Structural Engineer Resume: ATS-Friendly, Project-Focused Guide for 2026
Written by Armen Mkhitaryan

15-Second Scan Checklist recruiters use

- Job title match and specialty (seismic, bridge, BIM) near the top
- One-line summary showing role level and primary achievement
- 3 relevant software/tools listed with context (ETABS, Revit, Tekla)
- One quantified project outcome or responsibility
- Clear portfolio or model link label and format
- Licensure status or EIT designation if applicable
- Recent project type that matches the vacancy (building, bridge, retrofit)

Mini case study: how a project-first summary won interviews

Problem identified
- Candidate applied for a seismic retrofit role but led with generic duties
Action taken
- Rewrote summary to state: 'Lead structural designer for seismic retrofit of 8-storey hospital, reduced retrofit cost 18% while meeting code X updates'
Result
- Recruiters invited the candidate for technical interview and asked specifically about retrofit strategy
Lesson
- Short, project-focused summaries that include role, project type, and measurable outcome cut through initial screening faster than long duty lists

ATS optimization and keyword strategy

How to choose keywords
- Mirror keywords from job description but only if you genuinely have that experience
- Prioritize code names and tool names with versions where useful (Eurocode 8, AISC 360, ETABS 2023)
Where to place keywords
- Professional Summary: select 3-4 primary keywords
- Selected Projects: include tools, codes, and deliverables in context
- Skills section: use concise phrases recruiters search for
Sample high-value keywords for ATS
- finite element analysis
- structural analysis
- seismic design
- reinforced concrete design
- steel frame design
- BIM
- ETABS
- Revit Structure
- shop drawing coordination
Avoid keyword stuffing
- Use keywords naturally in project descriptions and achievements
- Show how the tool or code was used, not just a list of names

Tools, technical skills, deliverables and compliance

Tools and software (how to present them)
- ETABS, SAP2000, STAAD.Pro, RISA 3D - mention model size or purpose when possible
- Revit Structure, Tekla Structures - state BIM coordination or shop drawing outputs
- Mathcad, Excel - reference calculation templates or load spreadsheets
Technical skills to highlight
- Load calculations, connection design, lateral system selection, foundation interaction
- Finite element modelling, non-linear analysis, pushover and response spectrum methods
Key deliverables to list
- Design calculation reports
- Construction drawings and connection details
- Shop drawing review logs and RFIs resolved
- Peer-review check reports and design-check signoffs
Quality standards and compliance
- Mention applicable codes and versions (AISC, ACI, Eurocode, local seismic code)
- State QA role: peer review, design-check, or stamping capability only if licensed
Work environments and stakeholders
- Design office, site supervision, interdisciplinary BIM coordination
- Frequent collaboration with architects, geotechnical engineers, fabricators, contractors, and owners
- Note travel or site supervision availability if relevant

Selected project case studies (entry, mid, senior)

Entry-level project (internship or junior role)
- Project type: 5-storey reinforced concrete office building
- Role: analysis and drafting support, produced slab and beam schedules
- Deliverables and impact: prepared calculation snippets for flexural design that reduced rebar errors on shop drawings
Mid-level project
- Project type: 120 m pedestrian bridge
- Role: structural model lead and connection detail author
- Deliverables and impact: coordinated steel connections with fabricator, reduced erection time by 12% through simplified splice design
Senior-level project
- Project type: seismic retrofit of hospital building
- Role: design lead and client liaison
- Deliverables and impact: developed retrofit scheme reducing expected seismic demand 25% and lowered estimated retrofit cost 18%, oversaw FF&E protection details

Complete fictional resume example

The candidate, companies, and career history shown are fictional examples created for illustration and any resemblance to a real person or organization is coincidental.

Candidate Name
Marcus L. Vega

Target Position
Senior Structural Engineer - Seismic & Retrofit Projects

Location
Vancouver, Canada (willing to relocate)

Professional Summary
Lead structural engineer with 9 years of experience in seismic retrofit and mid-rise building design. Led structural modelling, connection detailing, and construction support for government and healthcare projects. Comfortable with ETABS, Revit Structure, and finite element checks; experienced in client-facing roles and peer review processes.

Grouped Skills
- Structural analysis: pushover, response spectrum, time-history checks
- Materials: reinforced concrete, structural steel, FRP retrofit
- BIM and coordination: Revit Structure, Navisworks clash detection
- Detailing: connection design, shop drawing coordination, erection sequencing
- Codes: National Building Code of Canada, ACI 318, CSA S16

Professional Experience:
Senior Structural Engineer, Northern Design Associates
Vancouver, BC
2020-2026
- Led seismic assessment and retrofit design for an 8-storey hospital; proposed life-safety and immediate occupancy measures.
- Reduced retrofit construction cost estimate by 18% through combining targeted frame strengthening and local foundation underpinning.
- Managed BIM coordination with MEP and architectural teams, resolved 62 clashes prior to construction tender.

Structural Engineer, Harborbridge Consulting
Seattle, WA
2016-2020
- Developed ETABS and SAP2000 models for a 120 m pedestrian bridge and produced main member and connection sizing.
- Authored shop drawing review checklist and coordinated responses to 48 RFIs, shortening fabrication lead time by two weeks.
- Performed staged erection analysis and prepared temporary works loading diagrams for contractor use.

Junior Structural Designer, UrbanBuild Studio
San Diego, CA
2014-2016
- Supported design of low-rise mixed-use buildings, produced reinforcement schedules and beam layout drawings.
- Prepared calculation templates in Excel for common slab and beam checks improving consistency across projects.

