The Increasing Role Of The Augmented Architect

Augmented Architect

The art of building design and construction is one that has always been led by the technologies available at the time. Improvements to the materials, vehicles, tools and computers available have all had an enormous impact in pushing the boundaries of what it is possible to build.

Today, increased use of smartphones and the introduction of formalised mobile strategies are delivering a host of benefits at every stage of a building project’s lifecycle. Better communications channels, as well as instant access to data, maps and cameras all have numerous uses when it comes to architecture and construction.

Experimenting With AR

Augmented Reality (AR) is one such technology facilitated by mobile that is now delivering benefits for architects, construction workers, and even maintenance teams responsible for looking after buildings. Once maligned as a consumer proposition with limited commercial applications, AR is providing the building design and construction industries with tools that increase agility and mobility, while simultaneously reducing inefficiencies.

At the design stage, architects are using AR to generate 3D models from 2D plans that can also demonstrate the effect that wind and other factors will have on completed buildings. In addition, some AR platforms can isolate specific elements of an overall design, allowing for closer inspection and even full scale presentation.

Using AR in this way makes sense as it removes much of the time and resource involved with producing physical models and prototypes. It also helps to more naturally represent the intended appearance of a design – end users can now take a tour of a building before a brick has been laid, as AR overlays a virtual representation at the proposed site.

Using the technology in this way has obvious applications when it comes to building, as it helps communicate the complete vision to the wider team, ensuring everyone is on the same page and reducing the occurrence of issues, such as clashes. It can also be used in the planning stages when sourcing resident feedback or applying for planning permission.

Implementing AR

Many projects are using Quick Response (QR) codes, a type of barcode, as the reference point from which AR content is generated. They have been invaluable during the construction of the enormous, one million square foot Oakland Medical Centre Replacement Project in California.

At any stage during construction, on-site personnel can scan a QR code using a smartphone or tablet, instantly generating the latest 3D BIM model or laser scan of the space they are working on. This is especially useful for complex, long-running building projects like hospitals where plans can change multiple times during construction. Delivering this information to all relevant parties via QR code ensures everyone is on the same page and minimises disruption to schedules.

Swedish company XMReality has come up with a solution to ensure the correct expertise is on site at all times. It uses AR to allow remote experts to communicate directly with on-site personnel via a tablet or pair of video enabled glasses. The specialist can then provide real-time audio-visual guidance, with everything they refer to appearing in the on-site user’s field of vision. By deploying this kind of approach, company’s stand to reduce downtime and travel costs, while making more effective use of in-house expertise.

In the UK, the Crossrail project is also experimenting with AR. However, its approach does not rely on QR codes or cameras, using geolocation technology instead. Observing sites through a tablet allows personnel to view 3D models, including all of the pipes and wiring that are usually obscured by wall panels. They allow for future planning, enabling things like passenger flow to be modelled so that owners know what to expect once the project is complete.

Beyond The Build

This is not the only way AR promises to help once building has finished, with ongoing ops and maintenance particularly well placed to benefit. By incorporating QR codes and other reference points into building systems, AR can be used to provide instant access to equipment manuals and warranties, maintenance schedules, work histories, and architectural design plans – all useful resources for ongoing building maintenance.

Ultimately, AR stands to add an extra layer of intelligence to the entire process of designing, erecting and maintaining buildings. Today, we are only really starting to see the possibilities of what it can bring to the industry. As such, it is important for organisations to start thinking about how this type of technology might fit into their existing infrastructure.

With consumer propositions like Google Glass already in the marketplace, we can expect to see a range of site-ready solutions enter the industry in the near future. Businesses need to make sure they have the systems in place to properly integrate these technologies, as well as monitor their usage. Only then will they be able to ensure they are being used effectively and are delivering optimum ROI.

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Kenny Ingram is Global Industry Director for construction, contracting, engineering, infrastructure and shipbuilding at IFS. In addition he is heavily involved in other project and asset lifecycle industries including oil and gas, energy, utilities and defence. Kenny's main responsibilities are to promote the IFS solution to the external marketplace and to educate the IFS workforce on the business issues and challenges these industries face. He is also a key member of the IFS Product Direction Board who are responsible for making decisions on the IFS product strategy. Kenny has been with IFS for 16 years and has worked in the business systems marketplace for over 20 years. He is now regarded as one of the top specialists in Project Based Business systems and has been heavily involved in driving the IFS strategy in this area for the last 16 years. Prior to this Kenny worked in Industry in various positions covering Management & Project Accounting, Supply Chain and Logistics.