6 examples · Updated October 2026
Engineering Resume Examples and Templates
A strong engineering resume proves you deliver safe, working designs on spec, on schedule and on budget. Lead with your discipline, licensure (EIT or PE) and core tools, then show projects with scope, constraints and a measured result such as cost cut, tolerance held or uptime gained.
Engineering resume at a glance
- Best format
- Reverse-chronological, one column, technical skills and licensure first
- Length
- 1 page; 2 pages for senior and manager roles
- Top skills
- CAD and 3D modeling, Engineering analysis (FEA, CFD), GD&T and tolerancing, Codes and standards
- Key credentials
- FE exam and EIT (NCEES), PE license to seal drawings, Optional: PMP or Six Sigma
- Median pay
- $104,110 a year ($50.05 an hour)Mechanical Engineers, BLS 2025 wage data via O*NET
- Job outlook
- Much faster than average (7% or higher)17,800 openings a year, 2025-2035 projection
6 engineering resume examples for 2026
Below are 6 engineering resume examples, from new graduate EIT to engineering manager, covering mechanical, civil, electrical and manufacturing engineers. The new-grad example shows students how to present co-ops, a capstone and Formula SAE. You also get copy-ready summaries, skills, bullet points, ATS keywords and free templates. Each one is shown at true A4 size and comes with a free single-column Word version. Open any example to read it in full.
Swipe to see all 6 examples →
Aaliyah Brooks
Mechanical Engineer, EIT
Atlanta, GA · aaliyah.brooks@email.com · (555) 013-4471 · linkedin.com/in/aaliyahbrooks
About
Mechanical engineering graduate (Georgia Tech, 2026) and EIT with 3 co-op rotations designing aircraft cabin hardware. Builds SolidWorks models and drawings to ASME Y14.5, runs ANSYS static and modal analysis and tests parts on the bench. Seeking an entry-level design or product engineer role.
Professional Experience
Capstone Design Team Lead, Georgia Institute of Technology, Atlanta, GA Jan 2026-Apr 2026
- Led a 5-student team designing an automated pallet-wrapping fixture for an industry sponsor, delivering the prototype 1 week early.
- Cut the fixture’s bill of materials 22% by replacing 6 custom parts with catalog components after a DFM review.
- Validated a 48-second cycle time against the sponsor’s 60-second requirement across 200 timed trial runs.
Mechanical Engineering Co-op, Brasswick Aerospace Components, Marietta, GA 2024-2025
- Designed 18 machined and sheet-metal brackets for galley and seating assemblies, with 16 approved at the first design review.
- Ran a tolerance stack-up on a seat-track latch that exposed a 0.4 mm interference before tooling release.
- Stiffened 2 members of a lavatory mounting frame after ANSYS modal analysis, raising its first natural frequency above 40 Hz.
Suspension Design Lead, Formula SAE, Georgia Institute of Technology, Atlanta, GA 2023-2025
- Designed the double-wishbone front and rear suspension in SolidWorks, cutting unsprung mass 1.8 kg versus the previous car.
- Verified upright strength in ANSYS, then machined 12 suspension parts on manual mills and lathes in the student shop.
Education
B.S. Mechanical Engineering, Georgia Institute of Technology, 2026 · GPA 3.6
Certifications
EIT, Georgia, 2026 (passed NCEES FE Mechanical) · Certified SolidWorks Associate (CSWA)
Technical Skills
SolidWorks CAD and drawings · GD&T (ASME Y14.5) · Tolerance stack-ups · ANSYS Mechanical · Design for manufacturing · Engineering change orders · MATLAB and Python · Siemens Teamcenter PLM
Why this example works
- Treats the capstone, co-op rotations and Formula SAE like engineering jobs, each with scope, tools and a measured result.
- States EIT status after her name and the FE discipline in certifications, answering the first credential question for an entry-level engineer.
- Names the exact CAD, analysis software and GD&T standard she used, so an ATS and a hiring engineer can match her fast.
Why this example works
- Shows PE after her name, in her summary and with state and year in certifications, the first filter for a civil project manager.
- Names the agencies, stormwater rules and software she designs to, proof she can carry a plan set through local review.
