AE Works Ltd. (AE Works), an award-winning building design and consulting firm is excited to announce that WTW Architects, a national leader in higher education design, has joined the firm. This move brings together over 100 talented professionals. The acquisition is effective as of March 15, 2024.
AE Works is a top-ranked firm on the Architectural Record Top 300 that has delivered a diverse range of projects for leading commercial clients, research institutions, hospitals, and public agencies throughout the region and country. The addition of WTW Architects expands AE Works’ design leadership and presence in Pennsylvania and nationally.
Founded in Pittsburgh in 1959, WTW Architects has earned a reputation as a design leader in higher education, commercial, and healthcare projects. WTW Architects has worked on over 140 different college and university campuses to enhance student living and learning. This work includes significant projects at the University of North Dakota, Texas A&M, University of Nebraska–Lincoln, Penn State, University of Vermont, and Towson University.
AE Works Acquires WTW Architects
AE Works’ Founder, President & CEO, Michael Cherock, PE, shares, “We are excited to have WTW Architects join AE Works. WTW’s design leadership in delivering higher education facilities is now combined with our track record of work nationwide for leading businesses, research institutions, hospitals, and public agencies like the Department of Veterans Affairs, National Institutes of Health, CDC. This move is a key part of our strategic firm vision to diversify our experience regionally and nationwide.”
In its 16 plus years of being in business, AE Works has been on the Inc. 5000’s fastest growing companies list seven times—which puts them in the top 0.1% of all companies in the country. AE Works has grown consistently beyond its start-up years and has proven to be resilient throughout the recent pandemic and other industry challenges like the Great Recession. This move furthers the firm’s resilience and commitment to deliver excellence to clients with national reach, diverse market expertise, and wide range of building design and consulting services.
“We are excited to join a leading firm headquartered in our hometown of Pittsburgh. AE Works is focused on making building projects a better value for clients,” adds Larry Payne, AIA, President & CEO of WTW Architects. “Together, we will be able to do that better than ever. This is about providing clients and partners with the best value possible from an architecture firm and providing our staff more opportunities. United by tradition and innovation, I know we’ll continue to impact the architecture landscape in Pennsylvania and beyond.”
This strategic move isn't just about combining resources; it's about values, a strong vision for the future, and providing a great place to work for staff. Larry Payne has been appointed as Managing Principal and will serve on the AE Works’ firm management council. In collaboration with Michael Cherock and the leadership team, he will play a pivotal role in driving the growth and impact of the firm, both locally and on a broader scale.
AE Works and WTW Architects are jointly developing an integration strategy, aiming to synergize their strengths and further cement AE Works' position as an industry leader.
About AE Works
A top-ranked building design and consulting firm on the Architectural Record Top 300, AE Works has delivered over $1 billion of building projects for a diverse range of leading businesses, research institutions, hospitals, and public agencies. Leveraging the power of diverse services delivered by one team, AE Works makes building projects a better value. The firm is a certified B Corp, underscoring the company’s commitment to making a positive impact on employees, communities, and the environment. Services include architecture, interior design, engineering, and planning + project services. AE Works is headquartered in Pittsburgh, Pennsylvania with additional offices in State College, Pennsylvania, and Washington, DC. Learn more at aeworks.com
About WTW Architects
Headquartered in Pittsburgh, WTW Architects is an architecture, interior design, and planning firm with over sixty-five years of distinguished design experience. This experience is marked by over 50 recent awards across higher education, commercial, healthcare, and mixed-use development sectors. Renowned for its leadership in higher education facility design, WTW brings an impressive portfolio on over 140 college and university campuses, including the University of North Dakota, The University of Pittsburgh, The Pennsylvania State University, and the University of Miami. WTW is recognized nationwide as a thought leader in the programming, planning, and design of student life projects. The firm's impact extends to iconic Pittsburgh landmarks such as Acrisure Stadium, Fifth Avenue Place, and the University of Pittsburgh William Pitt Union. Learn more at wtwarchitects.com
Related Stories
Mass Timber | May 8, 2024
Portland's Timberview VIII mass timber multifamily development will offer more than 100 affordable units
An eight-story, 72,000-sf mass timber apartment building in Portland, Ore., topped out this winter and will soon offer over 100 affordable units. The structure is the tallest affordable housing mass timber building and the first Type IV-C affordable housing building in the city.
Architects | May 8, 2024
Ivan O’Garro, AIA joins LEO A DALY as a vice president
Integrated design firm LEO A DALY welcomes Ivan O’Garro, AIA, as a vice president and managing principal of its Atlanta studio.
K-12 Schools | May 7, 2024
World's first K-12 school to achieve both LEED for Schools Platinum and WELL Platinum
A new K-12 school in Washington, D.C., is the first school in the world to achieve both LEED for Schools Platinum and WELL Platinum, according to its architect, Perkins Eastman. The John Lewis Elementary School is also the first school in the District of Columbia designed to achieve net-zero energy (NZE).
Healthcare Facilities | May 6, 2024
Hospital construction costs for 2024
Data from Gordian breaks down the average cost per square foot for a three-story hospital across 10 U.S. cities.
Biophilic Design | May 6, 2024
The benefits of biophilic design in the built environment
Biophilic design in the built environment supports the health and wellbeing of individuals, as they spend most of their time indoors.
MFPRO+ Special Reports | May 6, 2024
Top 10 trends in affordable housing
Among affordable housing developers today, there’s one commonality tying projects together: uncertainty. AEC firms share their latest insights and philosophies on the future of affordable housing in BD+C's 2023 Multifamily Annual Report.
Retail Centers | May 3, 2024
Outside Las Vegas, two unused office buildings will be turned into an open-air retail development
In Henderson, Nev., a city roughly 15 miles southeast of Las Vegas, 100,000 sf of unused office space will be turned into an open-air retail development called The Cliff. The $30 million adaptive reuse development will convert the site’s two office buildings into a destination for retail stores, chef-driven restaurants, and community entertainment.
Codes and Standards | May 3, 2024
New York City considering bill to prevent building collapses
The New York City Council is considering a proposed law with the goal of preventing building collapses. The Billingsley Structural Integrity Act is a response to the collapse of 1915 Billingsley Terrace in the Bronx last December.
Architects | May 2, 2024
Emerging considerations in inclusive design
Design elements that consider a diverse population of users make lives better. When it comes to wayfinding, some factors will remain consistent—including accessibility and legibility.
K-12 Schools | Apr 30, 2024
Fully electric Oregon elementary school aims for resilience with microgrid design
The River Grove Elementary School in Oregon was designed for net-zero carbon and resiliency to seismic events, storms, and wildfire. The roughly 82,000-sf school in a Portland suburb will feature a microgrid—a small-scale power grid that operates independently from the area’s electric grid.