Education / Training
- MEng, Structural Engineering, University of British Columbia, 2014
- BEng, Civil Engineering, San Diego State University, 2012

Certifications
- Engineer-in-Training (EIT)
- Seismic Retrofit Professional Course, 2021
- OSHA 30 Construction Safety

Achievement examples: converting technical work into recruiter-friendly bullets

Example 1:
Weak:
- Performed seismic checks on hospital structure
Strong:
- Led seismic assessment and designed targeted retrofit that reduced predicted seismic drift 25% and cut estimated retrofit cost 18%
Why it works:
- Adds measurable outcome, role ownership, and shows both safety and cost impact

Example 2:
Weak:
- Used Revit for coordination
Strong:
- Managed Revit model and resolved 62 BIM clashes with MEP, avoiding rework during construction
Why it works:
- Contextualizes the tool use and links it to a concrete project benefit

Example 3:
Weak:
- Checked shop drawings
Strong:
- Reviewed and approved 120 shop drawing sheets, issued 48 RFIs and shortened fabrication lead time by two weeks
Why it works:
- Shows scale of responsibility and quantifies impact on schedule

Resume summaries and objectives by career level

Entry-level (0-3 years) summary
- Recent MEng graduate with internship experience in reinforced concrete design and ETABS modelling. EIT certified, seeking junior structural role to develop seismic design and detailing skills.

Mid-level (3-8 years) summary
- Structural engineer with 5 years delivering building and bridge projects, strong BIM coordination, ETABS and connection design experience. Experienced in site support and contractor coordination.

Senior/Lead (8+ years) summary
- Senior structural engineer with 12 years in seismic retrofit and infrastructure, proven record of project leadership, peer review, and cost-saving design decisions. Comfortable leading multi-discipline teams.

Career changer objective
- Civil engineer transitioning to structural design with 4 years in construction supervision. Seeking entry-level design role to apply site experience to structural detailing and constructability solutions.

Tailoring for bridges, buildings, and seismic retrofit roles

Bridge roles
- Emphasize long-span modelling, fatigue and dynamic load considerations, connection and bearing design, and fabrication coordination.
- Highlight relevant deliverables: model summaries, fatigue detail sheets, staged erection analyses.

Building roles
- Emphasize floor systems, lateral load paths, foundation interaction, and BIM coordination with architects and MEP.
- Show deliverables: calculation reports, slab schedules, and shop drawing approvals.

Seismic retrofit roles
- State experience with seismic assessment methods, retrofit techniques (FRP, supplemental damping, base isolation), and code upgrades.
- Show outcomes: reduction in seismic demand or improvement in performance level, cost-effectiveness of chosen scheme.

Portfolio and sample work: what to include and how to redact

Items to include
- Project summary page describing role, constraints, and outcomes
- Key calculation excerpts with plain-English notes (redact confidential data)
- Selected drawing sheets or connection details with company logos removed
- Model screenshots and short narration of main findings
Redaction and format tips
- Remove client names and contract numbers when required
- Present simplified calculation tables rather than full confidential pages
- Host files as PDF and name them clearly (e.g., 'SeismicRetrofit_Summary_MarcusVega.pdf')

Hiring evaluation criteria and common red flags

What hiring teams check
- Role clarity: was the candidate a lead, reviewer, or support engineer?
- Deliverable evidence: calculation reports, drawings, shop coordination
- Practical judgement: constructability decisions and site support history
- Communication: ability to explain technical choices to non-structural stakeholders
Common red flags
- Vague project descriptions without technical detail
- Long software lists with no context about how they were used
- Claims of stamping or licensing when none exists
- No portfolio or sample summaries for design-heavy roles

FAQs focused on real candidate searches

What should I include in a structural engineer resume to pass ATS?
- Use job-specific keywords naturally in summary, project descriptions, and skills. Include codes and tool names, and describe how they were used.

How to show structural analysis and calculations on a resume without confidential data?
- Summarize calculation purpose, key assumptions, and outcomes. Attach redacted calculation excerpts or simplified tables that demonstrate method and result.

Which software skills are most important on a structural engineering CV?
- ETABS, SAP2000, STAAD.Pro for analysis; Revit Structure and Tekla for BIM and detailing; Mathcad and Excel for calculation templates. Explain the context of use.

How to tailor a resume for bridge vs building structural roles?
- For bridges, emphasize long-span modelling, fatigue, bearings, and erection analysis. For buildings, emphasize floor systems, lateral systems, and BIM coordination with architects.

What do hiring managers in structural engineering look for in senior candidates?
- Evidence of leading design decisions, peer-review and QA responsibilities, client communication, deliverables that reduced cost or schedule risk, and mentorship experience.

Related careers and lateral moves

Related professions
- Civil Engineer
- Geotechnical Engineer
- Structural Drafter / Detailer
- Seismic Engineer
- Bridge Engineer
- Architectural Technologist
How they connect
- Geotechnical insight improves foundation design on a resume
- Drafter experience supports detailing and shop drawing coordination
- Seismic specialization can lead to consulting or peer-review roles

Conclusion, practical checklist, and next action

Conclusion
- A structural engineer resume should show technical depth and clear project outcomes. Pair concise case studies with tool and code context to prove both analysis skill and constructability judgment.
Practical checklist
- Lead with a project-focused summary that states role, project type, and a measurable outcome
- Include 3 selected projects with deliverables and specific tools or codes used
- Add a skills section that explains how tools were applied, not just listed
- Provide portfolio items that are redacted and labeled clearly
- State licensure accurately and only if current
Next action
- Pick one recent project and rewrite its resume bullet to include role, action, tool, and measurable result. Save a redacted one-page project summary to host with your resume.