Each new year presents a wave of new technologies innovating both design and construction. From goggles that alter 3D models to smart building materials that can regenerate themselves, the AEC industry is constantly being exposed to transformational innovations. As technology companies continue to offer up ways to revolutionize design and construction, in many instances, they'll find complacent AEC service providers. This scenario leads us to believe our industry is ripe for disruption. BuildingTech Insider identifies the key reasons why the construction industry is ripe for disruption.
Building large complex structures is a very expensive and time-consuming undertaking. The construction industry is making great strides due to emerging technologies allowing technical professionals to gather data, automate processes, and build structures with greater precision and speed. From an executive's point of view, it's important to identify the tools that work well with company business practices and offer the most favorable cost-to-benefit ratio. BuildingTech Insider offers an executive's perspective on the innovations in construction that deserve sincere consideration.
The titans of the tech industry have been warning the public of their growing concern of robotic intelligence, i.e. machine learning. They say these systems will become so sophisticated that they could phase humans out of labor industries. Intelligent machines are becoming more reactive to a wide range of variables on the job site and reducing project costs to the extent that the role of field personnel is changing. Some speculate the blue-collar worker is at risk while others predict that their role will change.
A solid foundation for implementation will yield companywide results.
At a time of fierce competition, the distance between technical promise and genuine achievement is a matter of special concern. Faced with their regular duties, Managers experience great difficulty in closing this gap. The key challenges for managers responsible for implementing new technology include: an inescapable dual role, the range of technologies that need to be supported, resistance to change, the right degree of incentives, and the need for one person to take overall responsibility. This post offers up 10 Quick Tips For Implementing a New Construction Technology.
Topics: Construction Technology
The drones are coming! Yes, they are making their way to your jobsite if they have not already arrived. Why? They provide invaluable perspective. These unmanned aircraft systems allow builders to more effectively study jobsite conditions enabling time and money savings. More importantly, the drone can operate with various degrees of autonomy to capture jobsite viewpoints previously inaccessible. The presence of jobsite drones is a game changer.
Drones can outperform humans in number of ways. First and foremost, they can fly. Beyond that very fundamental fact, drones capture invaluable information for project manager dissemination, allowing for a greater level of oversight. Rather than comparing the drones to humans, the following discusses how the drones can effectively serve a project from start to finish.
Everyone seems to have a 2017 Hot Tech List. I thought it would be great to follow up with on our own take on what will be top-of-mind this year. First, let’s consider the big industry picture, there are A LOT of construction technologies allowing builders to communicate in real time with project stakeholders. Communication is not just through a phone call; it can be through image-sharing, document-sharing or quick text messages via smart phone or tablet. Builders no longer have to wait to report activity at the end of the day or until they have the next team meeting to report updates. There is a tremendous shift taking place.
The other day, I read an article from Construction Dive reporting data from the National Insurance Crime Bureau stating “…the construction industry loses up to $1 billion annually in heavy equipment theft…that does not even account for smaller tools stolen from job sites every day.” When I think about the amount of people, materials, and equipment moving in and out of any one given project, I cannot help but think there are technology solutions to this problem.
Most of our readers will agree, virtual design and construction (VDC) is revolutionizing construction practices. Add laser scanning to your toolbox and you have a job site game changer. This post discusss how you can solve project’s challenges by utilizing laser scanning on the job site.
What is laser scanning? Laser scanning is controlled deflection of laser beams in an existing space. It captures almost every visible component of a space - every wall, every door, every window, and every nook and cranny is measured in a space. Whatever you can see, the scanner discovers it, measures it, and transfers the information into a virtual model with precision. The information provides a reliable foundation for modeling and can serve as an as-built model for an active or completed project.
As embark upon a new year, many of us our thinking about how to innovate operational practices. For Rudolph and and Sletten, investing in a new construction technology requires careful consideration. There needs to be an internal dialog about how the technology will directly benefit the company. Expected efficiencies, cost savings, data capture and reporting are all areas that need to be discussed. In addition, there needs to be an overlying discussion on how adoption will keep the company relevant, innovative as well as how to accommodate adoption. This post aims to help other companies by sharing the key questions that should be answered prior to investing in a new technology.
Augmented Reality (AR) continues to refine and enhance the way jobsite teams work. The benefits of this technology are felt throughout design and construction phases. In this post, we concentrate on utilizing AR during the physical construction phase. Field teams are using AR to overlay project drawings, models, or images onto a physical space. Computer-generated input allows for visual comparison, real-time collaboration, and onsite problem solving. Simply put, AR enables visualization of design as it relates to physical construction environment.