Site Civil Engineer - Kiewit Infrastructure Engineers at Peter Kiewit Sons' in Bellevue, WA

Job description

Requisition ID: 182078 Job Level: Mid Level Home District/Group: Kiewit Infrastructure Engineers Department: Design Engineering Market: Transportation Employment Type: Full Time Position Overview Kiewit Infrastructure Engineering (KIE) is seeking a motivated Site Civil Engineer to join our growing Site Civil/Transportation Design Group in Bellevue, Washington. This position offers the opportunity to work on complex transportation, infrastructure, industrial, and site development projects across North America within Kiewit's integrated design-build environment. The successful candidate will contribute to site civil engineering design efforts including grading, drainage, utilities, roadway support, and site development. Working alongside experienced engineers and discipline leaders, this individual will develop technical expertise, collaborate across disciplines, and help deliver innovative and constructible solutions that support major infrastructure projects. This role is well-suited for engineers who enjoy solving challenging design problems, working closely with construction teams, and advancing toward increased project leadership responsibilities. District Overview 2025 ENR National Contractor Rankings #1 for Transportation and #3 Top 100 design build firms Kiewit Infrastructure Engineering seamlessly transitions solutions from design to construction through the collaborative efforts of Design Engineering, Design Management, Proposals, Estimating, and Integrated Project Controls. Our construction-focused engineering approach involves a multidisciplinary team working together to maximize value for clients by improving schedules, controlling costs, and minimizing risk on infrastructure projects. This integrated strategy emphasizes collaboration and constructability throughout the project lifecycle, enabling us identify and implement quality solutions with a strong safety focus. Clients benefit from Kiewit’s proven processes and tools, which minimize project risk. As an in-house resource, we support projects across the company, in all major markets, sharing to experiences, innovative concepts, and best practices. Kiewit’s management and implementation of this process result in safe, cost-effective, and innovative designs that exceed client expectations and uphold Kiewit’s legacy of excellence. At Kiewit, we believe in building more than just structures – we build relationships, strengthen communities, and expand workforce capacity. We don't just build projects; we build careers. With top-notch health benefits, a wealth-building 401k plan (RRSP), and unbeatable growth opportunities, we are deeply invested in the future of our employees. Join us at Kiewit, where we go beyond construction to develop the ultimate road to success. Location This position is based out of our office in Bellevue, WA location and includes travel opportunities to project offices and work sites. This position may be eligible for a hybrid work schedule based on location and the candidate’s experience and qualifications. Responsibilities Technical Design Prepare site civil engineering designs for transportation, commercial, industrial, and infrastructure projects. Develop grading, drainage, utility, erosion control, and site layout plans. Perform engineering calculations, quantity takeoffs, and technical analyses. Develop and maintain design models using Civil 3D, OpenRoads, MicroStation, AutoCAD, and related design software. Support development of construction plans, specifications, and engineering reports. Assist with utility coordination and multidisciplinary design integration. Participate in constructability reviews and support incorporation of contractor means and methods into design solutions. Apply applicable design standards, agency requirements, and company procedures throughout project development. Lead preliminary design concepts and alternatives to support estimating, pursuit strategy, and project planning. Promote and implement data‑driven des