Civil Structural Engineer

James Fisher Technologies•Loveland, CO

1d•Hybrid

About The Position

James Fisher Technologies (JFT) is a reputable provider of remote solutions, specialty engineering, and technical services for applications within hazardous environments or with high integrity requirements. As a ground-breaking and rapidly expanding company, our highly trained staff and enduring heritage enable us to provide solutions to the most demanding operational and technical challenges faced by our customers. Our goal is to recruit and retain the finest staff. We achieve this by providing a gratifying experience that demands, supports, and rewards the highest performance. Everyone at JFT has the chance to forge their own career in an environment that values initiative, persistence, respect, curiosity, and passion. JFT offers some work from home flexibility, but candidates must be within commuting distance to the office. The anticipated closing date for this posting is 5/31/26 and applications will be reviewed on a rolling basis. The Civil/Structural Engineer is responsible for performing structural engineering design, analysis and documentation in support of engineered systems, equipment, and facilities developed by James Fisher Technologies. This role contributes to the development of structural solutions that support project requirements, regulatory compliance, and safe operation within nuclear, industrial, and government environments. Working as part of a multidisciplinary engineering team, the Civil Structural Engineer develops structural calculations, specifications, and design documentation while coordinating with mechanical, systems, and project engineers to ensure structural elements are effectively integrated into overall project designs. The role also supports design reviews, technical evaluations, and engineering deliverables throughout the project lifecycle.

Requirements

Bachelor's degree in Civil or Structural Engineering or a related field.
Professional Engineer license or ability to obtain.
Minimum 5+ years of structural engineering experience, with a focus on structural analysis, seismic loading of concrete and steel structures.
Knowledge of drawing principles and standards, including geometric dimensioning and tolerancing.
Knowledge of structural design codes and engineering standards.
Strong technical writing and documentation skills.
Strong problem-solving and analytical skills.
Ability to work effectively in a multidisciplinary engineering environment.
Ability to work in a fast-paced environment and handle multiple projects and project objectives simultaneously.

Nice To Haves

Conversant with nuclear design and manufacturing procedures.
Working knowledge of manufacturing tooling and equipment under ISO 9001 or NQA-1 Quality Assurance Programs.
Ability to work independently.
Strong communication and collaboration skills for cross-functional teamwork.
Knowledge of applying relevant EH&S to legislation.
Possess basic business acumen and commercial awareness.

Responsibilities

Perform structural design and analysis of steel structures, equipment supports, lifting structures, concrete structures, foundations, and anchorage systems.
Ensure compliance with appropriate codes and standards (AISC, ACI, ASCE, ASME, NQA-1).
Perform analysis using hand calculations and engineering analysis software such as: RISA, STAAD, ANSYS, SAP2000.
Evaluate loads including dead, live, seismic, wind, thermal, and equipment loads.
Contribute to the development of analysis reports, technical documentation, and DOE deliverables.
Review design documents and customer specifications for constructability.
Participates in all phases of engineering design projects, from conceptual design through test and commissioning.
Collaborate with multidisciplinary teams to inform design decisions with actionable analysis outputs.
Author and check calculation packages for support structures.
Utilize bounding assumptions to simplify the analysis.
Utilize judgment to minimize the number of load cases required.
Advanced solid modeling: Autodesk Inventor to create parametric solid models for analysis for Engineering drawings and design packages.
Participate in 30%, 60%, 90%, and 100% design reviews.
Analyze production methods and systems to identify opportunities for cost reduction, automation, and optimization.