- Shows a clear path from intern to EI to project manager, with the PM role starting the year she earned her PE.
Applying through an online portal? Use the Word download: it is the same resume in a single-column, ATS-safe layout. Keep this two-column design for emailing and networking.
Omar Haddad
Electrical Engineer, PE
Phoenix, AZ · omar.haddad@email.com · (555) 017-3326 · linkedin.com/in/omarhaddad
Profile
Electrical engineer (PE, Arizona) with 7 years in medium- and low-voltage power distribution for data center campuses, industrial facilities and a rural electric cooperative. Runs short-circuit, coordination and arc flash studies in ETAP, writes NEC-compliant specifications and carries each project through construction, startup and owner turnover with contractors and commissioning agents.
Professional Experience
Electrical Engineer, Brimwater Engineering, Phoenix, AZ 2022-Present
- Lead power design for 4 data center halls totaling 48 MW, from one-lines to IFC drawings.
- Completed ETAP arc flash studies for 22 industrial facilities, cutting incident energy at 140 panels with protective-device setting changes owners adopted.
- Redesigned medium-voltage duct bank routing for a 2N data center campus, saving the owner $1.2M while keeping full redundancy.
Distribution Engineer, Verdewell Power Cooperative, Casa Grande, AZ 2019-2022
- Designed overhead and underground line extensions for 400+ residential and agricultural services, modeling each feeder in Milsoft WindMil.
- Ran voltage-drop and load-flow studies that reconfigured 3 feeders and cut member low-voltage complaints by 60% on rural irrigation circuits.
- Designed fuse-saving recloser coordination for 6 rural feeders with the system engineer, cutting their customer outage minutes 18% the next year.
Electrical Engineering Intern, Quenmore Controls, Tempe, AZ Summer 2018
- Drafted AutoCAD Electrical wiring schematics for 9 industrial control panels built to UL 508A.
- Wrote and bench-tested Allen-Bradley ladder logic for a conveyor sorting line under a senior controls engineer’s supervision.
Education
Bachelor of Science in Electrical Engineering, Arizona State University, 2019
Certifications
PE, Arizona, 2024 (Electrical and Computer: Power) · NFPA 70E training, 2025
Technical Skills
MV and LV distribution design · Short-circuit and coordination studies · Arc flash (IEEE 1584, NFPA 70E) · Generator and UPS sizing · NEC (NFPA 70) compliance · ETAP and SKM PowerTools · Autodesk Revit (electrical) and AutoCAD Electrical · Milsoft WindMil
Why this example works
- Quantifies system scale in megawatts, facilities studied and panels improved, the numbers a power engineering manager uses to judge level.
- Names the studies, standards and software (ETAP, IEEE 1584, NEC) so the resume passes ATS filters and a technical screen.
- Utility and data center work together show range from feeders to switchgear, making him credible for consulting or owner roles.
Jorge Villanueva
Manufacturing Engineer, CSSGB
Greenville, SC · jorge.villanueva@email.com · (555) 018-5530 · linkedin.com/in/jorgevillanueva
Skills & Tools
Summary
Manufacturing engineer with 8 years in automotive stamping, welding and injection molding plants certified to IATF 16949. Launches parts through APQP and PPAP, writes PFMEAs and control plans, and leads kaizen events that raise OEE and cut scrap. ASQ Six Sigma Green Belt, fluent in Minitab and SolidWorks.
Professional Experience
Senior Manufacturing Engineer, Quillmarsh Automotive Systems, Greenville, SC 2021-Present
- Raised OEE on a 6-press stamping line from 67% to 81% by attacking the top 3 downtime causes with operators and maintenance.
- Cut die changeover time from 55 to 19 minutes with SMED, freeing capacity equal to 2 extra production shifts a month.
- Launched 14 new body-in-white parts through APQP and PPAP, earning customer approval on schedule for a 2025 model program.
Manufacturing Engineer, Brindlewick Precision Plastics, Spartanburg, SC 2018-2021
- Reduced injection molding cycle time 12% on 8 high-volume tools through scientific molding trials and cooling-time studies.
- Wrote 25 PFMEAs and control plans and added SPC charts that cut customer quality complaints from 9 to 2 per year.
