This week, the Ford Motor Company announced that it has teamed up with SmithGroupJJR to centralize its 60-year-old Dearborn, Mich., plant. The company said that it will rebuild 7.5 million sf of work space over a 10-year period, which will shift 30,000 employees from 70 buildings now into two primary locations.
The company will integrate green features and technology into the design. The layout will be walkable, with paths, trails, and covered walkways. Meanwhile, the campus will be able to handle autonomous vehicles, on-demand shuttles, and eBikes. The wireless speeds will be up to 10 times faster than they are now. A new 700,000-sf Design Center will be the highlight of the campus.
Ford said the renovated plant will better serve it during its transition into becoming both an auto and a mobility company. While designing, producing, and marketing automobiles like cars, trucks, and SUVs will be the primary business driver, Ford will also push Ford Smart Mobility, which will focus on connectivity, mobility, and autonomous vehicles.
“As we transition to an auto and a mobility company, we’re investing in our people and the tools they use to deliver our vision,” Ford President and CEO Mark Fields said in a statement. “Bringing our teams together in an open, collaborative environment will make our employees’ lives better, speed decision-making and deliver results for both our core and emerging businesses.”
Related Stories
| Nov 8, 2013
S+T buildings embrace 'no excuses' approach to green labs
Some science-design experts once believed high levels of sustainability would be possible only for low-intensity labs in temperate zones. But recent projects prove otherwise.
| Nov 6, 2013
Energy-efficiency measures paying off for commercial building owners, says BOMA study
The commercial real estate industry’s ongoing focus on energy efficiency has resulted in a downward trend in total operating expenses (3.9 percent drop, on average), according to BOMA's Experience Exchange Report.
| Oct 30, 2013
11 hot BIM/VDC topics for 2013
If you like to geek out on building information modeling and virtual design and construction, you should enjoy this overview of the top BIM/VDC topics.
| Oct 28, 2013
Urban growth doesn’t have to destroy nature—it can work with it
Our collective desire to live in cities has never been stronger. According to the World Health Organization, 60% of the world’s population will live in a city by 2030. As urban populations swell, what people demand from their cities is evolving.
| Oct 18, 2013
Meet the winners of BD+C's $5,000 Vision U40 Competition
Fifteen teams competed last week in the first annual Vision U40 Competition at BD+C's Under 40 Leadership Summit in San Francisco. Here are the five winning teams, including the $3,000 grand prize honorees.
| Oct 18, 2013
Researchers discover tension-fusing properties of metal
When a group of MIT researchers recently discovered that stress can cause metal alloy to fuse rather than break apart, they assumed it must be a mistake. It wasn't. The surprising finding could lead to self-healing materials that repair early damage before it has a chance to spread.
| Oct 7, 2013
10 award-winning metal building projects
The FDNY Fireboat Firehouse in New York and the Cirrus Logic Building in Austin, Texas, are among nine projects named winners of the 2013 Chairman’s Award by the Metal Construction Association for outstanding design and construction.
| Sep 24, 2013
8 grand green roofs (and walls)
A dramatic interior green wall at Drexel University and a massive, 4.4-acre vegetated roof at the Kauffman Performing Arts Center in Kansas City are among the projects honored in the 2013 Green Roof and Wall Awards of Excellence.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Sep 19, 2013
6 emerging energy-management glazing technologies
Phase-change materials, electrochromic glass, and building-integrated PVs are among the breakthrough glazing technologies that are taking energy performance to a new level.
