Linda Figg, a 1981 civil engineering graduate and president and CEO of FIGG Bridge Engineers, was recognized as a Woman of Distinction by Auburn’s Women’s Resource Center this February for her many professional and civic accomplishments. Figg has established new bridge technologies that are invaluable to the long-term viability of our nation’s infrastructure and has pioneered a unique program that involves members of the community in selecting aesthetic features for local bridge projects. With construction values totaling $10 billion, FIGG bridges have been completed, are under construction or are being designed in 38 states. She seeks to share her engineering knowledge and consideration for others by volunteering, along with many other FIGG team members, for Habitat for Humanity, as well as several other organizations. Figg serves on the board of directors of the Construction Industry Round Table, an advocacy group comprised of 100 CEOs of America’s leading engineering, architecture and construction companies. She is a former board member of the American Road and Transportation Builders Association and serves on the executive committee of the American Segmental Bridge Institute. She is also a member of the Auburn Alumni Engineering Council.
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AUBURN ENGINEERING NEWS
- ICAMS takes first place at SEC Machining Competition November 20, 2024Auburn University’s Interdisciplinary Center for Advanced Manufacturing Systems (ICAMS) recently clinched first place in the 3rd Annual Project MFG SEC Machining Competition, held at Mississippi State University.
- NCAT welcomes new inductees to Wall of Honor November 20, 2024Three influential leaders were inducted into the Wall of Honor for their contributions to Auburn University’s National Center for Asphalt Technology, enhancing its impact in the asphalt industry.
- Senior computer science and software engineering student programs independent AI robotic arm for everyday use November 19, 2024Carson Bulgin, a computer science and artificial engineering senior, is at the forefront of artificial intelligence (AI) programming for assistive robots. He is developing software that enables a robotic arm to function without explicit supervision and human feedback.