Dewberry is a leading, market-facing firm with a proven history of providing professional services to a wide variety of public- and private-sector clients. Recognized for combining unsurpassed commitment to client service with deep subject matter expertise, Dewberry is dedicated to solving clients' most complex challenges and transforming their communities. Established in 1956, Dewberry is headquartered in Fairfax, Virginia, with more than 50 locations and 2,000+ professionals nationwide.
Our commitment to excellence begins with employing the industry's most talented, driven, and dedicated professionals. We embrace an inclusive environment by valuing all individuals and their many diverse backgrounds. As a result, we are better able to deliver high quality services to our clients, create competitive advantages, and drive market leadership. Whether an experienced professional or a new graduate, our employees have the chance to collaborate with exceptional colleagues, contribute to interesting and highly visible projects, advance their career goals, and take part in projects that transform communities.
To learn more, visit www.dewberry.com.
Mission:
Dewberry is a nationwide firm of planning, design, and construction professionals. We create responsible and innovative solutions for those who own, operate, and maintain natural and built environments. We value lasting relationships, achieving our clients’ visions, and celebrating in their success.
Vision:
Create value for our clients.
Improve our communities.
Empower our employees.
Expand our reach.
-
Industry
-
Engineering Services
-
Company size
-
1,001-5,000 employees
-
Headquarters
-
Fairfax, Virginia
-
Type
-
Privately Held
-
Founded
-
1956
-
Specialties
-
Architects, Engineers, Consultants, architecture, interior design, asset management, construction, disaster recovery, environmental, geospatial, land planning, MEP, civil engineering, surveying, telecommunications, transportation, water engineering, sustainability, structural engineering, climate change, and resilience