What are the most effective AR simulation use cases in construction?

Exactly the same use cases but by expanding the use by implementing the prediction models, we can make a significant improvement in medical. In current trend, the use of AR/VR in medical is not accurate but it is achievable.

AR visualization aids sustainability by enabling informed decisions on materials and designs in a virtual environment. Decision-makers can evaluate the impact of recyclable, renewable, and eco-friendly options before actual implementation, ensuring sustainable construction choices are made early in the planning process.

We've utilized AR tools as measurement tools, allowing us to find square footage area and estimate quantities for tiles, colors, and more. This capability enables us to negotiate deals faster and more efficiently.

AR can be a great asset in architectural planning .Augmenting the cad design can be great to preplan various implementation aspects in a collaborative manner .this could potentially predict or nudge towards possible complexities that may arise in the future and help plan for the same .

Virtual reality (VR) simulations offer numerous benefits in the field of construction, including: 1. **Training and Safety**: VR simulations can provide immersive training experiences for construction workers, allowing them to practice tasks in a safe virtual environment before executing them on-site. This helps in reducing accidents and ensuring compliance with safety protocols. 2. **Design Visualization**: Architects, engineers, and clients can use VR simulations to visualize building designs in three dimensions, enabling them to better understand spatial relationships and identify potential issues before construction begins.

AR traning for Workplace Safety: - Immersive, hands-on training in AR for better understanding of safety protocols. - AR displays warnings near hazardous areas or equipment. - AR systems detect and alert workers of unsafe practices. - Instant access to safety guidelines through AR devices. - Remote experts can provide real-time guidance through AR AR enhances workplace safety by providing immersive training, visual warnings, real-time monitoring, on-demand safety information, and remote expert assistance, reducing accidents and promoting a safety culture.

AR transforms the training and education landscape for construction workers, particularly in high-skill, safety-critical, or efficiency-focused tasks. Through AR simulations, workers can engage in realistic practice scenarios without the risks associated with actual equipment or live environments. Whether it's operating a crane, welding, or installing a solar panel, AR offers step-by-step guidance, instant feedback, and performance assessment. Beyond training, AR serves as an on-the-job aid, allowing workers to access vital information and instructions in real-time, ensuring they stay updated and skilled as they carry out their tasks.

Augmented Reality has been already used to train workers about safety procedures, as well as other complex processes, with the huge benefit (compared to VR) of receiving consistent information in their operational context. This highlights a crucial benefit of AR: information overlayed on real contexts gets memorized better by leveraging our spatial cognitive capabilities, and information gets retained and gets linked to the real space, persisting on it even after the end of the AR training.

From health and safety, to the actual training of remote technicians on various machines and robots through the collaborative approaches all over the world - Augmented Reality can do it all. It really depends on your initial commitment to the technology for your business or workplace. The immersive usage of training and safety modules enforces the good practices for the new employees or early adopters of a new piece of equipment. The development of such applications (proprietary/system/mobile) can be done in-house by hiring a contract-based AR Developer for a small amount of time (6 months to 3 years depending on the scale of project) which gives the freedom of company specific custom training module.

One of the best use cases of AR glasses in an industrial setting is remote expert support where a worker can see a digital twin model of complex machinery for reference and work on a physical unit simultaneously. A remote expert can see the video feed from the glass and guide the end user by updating the digital twin model by extruding components, highlighting or pointing specific parts, etc. There is a significant business cost saved by avoiding flying in an expert to various work sites. Also, as older generations with vast domain knowledge retire, this kind of AR glass-based training can help workers retrain quickly.

Using AR to overlay Building Information Modeling (BIM) can significantly aid in accurately pinpointing areas for repair or maintenance, ultimately saving time and money. This technology allows for precise visualization of the building's infrastructure, making it easier for maintenance teams to identify and address issues without the need for extensive manual inspections.

In construction, AR (Augmented Reality) measurement tools are utilized to enhance accuracy and efficiency. These tools overlay digital information, such as dimensions and specifications, onto the real-world construction environment. This aids workers in accurately positioning elements, verifying measurements, and ensuring that components align with the project's plans. AR measurement can streamline tasks like layout and inspections, contributing to improved precision during the construction process.

In my humble opinion the inspection and maintenance is one of the best way to utilise the Augmented Reality in the types of workplace where human life is at risk while performing these tasks. Whether we consider the quarterly inspection of wind turbines, under-water inspection in oil refineries or even nuclear decommissioning. The task can be accomplished by stationing depth-camera, of course the terrain and will decide the installation considerations and the sensor specifications but that camera can used to livestream the point-cloud of the machinery and the inspection can be done in real time over the AR enabled headset.

