TaylorMade’s new Canada headquarters space, located in Woodbridge, Ont., recently completed construction. The 20,000-sf space includes the company’s corporate offices, a golf laboratory, and a product showroom. The golf laboratory and product showroom are both open to the public.
The public-facing spaces feature three golf performance labs, a putting green, and a workshop for custom-ordered TaylorMade products on-site. The interior space, of which Ware Malcomb was prime consultant providing interior architecture and design services and managed mechanical and electrical engineering consultant services, honors golf and its history in Canada. Many of the showrooms and meeting spaces were named after Canadian golf courses, Canadian TaylorMade Club professionals, and winners of PGA tournaments in Canada.
See Also: Facebook’s new Frank Gehry-designed Menlo Park HQ extension includes a massive green roof
“TaylorMade wanted an innovative facility that would provide an inspiring atmosphere for its employees, customers and partners alike,” said Frank Di Roma, Principal of Ware Malcomb’s Toronto office. “This new stand-alone facility reflects the core values of TaylorMade, as well as the sport of golf’s tremendous history and influence in Canada.”
Courtesy Ware Malcomb.
Related Stories
Office Buildings | Jan 26, 2015
Seattle gets a peek at Amazon’s latest plans for its downtown complex
The online retailer is seeking permits to build on a fourth city block that would include 835,200 sf of office space.
| Jan 14, 2015
10 change management practices that can ease workplace moves
No matter the level of complexity, workplace change can be a challenge for your client's employees. VOA's Angie Lee breaks down the process of moving offices as efficiently as possible, from creating a "change team" to hosting hard-hat tours.
| Jan 13, 2015
SOM-designed Broadgate Exchange House wins Twenty-five Year Award
Exchange House, an elegant 10-story office building that spans over the merging tracks of London’s Liverpool Street Station, is located in London’s Broadgate Development.
| Jan 9, 2015
10 surprising lessons Perkins+Will has learned about workplace projects
P+W's Janice Barnes shares some of most unexpected lessons from her firm's work on office design projects, including the importance of post-occupancy evaluations and having a cohesive transition strategy for workers.
| Jan 9, 2015
Technology and media tenants, not financial companies, fill up One World Trade Center
The financial sector has almost no presence in the new tower, with creative and media companies, such as magazine publisher Conde Nast, dominating the vast majority of leased space.
| Jan 8, 2015
The future of alternative work spaces: open-access markets, co-working, and in-between spaces
During the past five years, people have begun to actively seek out third places not just to get a day’s work done, but to develop businesses of a new kind and establish themselves as part of a real-time conversation of diverse entrepreneurs, writes Gensler's Shawn Gehle.
Smart Buildings | Jan 7, 2015
Best practices for urban infill development: Embrace the region's character, master the pedestrian experience
If an urban building isn’t grounded in the local region’s character, it will end up feeling generic and out-of-place. To do urban infill the right way, it’s essential to slow down and pay proper attention to the context of an urban environment, writes GS&P's Joe Bucher.
| Jan 6, 2015
Construction permits exceeded $2 billion in Minneapolis in 2014
Two major projects—a new stadium for the Minnesota Vikings NFL team and the city’s Downtown East redevelopment—accounted for about half of the total worth of the permits issued.
| Jan 2, 2015
Construction put in place enjoyed healthy gains in 2014
Construction consultant FMI foresees—with some caveats—continuing growth in the office, lodging, and manufacturing sectors. But funding uncertainties raise red flags in education and healthcare.
| Dec 28, 2014
Robots, drones, and printed buildings: The promise of automated construction
Building Teams across the globe are employing advanced robotics to simplify what is inherently a complex, messy process—construction.