- Designed 3D-printed assembly fixtures in SolidWorks that removed a manual measuring step and saved 1,100 labor hours a year.
Manufacturing Engineering Co-op, Dunmarsh Fabrication, Anderson, SC 2016-2017
- Mapped the value stream for a welded frame cell and proposed a layout change that shortened material travel 40%.
- Built photo-based standard work instructions for 12 assembly stations, cutting new-operator training from 3 weeks to 8 days.
Education
Bachelor of Science in Industrial Engineering, Clemson University, 2018
Certifications
Certified Six Sigma Green Belt (CSSGB), ASQ, 2022 · OSHA 10-Hour General Industry
Why this example works
- Leads every bullet with plant metrics (OEE, changeover, scrap, cycle time), the language plant managers and operations directors use.
- Names IATF 16949, APQP and PPAP, so an automotive supplier sees he can launch new parts, not only fix existing ones.
- Pairs the Green Belt with real projects and dollar savings, which proves the certification is used on the plant floor.
Why this example works
- Keeps her PE, ASME codes and analysis tools in the first lines, the core screen for a senior mechanical engineer.
- Every role shows ownership with dollar value, team size and before-and-after numbers, not a list of drawings produced.
- A Key Projects section adds scope (piping footage, tie-ins, design reuse) that would crowd the bullets.
Applying through an online portal? Use the Word download: it is the same resume in a single-column, ATS-safe layout. Keep this two-column design for emailing and networking.
Nathan Ellsworth
Engineering Manager, PE, PMP
Minneapolis, MN · nathan.ellsworth@email.com · (555) 019-6612 · linkedin.com/in/nathanellsworth
Executive Profile
Engineering manager with 20 years in industrial product development and 6 years leading mechanical, controls and test engineering teams. Takes pumps, motor controls and heat-transfer products from concept through stage-gate launch, balancing cost, reliability, UL safety and DOE efficiency requirements. Licensed PE and PMP who builds engineering processes, develops engineers into technical leads and partners closely with manufacturing, sourcing and sales.
Core Competencies
Engineering team leadership · New product development (stage-gate) · Product roadmap and portfolio planning · Engineering budget and resource planning · Design reviews and design controls · DFMEA and reliability engineering · Design verification and validation · Pump hydraulics and CFD · Heat transfer and thermal testing · DFMA and cost reduction · UL and DOE compliance · Supplier and cross-functional collaboration
Professional Experience
Engineering Manager, Pump and Controls Products, Brackwell Fluid Systems, Minneapolis, MN 2020-Present
- Lead 16 engineers and a $3.8M annual budget across mechanical design, controls and test labs, delivering 7 product launches since 2020.
- Grew new-product sales to 31% of the division’s $140M revenue by refocusing the roadmap on variable-speed and connected pumps.
- Reduced the average development cycle from 26 to 17 months by rebuilding the stage-gate process with gate-level design reviews.
- Cut warranty cost per unit 44% through a reliability program combining DFMEA, accelerated life testing and field-return teardowns.
- Promoted 4 engineers into lead roles and held team attrition to 1 departure in 3 years with a technical career ladder.
Principal Mechanical Engineer, Brackwell Fluid Systems, Minneapolis, MN 2016-2020
- Served as technical lead for a variable-speed pump platform that now spans 40 models across 3 brand lines.
- Brought every affected model into compliance with the 2020 DOE pump efficiency standard through CFD-guided impeller and volute redesign.
- Chaired weekly design reviews for 4 concurrent programs and wrote the group’s first design verification plan template.
- Converted 2 complex castings to machined parts with suppliers, cutting unit cost $38 and lead time by 5 weeks.
- Mentored 6 early-career engineers, 3 of whom earned their PE licenses during that period.
Senior Product Engineer, Lindqvale Thermal Products, St. Paul, MN 2011-2016
- Designed brazed-plate heat exchangers for commercial HVAC customers, growing the product line from 12 to 30 SKUs.
- Built a thermal performance test stand with LabVIEW data acquisition that cut customer qualification testing from 6 weeks to 2.
- Led the move of 4,000 part records and change notices into Windchill PLM with zero lost revision history.
- Traced a field leak issue to braze-joint voids with a metallurgy lab partner, closing a $900K recall risk.
