Seattle, WA and Cambridge, MA, March 15, 2010 - NBBJ, a global architecture and design firm, and Chan Krieger Sieniewicz, internationally-known for urban design and architecture excellence, announced today a merger of the two firms that will create an integrated team of over 700 architects, urban designers, planners and interior designers. The Chan Krieger Sieniewicz team, including its five principals, will continue in their current roles. As part of the transition to the NBBJ name, the Cambridge office will operate as Chan Krieger NBBJ.
More than three years of collaboration as the design team behind the new 530,000 square-foot Building for the Third Century at Massachusetts General Hospital (MGH) led to a growing interest by principals in both firms to establish a more formal and far-reaching alliance. "We were initially brought together with NBBJ when MGH suggested we team up and combine what the client saw as complementary abilities," said Alex Krieger, Founding Principal of Chan Krieger Sieniewicz and Professor at the Harvard Graduate School of Design. "As we worked with our colleagues at NBBJ, we realized we shared the same values and studio culture, only on a different scale."
Scott Wyatt, Managing Partner of NBBJ, said "Since that introduction three years ago, we learned a lot about each other and came to realize the value we could provide to clients by combining the strengths of both organizations. NBBJ is known for our deep market experience in healthcare, education, corporate and commercial design. Chan Krieger Sieniewicz is known in Boston and internationally for its world-class depth in architecture and urban design. Integrating this experience advances what we can together offer clients, particularly on complex urban projects in the U.S. and overseas."
The merger gives NBBJ, which already operates a project office in Boston, a larger presence in New England. The Seattle-based firm has offices in several U.S. cities, including Columbus, Los Angeles, New York, San Francisco and Seattle. Overseas offices include London, Beijing, Shanghai and Dubai.
Recognition of both firms' work includes numerous AIA design awards, awards in national and international design competitions, Progressive Architecture awards and top sustainable, real estate and business awards.
"We are excited about merging our practice with NBBJ, and see it as simply an ideal match of corresponding skills and personalities," said Larry Chan, Founding Principal of Chan Krieger Sieniewicz and president of the Boston Society of Architects. "The expertise clients are seeking today requires a deep reserve of problem-solving experience. This collaboration allows us to deliver on that need, and to work going forward with the best talent in the industry to advance the strong personal relationships we've built."
About Chan Krieger Sieniewicz - Founded in 1984, Chan Krieger Sieniewicz is built on its ability to cross the disciplines of architecture, urban design, and public space planning. It is widely regarded for its distinctive combination of pragmatic methodology, scholarship, and civic vision. CKS's work is primarily for the public, educational, and institutional sectors, particularly on projects that engage complex settings. For more information, visit www.chankrieger.com
About NBBJ - Founded in 1943, NBBJ is a global architecture, planning and design firm that helps companies and organizations create innovative places. NBBJ's client roster includes Fortune 500 companies, leading public and civic organizations worldwide and US News & World Report top hospitals. Together, NBBJ's design teams and clients have designed communities, buildings, and environments that enhance people's lives, improve businesses' bottom lines and contribute to a more sustainable and livable world. The firm consistently ranks among the country's top ten and the world's top 20 largest architectural firms. For more information, visit www.nbbj.com.
Related Stories
| Aug 9, 2022
5 Lean principles of design-build
Simply put, lean is the practice of creating more value with fewer resources.
| Aug 9, 2022
Designing healthy learning environments
Studies confirm healthy environments can improve learning outcomes and student success.
Legislation | Aug 8, 2022
Inflation Reduction Act includes over $5 billion for low carbon procurement
The Inflation Reduction Act of 2022, recently passed by the U.S. Senate, sets aside over $5 billion for low carbon procurement in the built environment.
| Aug 8, 2022
Mass timber and net zero design for higher education and lab buildings
When sourced from sustainably managed forests, the use of wood as a replacement for concrete and steel on larger scale construction projects has myriad economic and environmental benefits that have been thoroughly outlined in everything from academic journals to the pages of Newsweek.
AEC Tech | Aug 8, 2022
The technology balancing act
As our world reopens from COVID isolation, we are entering back into undefined territory – a form of hybrid existence.
Legislation | Aug 5, 2022
D.C. City Council moves to require net-zero construction by 2026
The Washington, D.C. City Council unanimously passed legislation that would require all new buildings and substantial renovations in D.C. to be net-zero construction by 2026.
Cultural Facilities | Aug 5, 2022
A time and a place: Telling American stories through architecture
As the United States enters the year 2026, it will commence celebrating a cycle of Sestercentennials, or 250th anniversaries, of historic and cultural events across the land.
Sponsored | | Aug 4, 2022
Brighter vistas: Next-gen tools drive sustainability toward net zero line
New technologies, innovations, and tools are opening doors for building teams interested in better and more socially responsible design.
| Aug 4, 2022
Newer materials for green, resilient building complicate insurance underwriting
Insurers can’t look to years of testing on emerging technology to assess risk.
Sustainability | Aug 4, 2022
To reduce disease and fight climate change, design buildings that breathe
Healthy air quality in buildings improves cognitive function and combats the spread of disease, but its implications for carbon reduction are perhaps the most important benefit.