flexiblefullpage -
billboard - default
interstitial1 - interstitial
catfish1 - bottom
Currently Reading

Modular construction can deliver projects 50% faster

Building Tech

Modular construction can deliver projects 50% faster

A new McKinsey report says factory-built could be next big shift in the industry.


By Peter Fabris, Contributing Editor | June 26, 2019
A new McKinsey report says factory-built modular construction could be next big shift in the industry.

Modular carries a potential cost savings of up to 20%, but there is a risk of up to a 10% loss if delivery or material costs spike, the report says.

Modular construction can deliver projects 20% to 50% faster than traditional methods and drastically reshape how buildings are delivered, according to a new report from McKinsey & Co.

Modular carries a potential cost savings of up to 20%, but there is a risk of up to a 10% loss if delivery or material costs spike, the report says. The global market is primed for the sweeping change that factory-built construction offers.  

To realize all of modular’s benefits, the building team must choose the right design and right materials as well as overcome challenges in design, manufacturing, technology, logistics and assembly; and take advantage of locations where they can achieve scale and repetition. Public sector owners and regulatory agencies are well positioned to drive the industry toward modular. 

Up to now, prefab home building has achieved a sustainable foothold in only a few places, including Japan and Scandinavia, the report adds. That may change as labor shortages become more acute and the industry adopts new, lighter-weight materials and digital technologies that enhance design capabilities and variability, improve precision and productivity in manufacturing, and facilitate logistics for the construction of prefab homes.

 

 

Related Stories

Great Solutions | Jun 6, 2017

Good vibrations: Portable tuned mass damper provides lightweight, cost-effective way to reduce structural vibrations

Developed by a team at Virginia Tech, the PTMD has been shown to reduce vibrations by as much as 75%.

Building Tech | Feb 23, 2017

Designing an inclusive, automated city

How can cities of the near future put an emphasis on equality while also reaping the abundant benefits of technological progress?

Sponsored | | Jan 31, 2017

From devastation to hope in Haiti

GF Construction, led by Charles and Jerry Fombrun, designed an industrial manufacturing development in Haiti that spans one million square feet, providing both a bank and a medical facility for employees, and housing for staff.

Game Changers | Jan 19, 2017

Piezoelectric hits the road

GTRI recently got the OK from the Georgia Department of Transportation to test embedded PZ material supplied by Tencate in a stretch of road and rest stop surfaces at West Point, Ga.

Building Tech | Nov 9, 2016

Dubai to Abu Dhabi in 12 minutes: A hyperloop from Hyperloop One and BIG could make it possible

The pods can reach speeds of up to 1,100 kilometers per hour.

Building Tech | Aug 26, 2016

NBBJ’s Goldilocks sensor technology can help employees find a workspace that is just right

The technology measures light levels, humidity and temperature, motion, and sound.

Cultural Facilities | Aug 1, 2016

A retractable canopy at Hudson Yards will transform into a large performing and gallery space

The Shed could become the permanent home for New York’s Fashion Week event.

Building Tech | Jul 14, 2016

Delegates attending political conventions shouldn’t need to ask ‘Can you hear me now?’

Each venue is equipped with DAS technology that extends the building’s wireless coverage.

Sponsored | AEC Tech | Jun 9, 2016

With all these sharks in the water… (No Predictions Here...Part 2)

Rather than fighting to control the proliferation of apps, perhaps we should be training our eyes to look for signs of long-term viability among all the fins in the water

Building Materials | Jun 1, 2016

MIT study: Microscopic structure of natural materials can inspire better concrete

Bones and sea sponges are highly organized at the molecular level, while concrete consists of random composites.

boombox1 - default
boombox2 -
native1 -

More In Category

Codes and Standards

Updated document details methods of testing fenestration for exterior walls

The Fenestration and Glazing Industry Alliance (FGIA) updated a document serving a recommended practice for determining test methodology for laboratory and field testing of exterior wall systems. The document pertains to products covered by an AAMA standard such as curtain walls, storefronts, window walls, and sloped glazing. AAMA 501-24, Methods of Test for Exterior Walls was last updated in 2015. 




halfpage1 -

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021