Product Engineer, Maplestrand Motion Controls, Eden Prairie, MN 2008-2011
- Designed sheet-metal and die-cast enclosures for servo drives that passed UL and IP65 testing on the first attempt for 5 products.
- Reduced enclosure part count from 14 to 9 through DFMA reviews with the assembly line.
- Supported 3 production launches with first-article inspections and operator work instructions.
Design Engineer, Maplestrand Motion Controls, Eden Prairie, MN 2006-2008
- Created SolidWorks models and drawings for motor mounts, brackets and cable assemblies under senior engineer review.
- Ran thermal tests on drive heat sinks and presented results at monthly design reviews.
Education
Master of Science in Mechanical Engineering, University of Minnesota, 2013
Bachelor of Science in Mechanical Engineering, Iowa State University, 2006
Certifications
Professional Engineer (PE), Minnesota, 2011 · Project Management Professional (PMP), Project Management Institute, 2019
Technical
SolidWorks · PTC Windchill · ANSYS Fluent and Mechanical · NI LabVIEW · Minitab · Jira · Microsoft Project · Power BI
Selected Product Launches
- Variable-speed booster pump family (12 models) with built-in remote monitoring, 2024
- Compact end-suction pump line for commercial HVAC, designed for single-technician installation, 2022
- Brazed-plate heat exchanger range for heat pump water heaters, 2014
Patents and Presentations
- Co-inventor on 3 issued U.S. patents covering variable-speed pump control and impeller design
- Speaker: Field-Return Teardowns as a Reliability Input, regional ASQ reliability conference, 2023
Leadership and Affiliations
- Industry advisory board, University of Minnesota mechanical engineering senior design program, 2021-Present
- Hydraulic Institute technical committee participant, 2018-Present
- American Society of Mechanical Engineers (ASME), member since 2004
Why this example works
- Opens the first role with team size, budget and launch count, the scope numbers a VP of engineering checks first.
- Each bullet ties engineering decisions to business results: revenue share, cycle time, warranty cost and unit cost.
- Shows the path from design engineer to principal to manager, with patents and mentoring proving his technical depth remains.
Engineering resume summary examples
Copy the summary that matches your level, then swap in your own numbers, systems and specialties.
Third-year mechanical engineering student with a 3.5 GPA, a summer manufacturing internship and 2 seasons on a Baja SAE team designing drivetrain parts. Skilled in SolidWorks, MATLAB and hands-on machining, and on track to sit for the FE exam before graduation. Seeking a summer 2027 engineering internship in product design or test.
Civil engineering graduate and EIT with 2 summer internships in municipal water and site design. Produces grading and utility plans in Civil 3D, runs water distribution models in EPANET and has logged field hours on construction inspection. Passed the FE Civil exam and seeking an entry-level civil engineer role on a clear path to PE licensure.
Mechanical design engineer with 5 years developing injection-molded and sheet-metal assemblies for medical devices under ISO 13485. Owns parts from concept sketches through design verification, applying GD&T, tolerance stack-ups and DFM reviews with molders. CSWP-certified, and cut a handheld device’s part count from 31 to 19 while passing drop and IP54 testing.
Professional Engineer with 9 years in transportation design for state DOT and municipal clients, specializing in roadway, drainage and traffic control plans in OpenRoads Designer. Has led 20+ projects from scoping through bid letting, including a $28M interchange reconstruction. Coordinates utilities, right-of-way and public meetings, and mentors 4 EITs.
Controls engineer with 6 years designing PLC and HMI systems for food and beverage plants. Programs Allen-Bradley ControlLogix in Studio 5000, specifies motor control centers and VFDs, and writes functional specifications operators can follow. Commissioned 15 production lines on schedule and cut unplanned downtime on a bottling line 30% through alarm and interlock redesign.
Manufacturing engineer with 6 years in high-mix electronics and electromechanical assembly. Balances lines, designs fixtures and poka-yoke devices, and qualifies new processes with Minitab DOE and Cpk capability studies. Has transferred 9 products from R&D into volume production and cut a final test bottleneck from 14 to 8 minutes per unit. ASQ Certified Six Sigma Black Belt.
