GUEST BLOG: Kaan Aydogmus, founder of multi-disciplinary design agency Magnetic London.
The days of pencil sketches and paper plans are long in the past. Traditional design and construction methods have been replaced by smart computer-aided design and virtual 3D models.
And since the advent of Building Information Management (BIM), the construction industry has been constantly searching for new ways to enhance and improve how we approach the design, building and management of a project.
In recent years, augmented reality has entered this space, and some firms have already reaped the benefits of incorporating this intelligent tech into their work.
Augmented reality bridges the gap between print and digital. Two-dimensional designs can be transformed into interactive 3D models simply by scanning a drawing, label or image with a smartphone or tablet loaded with an augmented reality app.
Unlike virtual reality, which is a far more complex and expensive technology requiring a headset, augmented reality has a much wider scope for use in everyday activities and business. It is a flexible technology that can be adapted to an infinite number of tasks. And thanks to widespread smartphone use and increasingly advanced mobile software, it’s available to almost everyone.
Augmented reality has a place in all aspects of construction. It can help architects communicate their plans, guide construction workers through the building process and allow clients to see the real-time progress of a project. AR can completely change the way we engage with the design and completion of a project by allowing users to conceptualise and interpret designs in a new way.
Augmented reality apps can bring 2D blueprints ‘to life’. When scanned with a smartphone, you could view a 3D digital overlay, showing exactly how a space should look in the real-life surrounding environment.
360-degree visuals can help architects effectively communicate their design ideas. Many people find it difficult to digest 2D plans – 3D renderings are much easier to understand as users can see how all the elements come together. Blueprints often only make sense to the architect who knows how to interpret them.
Augmented reality goes hand-in-hand with BIM, taking these information-rich virtual models and superimposing them onto the real world, in real time, when users hold up their smartphone.
Safety is a primary concern during construction. Augmented signs could be placed throughout a construction site which, when scanned, could take users through safety procedures.
In recent years The Institute for Systems Biology employed augmented reality to manage the renovation of their new headquarters, completed in 2011.
Builders placed augmented signs throughout the building which, when scanned, provided 3D renderings of the various design elements and showed where different building components should be installed.
Augmented reality was also used for the construction of the new Kaiser Permanente Oakland Medical Centre – one of the largest implementations of this technology for a US construction project. Markers were placed on the doorjamb of each room, allowing architects and contractors to immerse themselves in a full-size virtual model of each space.
This simple use of augmented reality quickly delivered up-to-date information on the project’s progression, eliminating the need for workers to run back and forth from their computer, saving a huge amount of time.
The implementation of augmented reality to aid the management of construction projects, from planning to completion, is still in the early stages.
Therefore, there are still some limitations to the technology. Smartphones and tablets are not as intelligent as a desktop computer, therefore augmented reality apps must work within certain parameters. For example, this means complex architectural models, which contain huge amounts of information such as lighting and finishing details, must be simplified.
The use of augmented reality in the construction industry has a long way to go and applications require further development before mainstream adoption of this technology. Yet even in it’s infancy, augmented reality has proven to be a useful tool and presents a significant opportunity for the future of the construction industry.
The fastening solutions roofing installers and contractors choose can make a lot of difference post-COVID, explains Martyn Holloway, Business Development Manager – Flat Roof at SFS.Posted in Articles, Building Industry News, Building Products & Structures, Building Services, Building Systems, Case Studies, Innovations & New Products, Restoration & Refurbishment, Retrofit & Renovation, Roofs, Sustainability & Energy Efficiency
The Automatic Door Suppliers Association (ADSA) is sponsoring a prestigious award highlighting the best in electronic product design and innovation at the AI Specification Awards 2022.Posted in Architectural Ironmongery, Articles, Awards, Building Associations & Institutes, Building Industry Events, Building Industry News, Building Products & Structures, Doors, Information Technology, Innovations & New Products, Posts, Security and Fire Protection
Simon Fielden, Sales Director at SFS UK, explores the role of the building envelope in increasing thermal resistance and reducing energy consumption.Posted in Articles, Building Industry News, Building Products & Structures, Building Services, Building Systems, Cladding, Facades, Restoration & Refurbishment, Sustainability & Energy Efficiency, Walls
Delta Membranes’ Managing Director, Kevin Dodds was approached to offer advice and guidance on a failed waterproofing system. This article explores that more…Posted in Articles, Building Industry News, Building Products & Structures, Building Services, Case Studies, Damp & Waterproofing, Facility Management & Building Services, Membranes, Posts, Restoration & Refurbishment, Retrofit & Renovation, Walls