$ cat jobs/bridge-engineer-kpffconsultingengineers-0f7f539fec25.json
Bridge Engineer
KPFF, a multi-office, multi-discipline engineering firm, is committed to Excellence, Trust, Relationships, Stability, and Passion. For over 65 years KPFF has been providing creative solutions and excellent client service for a diverse range of projects and industries. Our 1,500+ professionals in 36 offices nationwide thrive in a decentralized structure, offering abundant flexibility and numerous opportunities for professional growth. At KPFF, join a legacy of excellence where every team member has the opportunity to contribute to innovative solutions and meaningful projects. To learn more about us and the projects we work on, visit our website at www.kpff.com . KPFF Seattle’s Civil/Structural Team is composed primarily of structural engineers who design and evaluate infrastructure that connects communities. Our work spans a wide range of bridge and heavy-civil projects, including highway and pedestrian bridges, retaining walls, structures that support fish passage, ferry terminals, piers, wharves, and structural inspections. We take pride in our collaborative approach to consulting, partnering with clients across the industry, from small local agencies, to state transportation departments, to architects and contractors. Our team contributes to projects that range from feasibility studies, to new construction, to rehabilitation, to retrofits, always with a focus on technical excellence, environmental stewardship, and community impact. Located in downtown Seattle, our Civil/Structural team is seeking an experienced Bridge Engineer with 4+ years of relevant experience. This role involves working on complex bridge projects from design through construction administration. The ideal candidate will have strong technical expertise, leadership capabilities, and a proactive approach to project coordination and client interaction. Design single and multi-span bridges using engineering software. Apply advanced seismic design and soil-structure interaction principles. Perform lo