Engineering CV Example
Updated 17 June 2026
An engineering CV must prove technical competence, professional registration and the ability to deliver results. Whether you are a graduate working toward Chartered Engineer (CEng) status or a senior engineer leading multi-million-pound programmes, your CV needs to speak the language of the sector: quantified achievements, named tools and standards, and evidence of regulatory compliance. This guide shows you how to structure an engineering CV that passes ATS screening and wins interviews in 2026.
Engineering CV examples
Graduate Engineer
entryForegrounds final-year project with quantified results, industrial placement at a recognisable firm, and signals progress toward CEng registration.
·
·
·
,
|
|
|
Mechanical Design Engineer
midShows progression from junior to mid-level roles, quantifies design and cost-saving achievements, and lists discipline-specific certifications alongside professional registration progress.
-
Present-
Feb. 2023-
2020,
-
2017|
|
|
|
,
Chartered Mechanical Engineer (Senior)
seniorLeads with CEng registration, quantifies leadership at scale (team sizes, budgets, project scope), and demonstrates strategic impact across R&D, manufacturing and quality improvement.
,
|
|
|
|
|
|
,
How to write an engineering CV
Format and length
A UK engineering CV runs to two pages for most roles, extending to three only for senior engineers with extensive project portfolios or publications. Use reverse-chronological order throughout. Unlike CVs in other sectors, engineering CVs often include a dedicated technical skills section, typically formatted as a concise three-column table, so a long contract history does not bury your expertise.
Section order
Lead with a personal statement (2-3 sentences), then contact details. Next comes the skills section (see below). Follow with professional experience, education and qualifications, and finally additional information (professional memberships, publications, certifications).
Personal statement
State your engineering discipline explicitly, R&D, product development, testing, manufacturing, quality improvement, consultancy, rather than calling yourself a generic "engineer". Name the aspect of engineering you are most proficient in, your years of experience, and your professional registration status or progress toward it.
Experience
Each role should include 3-4 achievement bullets with concrete metrics: cost savings, efficiency gains, defect reductions, project budgets managed, team sizes supervised. For management and senior roles, quantify project scale and stakeholder involvement.
Skills
List technical skills with context, not as a bare tool dump. Pair each tool (SolidWorks, MATLAB, FEA via ANSYS, Python, CFD) with what it produced: "SolidWorks, designed mechanical components achieving 12% weight reduction". Include regulation experience as a named competency, alongside the standards relevant to your discipline (ISO 9001, BS 8888, sector-specific codes).
Education
Present your final-year project as a quantified achievement, e.g. "Numerical Simulation and Optimisation of Wind Turbine Blades Using CFD, developed a computational model giving a 15% increase in turbine efficiency, in a team of four." List relevant modules (Thermodynamics, Fluid Mechanics, Control Systems) to reinforce your specialism.
Extras
Foreground internships and industrial placements as hands-on evidence. List discipline-relevant certifications (CSCS card, AutoCAD Certified User, ANSYS/SolidWorks certifications, First Aid at Work). If not yet chartered, signal progress toward CEng registration, "working towards CEng against UK-SPEC competences", rather than omitting it entirely.
Personal statement examples
Chartered Mechanical Engineer (CEng MIMechE) with 12 years leading R&D, product development and manufacturing engineering across automotive and aerospace sectors. Proven track record managing multi-disciplinary teams, delivering complex projects up to £2m, and driving cost and quality improvements. Expert in advanced CAE, design for manufacture and regulatory compliance.
Experienced engineer with a strong background in mechanical design and project management. Passionate about solving complex problems and delivering high-quality results. A team player with excellent communication skills and a commitment to continuous improvement.
Writing your experience
The result-plus-metric pattern
Engineering recruiters and hiring managers want to see what you delivered, not what you were responsible for. Every bullet should follow the pattern: action verb + specific task + quantified result. The result can be a cost saving, efficiency gain, defect reduction, time saved, or project milestone met.
| Weak (duty-focused) | Strong (result-focused) |
|---|---|
| Responsible for designing mechanical components using SolidWorks. | Designed mechanical sub-assemblies for a pneumatic valve product line using SolidWorks, achieving a 12% weight reduction while maintaining performance specifications. |
| Conducted FEA analyses on prototype parts. | Conducted FEA stress analyses on 15 prototype components using ANSYS, identifying failure modes and recommending design changes that reduced warranty claims by 18%. |
| Supported production engineering activities. | Supported production engineering by troubleshooting test rig failures, cutting downtime by 22% over six months. |
Before and after examples
Before: Worked on a new product development project.
After: Led a cross-functional team of 8 engineers delivering a £1.2m electric vehicle battery housing programme, achieving a 30% cost reduction through DFMA and supplier collaboration.
Before: Used MATLAB for data analysis.
After: Automated MATLAB-based data analysis workflows, saving 15 hours per week and improving design decision-making speed.
Before: Managed projects and liaised with stakeholders.
After: Managed relationships with Tier 1 aerospace clients and certification authorities (EASA, FAA), ensuring design compliance and securing follow-on contracts worth £5m.
Action verbs for engineering roles
Choose verbs that match the engineering discipline and seniority. Junior engineers: designed, tested, analysed, supported, collaborated, produced. Mid-level: led, optimised, validated, implemented, resolved, automated. Senior: directed, managed, established, mentored, delivered, secured.
Key skills & ATS keywords
Hard skills
Soft skills
ATS keywords
Education & certifications
How to present your degree
List your highest degree first. Include the full degree title (MEng, BEng, PhD), honours classification, field of study, awarding institution, and graduation year. If you hold a master's-level qualification (MEng or MSc), this satisfies the academic requirement for Chartered Engineer (CEng) registration. A BEng alone does not; you will need a master's or accredited further learning to meet the knowledge base.
