KANSAS CITY, Mo. (September 1, 2022) — Architecture firm BNIM has promoted Jeremy Knoll to Director of Sustainability and Regenerative Design. Jeremy Knoll, AIA, LEED Fellow, SEED, EcoDistricts AP, is an Associate Principal at BNIM whose strategic leadership in green building systems and carbon reduction advances the firm’s sustainable and regenerative design practice.
BNIM has committed to reducing embodied carbon dioxide emissions on projects by 65% in 2030 and by 100% in 2040, and achieving 20% net positive in 2050.
CREATING A POSITIVE IMPACT ON HUMAN AND BUILDING PERFORMANCE
In his new role, Knoll will guide project teams across BNIM to create positive impacts for human and building performance, develop new research and industry resources, and empower staff, clients, and communities to take daily climate action.
Knoll has emerged as a proven thought leader in the sustainable design and construction movement throughout his 18 years of practice. He has served as an integral design team member on projects worldwide, guiding sustainability, building performance, and green building rating systems.
At BNIM, Jeremy has held a significant role on numerous high-performance projects and serves as a key leader of BNIM’s Sustainability Group. The Sustainability Group has contributed to BNIM’s national impact in sustainable design and implemented initiatives for a more organized and focused sustainable approach, notably BNIM’s first Sustainability Action Plan and annual sustainability report, Subject to Change. This work challenges the firm to improve tools, resources, and transparency in reporting and analysis of environmental impact across projects.
LEADERSHIP ROLES WITH USGBC, PUBLIC INTEREST AND CLIMATE ACTION GROUPS
Knoll has served as past-Board Chair of the Central Plains U.S. Green Building Council, Executive Board Member of Climate Action Kansas City, and Board Chair-elect of DesignCorps, the world leader of the Public Interest Design movement.
He is a licensed architect in Missouri and received his Master of Architecture from Kansas State University and Bachelor of Science in Architecture from Washington University in St. Louis. He is a SEED Professional, 2019 LEED Fellow, and BNIM’s most recent EcoDistricts Accredited Professional.
SUPPORTING BNIM'S GOALS FOR CARBON REDUCTION
“BNIM remains committed to elevating our knowledge, tools, and reporting to track our performance aligned with rigorous goals for embodied carbon reduction and meeting the AIA 2030 Challenge," said BNIM Principal Laura Lesniewski, FAIA, LEED AP, WELL AP. "The more we do this, the more we can create real change through our projects.
"Jeremy’s dedication as an environmental leader whose methodical and informative approach has been key in keeping BNIM on the trajectory to achieve these goals. Under Jeremy’s guidance as BNIM’s new Director of Sustainability and Regenerative Design, BNIM will continue to advance our work for climate action.”
ABOUT BNIM
BNIM’s core purpose “We deliver beautiful, integrated, living environments that inspire change and enhance the human condition.” The services we provide—architecture, interior design, landscape design, sustainability leadership and consulting, graphic design, and planning—are guided by this mission.
BNIM has been recognized with more than 500 awards for exceptional design and thought leadership, including the 2011 AIA National Architecture Firm Award. The firm has emerged nationally as a leading resource for established methodologies, innovative technologies, and cutting-edge research in architecture, planning, and landscape design.
Related Stories
| Oct 18, 2013
A picture’s worth a thousand words… if you can find it
Photographs are becoming more essential to project communication and documentation. Recently, I sat in a local airport integration project meeting in which the owner outlined their expectation for construction documentation. One of the first requirements was to provide photographs throughout the building process.
| Oct 18, 2013
Researchers discover tension-fusing properties of metal
When a group of MIT researchers recently discovered that stress can cause metal alloy to fuse rather than break apart, they assumed it must be a mistake. It wasn't. The surprising finding could lead to self-healing materials that repair early damage before it has a chance to spread.
| Oct 18, 2013
Call for submissions: AIA Emerging Professionals Summit essays
The American Institute of Architects (AIA) is seeking essays that will address what role architects will play in society in 2033.
| Oct 16, 2013
5 secrets of successful entrepreneurs
If you’re on the outside looking in, successful entrepreneurship may seem mysterious. But it isn’t. Here are five patterns of behavior that are common to successful entrepreneurs.
| Oct 15, 2013
High-rise Art Deco courthouse gets a makeover in Amarillo, Texas
Recognized as one of the most significant Art Deco courthouses in Texas, the Potter County Courthouse is modernized and restored to its 1930s aesthetic.
| Oct 10, 2013
Behind the scenes at the U40 Summit: See the $5,000 U40 Vision competition in progress [slideshow]
Sixty-five up-and-coming AEC leaders are battling for $5,000 in prizes today at BD+C's Under 40 Leadership Summit in San Francisco.
| Oct 10, 2013
Arthur Gensler to architects: Don't give away your ideas
The founder of Gensler advises dozens of up-and-coming AEC professionals at BD+C's Under 40 Leadership Summit in San Francisco.
| Oct 9, 2013
From power plant to office: Ambler Boiler House conversion
The shell of a 19th-century industrial plant is converted into three levels of modern office space.
| Oct 7, 2013
10 award-winning metal building projects
The FDNY Fireboat Firehouse in New York and the Cirrus Logic Building in Austin, Texas, are among nine projects named winners of the 2013 Chairman’s Award by the Metal Construction Association for outstanding design and construction.
| Oct 7, 2013
Progressive steel joist and metal decking design [AIA course]
This three-part course takes a building owner’s perspective on the range of cost and performance improvements that are possible when using a more design-analytical and collaborative approach to steel joist and metal decking construction.
