Serving as president of Boudreau Engineering since 2002, Anne Boudreau is actively involved in every aspect of the company's operations, from overall management of the firm to daily project review. With three decades of experience working for global corporations, she provides exceptional depth of knowledge about the engineering industry which ranges from technical proficiency to building key client relationships, while maintaining a strong presence in a highly competitive industry. She has earned a highly respected reputation in the Atlanta business community based upon an unwavering work ethic and dedication to excellence.

With thirty-two years of executive-level expertise, Anne's highly adept, hands-on, and intelligent contribution to leading Boudreau Engineering continues to move the firm forward in its mission to exceed clients' expectations in every initiative and to serve clients with steadfast integrity and unwavering commitment to excellence.

Richard Boudreau, PE established Boudreau Engineering, Inc. in 1998 upon a foundation of successful involvement with research in cooperation with the Strategic Highway Research Program (SHRP, 1989-1993) and the Federal Highway Administration (FHWA, 1993-1998) as part of the Long Term Pavement Performance (LTPP) study. Boudreau Engineering's Laboratory specializes in resilient modulus testing of unbound materials (AASHTO T307-99). Established to compliment traditional geotechnical laboratories, Boudreau Engineering's laboratory capabilities are far ranging.

Boudreau began his multi-faceted career with vast experience that formed the basis for positioning him as one of the nation's foremost experts in pavement engineering. Receiving his Bachelor's of Science degree from Oregon State University (interning with the Oregon Department of Transportation), Boudreau joined JH Kleinfelder & Associates in 1985. Following a 2-year position as a staff engineer in San Francisco, Boudreau returned to Oregon State University to complete his Master's of Science Degree under the direction of Dr. Gary Hicks. His Thesis pertained to determining the moisture sensitivity of asphalt concrete using the resilient modulus test.

In 1989, Boudreau joined Law Engineering in Atlanta, and soon was elevated to a leadership/management role involved with several Strategic Highway Research Program (SHRP) projects. Gaining direct knowledge through his active participation with SHRP Protocol P-46 (Resilient Modulus of Unbound Base/Subbase Materials and Subgrade Soil), Boudreau was instrumental in aiding the materials expert task force responsible for the evolution of this procedure, whose main focus was a repeatable, practical and productive test. Through eight years of performance testing, the procedure was adopted by AASHTO as test method T-294, replacing it's predecessor T-274. The procedure evolved again to incorporate additional technical requirements and has been adopted currently as AASHTO T307.

Boudreau Engineering, Inc. was established in 1998 in order to focus specifically on design, evaluation, and materials characterization, utilizing the evolutionary mechanistic design procedures for pavement structures.