Senior Structural Engineer - Equiptment Engineering

Position Overview

Kiewit Infrastructure Engineering (KIE) is seeking a highly experienced Senior Structural Engineer specializing in temporary works, heavy lift, and heavy haul rigging engineering. This role provides senior-level technical expertise in the design, analysis, testing, and implementation of engineered lifting and hauling systems used in the construction of power plants, including advanced nuclear facilities. The position requires a licensed Professional Engineer (PE) who can lead complex engineering efforts, collaborate effectively with construction operations, and ensure safe, efficient, and compliant execution of field activities.

Kiewit Infrastructure Engineering's Design Build Management team are driving clients to turn to Kiewit during all stages of design-build projects to manage their multi-disciplined design teams to improve schedule, control costs, and minimize risk. Our construction-driven engineers analyze root causes and resolve design issues before they impact schedule and budget. Particularly on large design-build projects, clients benefit from the proven processes and tools used by Kiewit to minimize project risk.

We are an in-house resource that supports projects throughout the company. Our staff shares experiences gained, innovative concepts, and design best practices for all projects that we support.

Our participation leads to safe, cost effective, and innovative designs that achieve client expectations and further Kiewit’s legacy of excellence.

On our team, you’ll have the opportunity to see more, touch more, and do more than you ever imagined. Working hard will not only bring you satisfaction from a job well done, but it will help propel your career forward faster than you might expect. We will train you, develop your skills, and allow you to take on projects that impact millions across North America.

With top-notch health benefits, a wealth-building 401k plan, and unbeatable growth opportunities, by joining Kiewit, you’re ensuring a lifetime of success

Primary office location:
The Woodlands, TX with the ability to have a hybrid schedule. This role requires occasional travel to project sites, fabrication yards, or testing locations (approximately 1–2 times per month). Field conditions may involve exposure to active construction environments, heavy equipment, and variable weather.

• Lead the design and structural analysis of temporary works systems, including shoring, falsework, lifting frames, rigging assemblies, heavy-haul components, and other engineered construction means and methods.
• Coordinate closely with construction operations, field engineers, and project teams to ensure constructability, safety, and alignment with project execution strategies.
• Management of projects including design, fabrication, and testing of rigging products.
• Oversee development of layouts, specifications, and procedures for testing heavy lift and heavy haul components.
• Provide peer reviews, design checks, and technical oversight for temporary works and rigging designs completed by others.
• Support bid-phase and early design-stage efforts by identifying solutions, construction sequencing considerations, and risk mitigation strategies.
• Mentor and guide junior engineers in structural analysis, rigging engineering, and Kiewit temporary works practices.
• Stamp and seal engineering packages within professional licensure limits and Kiewit engineering procedures.
• Ensure deliverables meet client and project specifications

• Bachelor’s degree in Civil, Structural, or Mechanical Engineering (or related discipline).
• Licensed Professional Engineer (PE) in at least one U.S. state, with ability to obtain additional licensure as needed.
• Minimum 15 years of relevant engineering experience, with strong background in temporary works, heavy lift/heavy haul engineering, or complex structural design.
• Proficiency with structural analysis software and engineering drafting/modeling tools (AutoCAD, Revit).
• Strong understanding of construction methods, field execution constraints, rigging fundamentals, and engineered lifting best practices.
• Excellent communication and…