Senior structural engineer, PE in 3 states, with 12 years designing steel and concrete buildings for education, healthcare and multifamily clients. Sets the basis of design to ASCE 7, IBC and ACI 318, leads a 5-engineer design team and reviews shop drawings and RFIs through construction. Has delivered 40+ projects, including a $90M university science building.
Engineering manager with 15 years in aerospace hardware, leading 3 teams totaling 22 engineers through design, qualification and production transfer. Owns a $5M annual engineering budget, AS9100 design controls and customer design reviews. PE and PMP who shortened qualification schedules by 4 months through test planning reform and built a mentoring program that doubled internal promotions.
Want one written around your own experience? Try the free resume summary generator.
Best skills for a engineering resume
List the skills the job posting names, in the same wording, and prove the important ones in your experience bullets.
Hard skills
- 3D CAD modeling and engineering drawings
- Finite element analysis (FEA)
- Computational fluid dynamics (CFD)
- GD&T and tolerance stack-ups (ASME Y14.5)
- Design for manufacturing and assembly (DFM/DFMA)
- DFMEA and PFMEA
- Design verification and test planning
- Root cause and failure analysis
- Codes and standards compliance (ASME, NEC, ASCE 7)
- Engineering calculations and specifications
- Hydrologic and hydraulic modeling (civil)
- Power system studies (electrical)
- PLC programming and controls
- Lean manufacturing and SPC
Soft skills
- Explaining technical tradeoffs to non-engineers
- Cross-discipline coordination
- Clear technical writing
- Structured problem solving
- Ownership of safety and quality
- Mentoring junior engineers
- Managing scope, schedule and budget
- Working with fabricators, contractors and suppliers
Tools and software
- SolidWorks
- Autodesk AutoCAD and Civil 3D
- PTC Creo or Siemens NX
- ANSYS Mechanical and Fluent
- MATLAB and Simulink
- ETAP or SKM PowerTools
- Bentley MicroStation and OpenRoads
- NI LabVIEW
- Minitab
- PLM systems (Windchill, Teamcenter)
- SAP
- Microsoft Project or Primavera P6
Certifications
- Fundamentals of Engineering (FE) exam, NCEES, and EIT or EI certification from your state board
- Professional Engineer (PE) license, issued by a state engineering licensing board
- Certified SolidWorks Associate or Professional (CSWA, CSWP), Dassault Systemes
- Certified Six Sigma Green Belt or Black Belt (CSSGB, CSSBB), ASQ
- Project Management Professional (PMP), Project Management Institute
- Certified Manufacturing Engineer (CMfgE), SME
- LEED Green Associate or LEED AP, GBCI
- OSHA 10-Hour or 30-Hour safety training
Engineering resume bullet point examples
Strong bullets pair an action verb with a specific task and a measurable result. Adapt these to your own numbers.
Design and analysis
- Redesigned a cast aluminum gearbox housing with topology optimization in ANSYS, removing 2.3 kg while keeping deflection within specification.
- Ran CFD on a battery enclosure cooling path and relocated 2 vents, lowering peak cell temperature 9 degrees C at full load.
- Completed a tolerance stack-up on a 12-part optical mount that let the team loosen 5 tolerances and cut machining cost 18%.
Testing and validation
- Automated a hydraulic valve endurance rig in LabVIEW, running 500,000-cycle tests unattended and freeing 15 technician hours a week.
- Wrote design verification plans for 4 product variants, tracing 220 requirements to tests and closing all before the production gate.
- Found a resonance failure in a fan bracket through shaker-table testing and fixed it with a gusset that added under 50 grams.
Cost, manufacturing and quality
- Consolidated 7 welded parts into 1 laser-cut and formed bracket, cutting assembly time 40% and unit cost $14.
- Led a value engineering study on a wastewater pump station that saved the client $650K by resizing the wet well and force main.
- Cut yield losses on a circuit board coating line from 6% to 1.5% with a designed experiment on cure time and temperature.
Projects, field and construction
- Answered 180 contractor RFIs on a $42M water treatment plant expansion with an average turnaround of 4 days.
- Inspected 26 bridges as an inspection team member under the National Bridge Inspection Standards, ranking $3.1M in repairs for the county capital plan.