Consumers often need contractors to provide them quotes for help needed related to plumbing, and electrical at their homes. Regular maintenance tasks. Often a remote AR-based phone App can help measure distances, 3D scan the work site location, and provide other information via a remote video call. This prevents the contractor from charging the homeowner for travel expenses before a quote and often provides a thorough estimate of the job. We have used similar tools to help provide AR-based guidance to triage home router issues where a home owner runs into installation problems for fiber at home or fixed wireless broadband connectivity.

AR simulation offers a significant advantage in the construction sector for tasks like inspection and maintenance. It enables inspectors and maintenance personnel to quickly and accurately identify issues like cracks, leaks, or corrosion. By utilizing AR devices, they can superimpose crucial data like measurements, specs, or guides directly onto the physical structures, streamlining the comparison with standard or expected conditions. AR not only aids in pinpointing the most effective repair strategies and walking users through the procedures but also enhances the documentation process, allowing the capture and storage of augmented reality visuals for reporting and record-keeping.

AR is becoming a very helpful tool for Sales and Marketing in real estate . Some of the ways could be AR advertising campaigns, AR in brochures and flyers , Furniture placement and Interiors design to let clients take an informed decisions and Site planning and Development Visualizations .

Desde mi experiencia esto es una de las aplicaciones más prácticas de esta tecnología. Los desarrollos inmobiliarios suelen ya incluir en sus materiales de venta, renders, planos y recorridos virtuales que bien optimizados pueden ser un excelente insumo para visualizarlos en AR. Además, los medios en los que podemos desplegarlos son muchos, desde filtros de instagram, expericias web ar hasta aplicaciones dedicadas.

AR is revolutionizing the marketing and sales aspect of construction projects by enabling potential buyers or investors to visualize and experience proposed buildings or structures before they're built. Through AR devices, stakeholders can immerse themselves in 3D models, personalizing aspects like color schemes, layouts, or furnishings to suit their tastes or requirements. This interactive experience allows users to see changes in real-time, like how a building appears across seasons or at various times of the day. Additionally, AR provides immediate access to important details—prices, features, benefits—right within the immersive experience, aiding in more informed decision-making.

We had the opportunity to share with sales professionals how using AR increase the ability to see the potencial growth of a company. It can be use in many different ways, to promote a new campaign, to innovate, to generate a competitive difference.

In e-commerce, AR for marketing and sales allows customers to preview products virtually, improving the shopping experience and potentially boosting sales conversions. This approach can also help in reducing product returns by giving a clearer product understanding.

Training can play a critical role here, too. Tools like Squint are using AI and AR to guide you like an expert trainer, helping you do your best work anytime, anywhere. In empowering workers with the right knowledge at the right time, and building their confidence, they'll feel more prepared in serious situations where safety and compliance are critical.

Safety in construction can definitely be elevated with use of AR simulation These Sims can be used to better train the workers about many safety features and compliance. AR can prempt certain hazardous situations and caution the workers, also AR can be used to share key data for better communication.

AR boosts safety and compliance in construction, enabling workers and managers to visualize best practices and regulations on-site. With AR devices, they can overlay critical safety information, like warnings and rules, directly onto their environment, identifying hazards instantly. It also assists in monitoring site conditions and facilitates better team communication by sharing real-time AR content, ensuring a safer, more compliant workspace.

On-site safety and correct operational procedures can be followed and trained for in a low impact way with AR head sets . There is also the emergence of QR code led stock management overlayed in AR for quantity surveying and site plan tracking through existing BIM CAD and inventories cleverly integrated for site managers

Digital transfer of knowledge is a very important business strategy, but it can me a challenge for the employees, so it is priceless to provide learning spaces that guarantee, the success of a training process in control environments such as simulations.

To amplify the article, I searched for some real-world examples to share more insight about: For instance, a large construction company was tasked with building a complex mechanical, electrical, and plumbing system for a high-rise building. They implemented an AR solution that overlaid the BIM model onto the real-life construction site. This allowed them to identify a major clash between a critical electrical conduit and a ventilation duct before any physical construction began. This saved them weeks of work, a ton of money, and, potentially a major headache later in the project.

Especially for long linear structures, the comparison between 3d models and real construction sites provided helpful warnings about potentially dangerous deviations (not yet discovered by engineers) that could have led to catastrophic errors. These types of comparisons would become more and more accessible and affordable to perform with solid AR devices and software.

Some amazing work being done by Nick Bruscia and the University at Buffalo Architecture Grads using AR guides for installing complex frameworks and component assemblies in the field. Mitigates mistakes and as-built deviations. Fantastic to see in person.

It is complicated to have AR systems in ecosystems that are integrated with different type of people. Communication is very important in any project at any phase of development.