Final-year project
Present your final-year project or dissertation as a quantified achievement under the degree entry. Include the project title, a one-line description of what you did, and the result or impact. For example: "Numerical Simulation and Optimisation of Wind Turbine Blades Using CFD, developed a computational model giving a 15% increase in turbine efficiency, in a team of four." This shows applied engineering skills and the ability to deliver results.
Relevant modules
List 4-6 relevant modules under the degree to reinforce your specialism: Thermodynamics, Fluid Mechanics, Control Systems, Finite Element Analysis, Manufacturing Processes, Engineering Design. This helps ATS screening and signals depth in your discipline.
Professional registration
Chartered Engineer (CEng) status is the gold standard for UK engineers. It requires master's-level knowledge (a four-year accredited MEng, or a BEng plus a master's or accredited further learning), demonstrated competence against the Engineering Council's UK-SPEC framework (knowledge and understanding, design and development, responsibility and leadership), and a professional review interview with two sponsors. List CEng registration at the top of your qualifications section, before your degree.
If you are not yet chartered, signal progress: "Working towards Chartered Engineer (CEng) status, professional review scheduled for Q3 2026, two sponsors confirmed, competence portfolio aligned to UK-SPEC." This shows ambition and awareness of professional standards.
Discipline-specific certifications
Engineering is a tool-specific sector. List certifications that prove competence in named software or methodologies:
- CAD: Certified SolidWorks Professional (CSWP), Certified SolidWorks Expert (CSWE), AutoCAD Certified Professional
- FEA/CFD: ANSYS Certified Professional (Structural, Thermal, Fluids)
- Quality: Certified Quality Engineer (CQE), Six Sigma Green Belt/Black Belt
- Safety: CSCS card (Construction Skills Certification Scheme), First Aid at Work
- Project management: PRINCE2, APM PMQ, PMP (in progress)
Watch job adverts for brand-name software requirements and mirror that exact tooling on your CV. If the advert asks for SolidWorks, list your CSWP certification. If it asks for ANSYS, list your ANSYS certification. ATS systems screen for these exact terms.
Common mistakes to avoid
Calling yourself a generic "engineer" in the personal statement without naming your discipline or specialism.
State your engineering discipline explicitly: "Mechanical design engineer with five years in product development" or "Chartered civil engineer specialising in structural analysis and bridge design". This helps recruiters and ATS systems match you to the right roles.
Listing technical skills as a bare tool dump: "SolidWorks, MATLAB, AutoCAD, ANSYS, Python".
Pair each tool with what it produced: "SolidWorks, designed mechanical components achieving 12% weight reduction", "MATLAB, simulated control systems reducing error rates by 8%". This proves competence, not just familiarity.
Writing duty-focused bullets: "Responsible for designing components" or "Conducted FEA analyses".
Show outcomes: "Designed mechanical sub-assemblies achieving a 12% weight reduction while maintaining performance specifications" or "Conducted FEA stress analyses on 15 prototype components, reducing warranty claims by 18%".
Omitting professional registration status or progress toward CEng/IEng.
If you hold CEng or IEng, list it at the top of your qualifications section. If you are working toward it, signal progress: "Working towards CEng, competence portfolio aligned to UK-SPEC, professional review scheduled for Q3 2026".
Burying technical skills at the bottom of a long CV, making them hard for ATS systems to find.
Add a dedicated technical skills section near the top of your CV, formatted as a concise three-column table if space allows. This is acceptable in engineering CVs and ensures your expertise is visible.
Failing to quantify project scale for management or senior roles.
For leadership positions, state team sizes supervised, project budgets managed, and stakeholders involved: "Led a multi-disciplinary team of 12 engineers delivering a £2m actuation system programme, liaising with Tier 1 clients and certification authorities".
Junior vs senior: what changes
| Aspect | Junior | Senior |
|---|---|---|
| Personal statement | Leads with degree (MEng), industrial placement, and progress toward CEng. Focuses on technical skills and willingness to learn. | Leads with CEng registration, years of experience, and leadership track record. Focuses on strategic impact, project scale and stakeholder management. |
| Experience bullets | Designed, tested, supported. Metrics are smaller (12% weight reduction, 18% defect reduction). Emphasis on learning and collaboration. | Led, managed, directed, delivered. Metrics are larger (£2m projects, 35% cost reduction, 40% reduction in testing). Emphasis on leadership, mentoring and strategic outcomes. |
| Technical skills | Lists core tools (SolidWorks, MATLAB, FEA) with context. Fewer certifications. May include student projects or placement work as evidence. | Lists advanced tools (CATIA, Abaqus, CFD) and methodologies (DFMA, FMEA). Multiple certifications (CSWE, ANSYS Certified, CQE). Evidence from large-scale programmes. |
| Qualifications | MEng or BEng, final-year project with quantified result, relevant modules. May list A-Levels if recent. Working toward CEng. | CEng registration listed first, then MEng/PhD. May include publications in peer-reviewed journals. Active IMechE member, conference speaker, or registered mentor. |
| Project scale | Small teams (1-4 people), modest budgets (£10k-£50k), single-discipline projects. Focus on technical delivery. | Large teams (8-15 people), significant budgets (£500k-£2m+), cross-functional and multi-site projects. Focus on leadership, stakeholder management and strategic alignment. |
| Regulation and compliance | Worked within ISO 9001 quality systems. Aware of relevant standards (BS 8888, sector codes). May list CSCS card or safety training. | Ensured compliance across multiple standards (ISO 9001, AS9100, IATF 16949). Liaised with certification authorities (EASA, FAA). Established design standards for engineering departments. |