- Commissioned a 2 MW rooftop and carport solar array, closing 14 punch-list items before utility interconnection approval.
Leadership and compliance
- Built an engineering change process with impact checklists that cut unplanned rework orders 35% across 3 product lines.
- Compiled design verification and ISO 14971 risk management documentation for an FDA 510(k) submission cleared with no additional-information request.
- Trained 30 engineers and drafters on ASME Y14.5-2018 GD&T, raising drawing checker pass rates from 70% to 92%.
Action verbs for a engineering resume
Start each bullet with a precise verb instead of “responsible for”.
- Designed
- Modeled
- Simulated
- Analyzed
- Calculated
- Specified
- Drafted
- Prototyped
- Tested
- Validated
- Verified
- Optimized
- Redesigned
- Consolidated
- Commissioned
- Troubleshot
- Inspected
- Permitted
- Estimated
- Standardized
- Automated
- Integrated
- Launched
- Qualified
- Reduced
- Coordinated
- Mentored
- Documented
Find more by category with the free action verb finder.
Best resume format for a engineering
Use a reverse-chronological engineering resume with a technical skills band and licensure near the top. Students, new grads and engineers with up to about 8 years fit on 1 page. Senior, principal and manager resumes can run 2 pages. Keep a single column so applicant tracking systems parse it.
| Your situation | Format | Length | Lead with |
|---|---|---|---|
| Engineering student or intern | Reverse-chronological with a projects section | 1 page | Degree, GPA if 3.0+, co-ops, design teams, CAD tools |
| New graduate (EIT) | Reverse-chronological | 1 page | FE or EIT status, co-ops, senior design, software |
| Engineer (3-8 years) | Reverse-chronological | 1 page | Discipline, PE or EIT, systems designed, quantified results |
| Senior or principal engineer | Reverse-chronological with key projects | 2 pages | PE, design ownership, project value, mentoring |
| Engineering manager | Reverse-chronological | 2 pages | Team size, budget, launches, business results |
| Career changer into engineering | Hybrid: skills and projects first | 1 page | Engineering degree, projects, transferable technical work |
Every example above follows these rules. Browse more layouts in our free resume templates.
How to write an engineering resume that gets interviews
An engineering resume gets interviews when it proves technical competence and delivered results. Hiring engineers look for your discipline, the tools and standards you work with, and evidence that your projects shipped on spec, on time and on budget.
Open with a technical summary and a skills band covering CAD, simulation, programming languages or codes before your project history. Then frame each project by its scope, budget and constraints, so readers see how you deliver under real conditions.
Tailor the resume to your seniority and discipline. A graduate or junior engineer emphasizes projects, internships, tools and FE or EIT status. A senior or lead engineer foregrounds design ownership, PE licensure, team leadership and cross-functional delivery.
Make every bullet quantified evidence, not a duty list: tolerances held, costs reduced, throughput improved, defects cut or schedules accelerated. ‘Reduced material cost 15% through FEA-driven optimization’ proves engineering judgment far better than ‘responsible for design’.
Engineering resume with no experience (students and new grads)
An engineering student resume with no full-time experience should lead with your degree, graduation date and FE or EIT status, then list co-ops, internships, senior design and competition teams like jobs, each with tools and a measured result.
Design teams such as Formula SAE, Baja SAE, robotics or Engineers Without Borders count as engineering experience when you name your subsystem, the software you used and the outcome. Research assistant, lab and machine shop jobs count too.
For an engineering internship resume, add relevant coursework only when it matches the posting, include your GPA if it is 3.0 or higher, and name the internship season and field you want in your summary.
What hiring managers look for on an engineer resume
Engineering managers scan a resume for fit with their work: the same discipline and industry, the right codes and software, licensure that matches the role, and proof you finish what you design. Field, lab and fabrication exposure shows your designs can be built.
- Discipline and industry match, such as process piping for a chemical plant or roadway design for a transportation consultant
- Licensure: a PE for roles that seal drawings, an EIT and a path to PE for junior roles
- Tools: the CAD, analysis and PLM software named in the posting
- Ownership: designs, studies or launches you led, with scope and dollar value
- Results: cost, weight, yield, uptime, schedule and safety numbers with before-and-after figures
Engineering resume keywords to include for ATS
Applicant tracking systems match the exact terms in an engineering job posting, so mirror its job title, software and standards wherever they are true for you. Write the full term and acronym once, such as finite element analysis (FEA).
