Woolpert has acquired Sheehan Nagle Hartray Architects, a full-service architecture firm that specializes in mission critical and technically challenging projects, interior design and predesign services for commercial, civic and education clients. SNHA has offices in Chicago and London.
Principal Neil Sheehan said SNHA wanted to join a nimble, entrepreneurial culture with whom they could develop a visionary, global business strategy. He said in Woolpert, SNHA found transparency and knowledge-sharing across all levels, with clear aspirations for future growth, productivity and success.
“Woolpert shares our drive for design excellence and understands that innovation is evolutionary, while providing services that complement our own,” Sheehan said. “In addition, Woolpert’s geospatial and engineering capabilities underscore our expertise, allowing us to integrate emerging technologies like computational design, digital twins, reality capture, carbon tracking, and virtual and augmented reality.”
Woolpert Vice President and Buildings Sector Leader Suzette Stoler lauded the SNHA staff for their passion, integrity and advancement of next-level, sustainable design.
“We admire what SNHA has accomplished over the last 50 years and are thrilled that they are part of our Woolpert family,” Stoler said. “Together we will enhance our dynamic design culture across the globe, while providing meaningful and sustainable solutions for our clients and the industry.”
“In addition to industry leadership in data center design, SNHA marks another key milestone in our global expansion plan,” Woolpert CEO Scott Cattran said. “With existing Woolpert offices already in North America, Africa, Australia and Asia, SNHA expands our design excellence in Europe and extends our capabilities as a global company.”
AEC Advisors initiated this transaction and acted as a financial advisor to Sheehan Nagle Hartray Architects.
Related Stories
| Dec 8, 2014
How brick and mortar enables online retail
According to a shopping preferences study conducted by A.T. Kearney, as many as two-thirds of shoppers go to a physical store before or after making an online purchase, writes Gensler's Jill Nickels.
| Dec 8, 2014
The year’s boldest BIM/VDC themes
High-speed rendering software, custom APIs, virtual reality tools, and BIM workflow tips were among the hottest BIM/VDC topics in 2014.Â
| Dec 8, 2014
AEC firms upbeat about financial results, 2015 looking rosier [exclusive BD+C survey]
The market outlook is brighter for U.S. architecture, engineering, and construction companies, with a majority of AEC firms reporting higher revenues, strong forecasts, and sound financial health, according to BD+C's annual Market Forecast Survey.Â
| Dec 8, 2014
The global sanitation crisis leads to 2.5 million deaths every year
When we see the incredible technology being produced by global plumbing manufacturers, it’s hard to conceive why no viable technical solution to the global sanitation issue has come forth, writes BD+C's Robert Cassidy.
| Dec 8, 2014
Moshe Safdie wants to reinvent airports with Jewel Changi Airport addition
A new addition to Singapore's Changi Airport, designed by Moshe Safdie, will feature a waterfall and extensive indoor gardens.
| Dec 6, 2014
Future workplace designs shouldn’t need to favor one generation over another, says CBRE report
A new CBRE survey finds that what Millennials expect and need from offices doesn’t vary drastically from tenured employees.
| Dec 5, 2014
Plotting on the go: 3D-printed mechanical compass can print CAD drawings with high precision
Design student Ken Nakagaki has adapted a device to work with CAD software to replicate digital files on paper.
Sponsored | | Dec 5, 2014
New construction outlook report projects growth in 2015
A new 2015 construction outlook report predicts that total U.S. construction starts for 2015 will rise 9% to $612 billion. SPONSORED CONTENT
Sponsored | | Dec 5, 2014
Best practices for force transfer around openings
As wood-frame construction is continuously evolving, designers in many parts of the U.S. are optimizing design solutions that require the understanding of force transfer between elements in the lateral load-resisting system.Â
