The construction industry has always been slow to use technology, as Nick knows well from trying to market his mini-computer-based Construction Accounting System in the 1970s. While acceptance may still be slow, uses of technology in the industry are proliferating:
- 3D technology is being used to build entire structures – homes. and even multi-story buildings. (Charities are using the technology to build homes and schools in impoverished areas,)
- 4D technology is able to create electrical circuits.
- Robots have been used for spot and arc welding since the 1960s, but now robots are able to lay bricks faster than a bricklayer journeyman, paint high walls, and saw wood to specifications.
- Robots will be used to store and transfer material on job sites.
- Drones are being used to improve safety by flying around job sites, identifying problems.
- Robots are acting as security guards.
- Swarms of drones are being used to transfer material in high-rise construction. (So, without buckets on pulleys, the classic request for sick leave will make no sense for future generations.)
The impact on jobs will be substantial. An issue for the industry and its unions is that, with lower-level jobs (such as laborers) being eliminated, and much of the support work for any journeyman automated, the whole apprenticeship process will need to be re-thought.
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Eventually, nearly every job on a construction site could be completed faster and safer with robots (Robotics - 2019-05 - Technology.org)
Robots are being used on construction sites for laying sheet piles, using 3D-printing to lay concrete or manipulate steel, laying bricks, and demolition.
Using blockchain to eliminate business process waste in construction projects may save 5+% (Blockchain - 2019-04 - CoinBase)
A World Economic Forum report indicates that, by eliminating transactional costs associated with fragmented supply chains, blockchain drives value by simplifying processes and providing greater transparency. This will lead to greater trust and collaboration in construction projects.
There will soon be a whole community of ultra-low-cost 3D-printed homes (Homebuilding/Additive Manufacturing - 2019-03 - Fast Company)
The “Vulcan II,” a massive, 33×11 ft machine can 3D-print the concrete frame of a small house in less than a day. Adding a conventional roof, windows, and utilities can be completed a day later. It will be printing a neighborhood of >50 homes in 2019.
Big Area Additive Manufacturing technology can rapidly manufacture molds suitable for precast concrete manufacturing (Concrete/Additive Manufacturing - 2019-03 - Technology.org)
Researchers at the Department of Energy’s Oak Ridge National Laboratory are using Big Area Additive Manufacturing (‘BAAM’) technology to manufacture molds suitable for precast concrete manufacturing. The molds use carbon fiber reinforced acrylonitrile butadiene styrene (ABS), a common thermoplastic compounded with chopped carbon fibers. Each mold takes up to 19 hours to make. A Brooklyn tower is the first building to use the molds.
People will be living in 3D-printed homes in 2019 (Construction/Homebuilding - 2018-12 - Architectural Digest)
The most amazing 3D-printing projects of 2018 (Construction - 2018-12 - MIT Technology Review)
The first 3D-printed steel bridge has been completed (Construction - 2018-10 - MIT Technology Review)
This Japanese robot contractor can install drywall (Construction - 2018-10 - The Verge)
US Marine Corps Systems Command used a 3D printer to construct a concrete barracks measuring 500 sq ft in 40 hours (Construction/Buildings - 2018-09 - New Atlas)
Netherlands building world's first habitable 3D printed houses and cycle bridges (Construction/Home Building - 2018-06 - The Guardian)
AI-powered drones increase efficiency, reduce cost, spotting problems humans might miss (Construction - 2018-06 - TechRepublic)
Japanese companies are using robots to help build skyscrapers (Robotics/High-rises - 2018-04 - MIT Technology Review)
Japanese companies are using robots in the construction of skyscrapers to weld beams, move supplies, and install ceiling panels. This only represents about 1% of the total labour.