- Mechanical engineer resume: SolidWorks, Creo, FEA, GD&T, DFM, DFMEA, ASME Y14.5, prototyping, design verification
- Civil engineer resume: Civil 3D, OpenRoads Designer, site grading, stormwater management, NPDES permitting, HEC-RAS, AASHTO, state DOT standards, construction administration
- Structural engineer resume: ASCE 7, IBC, ACI 318, AISC 360, ETABS, RISA-3D, steel and concrete design, shop drawing review
- Electrical engineer resume: power distribution, one-line diagrams, ETAP, arc flash, NEC, PLC, controls
- Manufacturing engineer resume: Lean, OEE, SMED, PFMEA, PPAP, SPC, Six Sigma, root cause analysis
- Project engineer resume: RFIs, submittals, scheduling, Primavera P6, budget tracking, commissioning
Engineering resume: what to include vs. what to avoid
| ✓ Include | ✗ Avoid |
|---|---|
| Discipline-specific tools and standards, such as SolidWorks, Civil 3D, ETAP, ASME or NEC | Vague duties like ‘worked on designs’ or ‘responsible for engineering’ |
| Quantified project outcomes: cost, weight, tolerance, yield, uptime and schedule | Listing every software you ever opened instead of the tools you use well |
| Licensure (FE/EIT, PE) with state and year, plus certifications like Six Sigma or PMP | Ignoring measurable results and tolerances |
| Clear project scope, budget, constraints and your specific contribution | Confidential or proprietary design details, client data or export-controlled information |
| Co-ops, internships, senior design and competition teams for students and new grads | Claiming a PE or EIT you have not been granted, or leaving out the state |
| Field, lab, fabrication or commissioning work that shows your designs get built | Internal project code names and jargon outside readers will not recognize |
| A short key projects section for senior engineers with more projects than bullets allow | Multi-column templates, text boxes and graphics that ATS parsers misread |
How to write an engineering resume
- Lead with a technical summary. Open with your discipline, years of experience, core tools and a headline result so reviewers immediately see your specialism and level. Name your industry too, such as medical devices, water infrastructure or data centers.
- Build a strong skills band. List the CAD, simulation, programming languages and standards relevant to your field so ATS systems and engineers can match you quickly. Keep it to 8 to 14 items you could defend in a technical interview.
- Quantify your engineering results. Show impact with numbers, for example ‘Cut material cost 18% through design optimization’ or ‘Improved line uptime from 92% to 99%’. Before-and-after figures are the most persuasive evidence of engineering judgment.
- Show scope, constraints and licensure. Frame projects by budget, schedule and technical constraints, and add FE/EIT or PE status with the state, plus certifications such as Six Sigma or PMP, to confirm your qualifications at a glance.
- Add projects if you are early career. Students and new grads should list co-ops, senior design and teams like Formula SAE as entries with tools, your role and a result. Senior engineers can add a short key projects section instead.
- Mirror the job posting. Match the posting’s job title, software and standards wherever they are true for you, such as design engineer, Civil 3D or ASME B31.3, so your resume clears ATS keyword screening.
- Check format and ATS fit. Use a single-column, reverse-chronological layout with standard headings, save it as PDF or DOCX as the portal requests, and run it through an ATS checker to confirm your sections parse cleanly.
Engineering salary and job outlook
National figures for mechanical engineers. Use them to benchmark offers, not as a promise for any single job.
Employment is projected to grow much faster than average (7% or higher) from 2025 to 2035, with about 17,800 openings each year.
Source: U.S. Bureau of Labor Statistics 2025 wage data and 2025-2035 employment projections, via O*NET OnLine, Mechanical Engineers (17-2141.00). Pay varies by state, employer and experience.
Cover letter tip for a engineering
Name the role and one project from your resume that matches the employer’s work, with its scope and result, such as a pump redesign that cut warranty claims. Mention your PE or EIT status and state, show you know their products or projects, and close by asking for a technical interview.
Start from our cover letter templates or draft one in seconds with the cover letter generator.
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