Bill Hellmuth, AIA, officially took over as HOK’s Chief Executive Officer on April 19, with longtime CEO Patrick MacLeamy, FAIA, moving to chairman as part of a planned succession process that the firm first announced Jan. 25.
Hellmuth, who is based in the firm’s Washington, D.C., studio, has been HOK’s president since 2005. The firm will be led by a design principal for the first time since 1990, when Gyo Obata stepped down to assume the role of chairman. Hellmuth brings insight on managing the creative process—balancing the art and the business to generate the best design solutions and most value for clients. He will continue in his role as HOK’s firm-wide president and design principal for projects in the Washington, D.C., area and worldwide.
“Design excellence will define our future,” said Hellmuth. “I joined HOK in 1991 for the opportunity to be part of a practice that had the opportunity to do the best design work of its time. We’re now creating design solutions that address some of the world’s greatest challenges. We’ll continue broadening the scope of our creativity and problem solving and using design thinking to strengthen our design culture. This will continue to attract the best people and clients to HOK.”
Read more about Bill Hellmuth and his vision for the future of HOK in this Q+A profile.
HOK has current projects in 75 countries, and it has designed major urban plans, buildings and interior environments. Current and recent projects include the 80-story Capital Market Authority Tower in Riyadh, Saudi Arabia; the Porsche Cars North America Experience Center and Headquarters in Atlanta; the Anaheim Regional Transportation Intermodal Center (ARTIC) in Anaheim, California; and Mercedes-Benz Stadium in Atlanta.
HOK is a global design, architecture, engineering and planning firm with 24 offices worldwide. DesignIntelligence consistently ranks HOK as a leader in sustainable, high-performance design and technology innovation.
Related Stories
| Jun 13, 2013
AIA partners with industry groups to launch $30,000 'Designing Recovery' design competition
The program will award a total of $30,000 to three winning designs, divided equally between three locations: Joplin, Mo., New Orleans, and New York.
| Jun 12, 2013
More than 90% of New York City schools have code violations
More than 90% of New York City schools have at least one outstanding building code violation. Loose wires, stuck doors and inadequate ventilation are just some of the problems.
| Jun 12, 2013
5 building projects that put the 'team' in teamwork
The winners of the 2013 Building Team Awards show that great buildings cannot be built without the successful collaboration of the Building Team.
| Jun 12, 2013
Sacred synergy achieves goals for religious education [2013 Building Team Award winner]
A renovation/addition project at Columbia Theological Seminary unites a historic residence hall with a modern classroom facility.
| Jun 12, 2013
‘Talking’ Braille maps help the visual impaired
Talking pen technology, combined with tactile maps, allows blind people to more easily make their way around BART stations in the Bay Area.
| Jun 11, 2013
Music/dance building supports sweet harmony [2013 Building Team Award winner]
A LEED Gold project enhances a busy Chicago neighborhood, meeting ambitious criteria for acoustical design and adaptability.
| Jun 11, 2013
Vertical urban campus fills a tall order [2013 Building Team Award winner]
Roosevelt University builds a 32-story tower to satisfy students’ needs for housing, instruction, and recreation.
| Jun 11, 2013
Building a better box: High-bay lab aims for net-zero [2013 Building Team Award winner]
Building Team cooperation and expertise help Georgia Tech create a LEED Platinum building for energy science.
| Jun 11, 2013
Finnish elevator technology could facilitate supertall building design
KONE Corporation has announced a new elevator technology that could make it possible for supertall buildings to reach new heights by eliminating several problems of existing elevator technology. The firm's new UltraRope hoisting system uses a rope with a carbon-fiber core and high-friction coating, rather than conventional steel rope.
| Jun 10, 2013
Lake Washington STEM school combines modular and site-built construction to meet ambitious schedule
When the Lake Washington School District outside Seattle needed a new high school built on an ambitious permitting and construction schedule of seven months, modular construction proved to be an ideal solution.