Civil, Structural & Process Engineering · Role - Structural Engineers
Structural Engineering Talent for Buildings, Bridges, and Industrial Facilities
Structural engineers size and detail the load-bearing systems that keep buildings, bridges, and industrial facilities standing under design loads. Underqualified structural hires produce designs that fail peer review or, worse, inspection.
Discipline map
Where structural engineers sit in Civil, Structural & Process Engineering
This role sits beneath a broader discipline hub, alongside related specializations.
Role overview
What structural engineers do
Structural engineers analyze and design the load-bearing systems for buildings, bridges, industrial facilities, and, in some sectors, offshore structures. Their work covers gravity, seismic, and wind load analysis, foundation design, and connection detailing, all of which must hold up under independent peer review and, eventually, code inspection.
This is one of the more credential-gated disciplines we recruit: stamped structural work requires a PE, and in many states a separate Structural Engineer (SE) license for larger or more complex structures. We verify licensure status directly rather than relying on a resume claim, and we confirm which structure types - buildings, bridges, or industrial - a candidate has actually designed, since the codes and failure modes differ across each.
Scope of work
Core responsibilities
We screen against these responsibilities directly rather than against job-title history.
- Perform gravity, seismic, and wind load analysis
- Design structural steel, concrete, and foundation systems
- Detail connections and prepare structural calculation packages
- Support structural peer review and code compliance submittals
- Evaluate existing structures for retrofit or load rating
- Coordinate structural design with civil, mechanical, and architectural teams
Screening criteria
Skills and credentials we verify
Technical skills
- STAAD.Pro
- SAP2000
- RISA
- RAM Structural System
- Revit Structure
- Seismic and wind load analysis
- Connection detailing
- Foundation design
Certifications and licensing
- PE - Structural
- SE (Structural Engineer) license
- OSHA 30
Grid Method™ screening
What we specifically screen for in this discipline
Calculation package walkthrough - Candidates present a structural calculation package they authored and defend the load assumptions, not a summary they memorized.
Licensure verification - We confirm PE and, where applicable, SE licensure directly with the licensing board before submission.
Structure-type match - We validate building, bridge, or industrial structure experience against the specific scope of the role.
Deployment
Projects this role supports
- Industrial facility structural design
- Bridge and overpass structural analysis
- Building seismic retrofit
- Foundation design for heavy equipment
- Structural peer review for permitting
Market reality
Why this role is hard to fill
SE licensure is a hard gate in many states
Larger or more complex structures require a Structural Engineer license beyond a standard PE, which meaningfully narrows the qualified pool.
Structure type experience does not transfer cleanly
Buildings, bridges, and industrial structures follow different codes and failure modes, so we confirm the specific structure type a candidate has designed.
Peer review readiness varies
Not every structural engineer has carried a design through independent peer review, which is a different skill than producing the initial calculation.
Our method
How we recruit structural engineers
Define structure scope
Day 1
We identify structure type, governing code, and licensure requirement before sourcing.
Technical review
Candidates walk through a load analysis or calculation package they authored.
Licensure and reference check
We verify PE/SE status with the licensing board and confirm design ownership with former supervisors.
Shortlist delivery
Days 5–10
You receive candidates matched to your structure type and licensure requirement.
Sectors
Industries hiring this role
Construction
Construction managers, MEP engineers, and project controls staff for complex commercial and industrial builds.
See sector coverageInfrastructure & Heavy Civil
Civil, structural, geotechnical, and project controls engineers for multi-year roads, bridges, water, and transit programs.
See sector coverageManufacturing
Mechanical, electrical, and maintenance engineers supporting plant expansions, retrofits, and reliability programs.
See sector coverage
Engagement
Ways to engage this discipline
Direct Hire
Source and place permanent engineers who join your payroll directly from day one, screened through the same 14-stage evaluation standard applied to every engagement.
How this model worksContract Staffing
Discipline-qualified engineers deployed to your project phase - not your job description - mobilized within a 10 business day standard.
How this model worksContract-to-Hire
Evaluate before you commit: a structured 3 to 6 month contract with conversion criteria fixed upfront, reducing permanent hiring risk without sacrificing speed.
How this model works
Answers
Frequently asked questions
Question not covered here? Ask a recruiter directly - you will get a straight technical answer, not a callback from a salesperson.
Keep going
More on hiring structural engineers
Pay benchmarks, screening criteria and market availability for this discipline, plus the wider engineering bench we recruit from.
- Salary guidesCompensation drivers and rate structures that decide whether an offer for structural engineers closes.
- Hiring guidesScope templates, screening questions and interview structures for technical requisitions.
- All engineering disciplinesThe full set of disciplines we recruit, from protection engineers to project controls.
Hire structural engineers without the resume triage
Send the scope and we will return a short slate with written technical assessments, verified credentials and realistic availability.