Hey there, building visionaries! In this edition of Geek Lens, we'll explore how AR and VR are enhancing the way we design and build structures. From immersive design experiences to real-time problem-solving on the job site, these technologies are paving the way for a smarter and safer construction industry.
Let’s take a closer look at how AR and VR are reshaping the construction industry from the ground up!
"Picture yourself navigating a virtual model of your future office building, tweaking the layout and comparing different design choices in real time. How might this revolutionize your planning process?"
AR allows project stakeholders to superimpose digital models on to the real world, providing a clear and interactive preview of the project before any construction begins. This feature is invaluable for spotting potential issues early in the planning phase, thus reducing costly mistakes and rework.
Skanska, a global construction firm, has successfully implemented AR tools like Trimble Connect AR and Spectar by RedDot for quality assurance and control on a tech campus in Everett, Washington. When integrated with BIM models, these tools help visualize and interact in real time. Graham Condit, Director of Emerging Tech at Skanska, highlighted how these technologies improve project planning, scoping, and quality control by identifying potential issues before construction begins.
“Imagine an engineer in New York instantly addressing a problem on a construction site in Tokyo through an AR headset. How much time and resources could this save?”
AR and VR help remote teams seamlessly collaborate in real-time from different locations. On-site workers can use AR headsets to share their perspective with off-site experts, enabling the latter to provide detailed guidance and support as though they were physically present. This type of collaboration ensures that everyone stays aligned, reducing the risk of misunderstandings and significantly enhancing overall project efficiency.
HoloBuilder helps construction teams track progress by creating and sharing 360° site images with AR overlays. It works seamlessly with tools like Autodesk BIM 360, Revit, and Procore, as well as platforms like Microsoft Teams, making it easy to share updates with the team and stakeholders without visiting the site. Companies like AECOM and Brasfield & Gorrie use it to streamline project planning and collaboration.
“Envision a project manager using AR to visualize the entire construction timeline and identify potential delays before they occur. How could this proactive approach improve project outcomes?”
Project management in construction involves juggling multiple tasks and stakeholders. AR can provide real-time data overlays, giving project managers instant access to critical information such as project timelines, material inventories, and progress updates. This real-time insight allows for more proactive management and quicker resolution of issues.
Bentley Systems' SYNCHRO integrates AR/VR with 4D/5D modeling to enhance project management in construction. It allows engineers to detect issues early, improving decision-making and collaboration. SYNCHRO Cost and SYNCHRO Perform provide real-time cost and performance tracking. Companies like The Lane Construction Corporation benefit from SYNCHRO by gaining real-time access to critical project data, enabling forward-thinking decision-making and more reliable planning for success.
“Envision training new workers using VR simulations that mirror real-world construction site scenarios. How would this impact their readiness and confidence on the job?”
VR simulations offer a secure and controlled setting for training workers on intricate and dangerous tasks. These simulations can replicate real-world scenarios, allowing workers to practice and hone their skills without the risk of injury. AR can also be used on-site to highlight potential hazards and guide workers through complex procedures, further reducing the risk of accidents.
Caterpillar Inc., a global leader in construction and mining equipment, faced the challenge of safely training new equipment operators. To address this, they introduced Virtual Reality (VR) training modules that simulate real-world equipment operation. These modules allow operators to practice handling machinery, identify hazards, and respond to emergencies in a controlled virtual environment.
• High Implementation Costs: Significant initial investment for hardware, software, and training.
• Technical Limitations: Evolving technology with compatibility and connectivity issues.
• Data Security and Privacy Concerns: Ensuring data security and privacy is crucial.
• Integration with Existing Systems: Complex integration with current workflows and software.
As AR and VR reshape the construction landscape, companies must weigh the investment against the transformative outcomes. Enhanced visualization, real-time communication, and improved training are just the beginning. Continuous advancements in these technologies will not only help build smarter structures but also foster smarter business models.
