The U.S. General Services Administration (GSA) has named Charles (Chuck) Hardy as GSA’s next Chief Architect, effective August 14, 2022.
A licensed architect, workplace strategist, and certified construction manager, Hardy’s career with GSA spans more than 31 years, beginning in GSA’s Great Lakes Region as an architect and project manager. He has since spent time in a variety of leadership positions in the Great Lakes Region and GSA’s Central Office in Washington, DC, including as Director of Design and Construction, and most recently, as GSA’s Acting Chief Architect.
As Chief Architect, Hardy will serve as a Senior Advisor to GSA Administrator Robin Carnahan, as well as to Public Buildings Service (PBS) Commissioner Nina Albert, on all matters related to federal architecture and design for GSA’s capital construction program. Additionally, his role will include administering GSA’s Design Excellence, historic preservation, and art-in-architecture programs.
“GSA’s Chief Architect is one of the most influential architectural roles in Government, and we are thrilled to have Chuck serve in this position,” said PBS Commissioner Nina Albert. “He brings the leadership and vision necessary to deliver on GSA’s mission of providing high-quality buildings and effective, sustainable workplaces to Federal agencies at the best value for the American taxpayer.”
Prior to joining GSA, Hardy was a practicing architect with firms in Florida, Colorado, and Illinois. He earned his professional degrees in architecture and environmental design from the University of Minnesota and holds certificates from the Harvard Graduate School of Design and The University of Texas McCombs School of Business. Hardy is also a retired officer of the U.S. Air Force, where he served as an intelligence officer.
Related Stories
Museums | Apr 27, 2015
Finalists’ designs for Guggenheim Helsinki competition released
A custom-developed App engages an international public in the selection process.
Wood | Apr 26, 2015
Building wood towers: How high is up for timber structures?
The recent push for larger and taller wood structures may seem like an architectural fad. But Building Teams around the world are starting to use more large-scale structural wood systems.
Museums | Apr 23, 2015
Moshe Safdie unveils pentagonal scheme for National Medal of Honor Museum
The new museum near Charleston, S.C., will archive the history of the nation's highest military honorees.
Green | Apr 23, 2015
3 sustainable projects take top prize in 2015 Global Holcim Awards
Projects from Colombia, Sri Lanka, and the U.S. were chosen by the Holcim Foundation for the impact the projects have on their local communities.
High-rise Construction | Apr 23, 2015
Size matters in NYC, where several projects vie for the city’s tallest building honor
The latest renderings of 217 West 57th Street show a tower that would rise higher than the World Trade Center’s pinnacle, when elevations are included.
Multifamily Housing | Apr 22, 2015
Condo developers covet churches for conversions
Former churches, many of which are sitting on prime urban real estate, are being converted into libraries, restaurants, and with greater frequency condominiums.
High-rise Construction | Apr 22, 2015
Architects propose sustainable ‘vertical city’ in the Sahara
Designers aim to make the 1,476-foot tower sustainable, relying on rainwater collection, solar power, and geothermal energy.
Architects | Apr 22, 2015
Architecture Billings Index accelerates in March
For the second consecutive month, the Architecture Billings Index indicated a modest increase in design activity in March.
Green | Apr 22, 2015
AIA Committee on the Environment recognizes Top 10 Green Projects
Seattle's Bullitt Center and the University Center at The New School are among AIA's top 10 green buildings for 2015.
Museums | Apr 22, 2015
Check out Ralph Johnson's stunning nature-inspired Shanghai museum
The newly opened Shanghai Natural History Museum, designed by Perkins+Will’s Global Design Director Ralph Johnson, mimics the shape of a nautilus shell, and features natural elements throughout.