broader digitalisation vision, where data is transformed into actionable insight. By placing digital models directly into reality, a new way of working emerges in which information is understood and validated more quickly.
This strengthens collaboration between teams and improves communication with clients and stakeholders. Decisions become more transparent and better substantiated.
AR as the next step in digital engineering
The first applications of augmented reality at Sweco show that the technology is ready to evolve into a standard working tool. What started as an innovation is becoming a practical solution that delivers daily value to projects.
By further integrating AR into processes and projects, Sweco strengthens its position as a digital leader in engineering and architecture. The combination of human expertise and smart technology results in better designs, more efficient execution and more sustainable outcomes.
