How to write a Mechanical Engineer CV
Highlight projects, tools and technical results: CAD, FEM, testing and manufacturing
Headline and summary
Start with a clear title and a summary that immediately states industry, tools and impact.
- Title: “Mechanical Design Engineer” or “Mechanical Engineer - CAD/FEM”
- Summary: 2-3 sentences with tools (SolidWorks/ANSYS), industry (automotive, industrial) and KPIs (e.g. -20% assembly time)
- Mention key skills: DfM/DfA, prototyping, supplier management
Technical experience
In bullet points use: component → activity → tools → result.
- Designed components and system context (assemblies, constraints)
- FEM analysis and design iterations (stress, weight, failure reduction)
- Testing and validation (test plans, reports)
- Impact on manufacturing (time, scrap, quality)
ATS keywords
Include keywords consistent with job postings and your real profile.
- “CAD”, “SolidWorks”, “FEM”, “ANSYS”
- “Prototyping”, “Testing”, “Validation”
- “GD&T”, “DfM/DfA”, “Lean Manufacturing”
Professional summary example
2-3 summary sentences: specialization, tools, context and results
Example
Mechanical Engineer with 7+ years of experience in CAD design and FEM analysis in the automotive sector. Specialized in SolidWorks and ANSYS, with experience in prototyping, production support and LEAN improvements that reduced assembly time by 20%.
Work experience examples
Detail roles, activities and impact with real technical examples
Entry format
Period, role, company + activities and results.
- Specify component/system type and responsibilities
- Tools used (CAD/FEM/simulation/testing)
- Interfaces (manufacturing, quality, suppliers)
- Results (time reduction, scrap reduction, performance improvement)
Technical results
Use realistic numbers when available.
- 20% reduction in assembly time
- 15% production line efficiency increase
- Weight or stress reduction after FEM iterations (when measurable)
- Reduction of non-conformities through robust specifications/tolerances
Project and design examples
Show 2-3 case studies with objectives, tools and outcomes
Project selection
Choose projects that demonstrate CAD + validation + impact.
- Context and requirements (performance, constraints, costs)
- Software used and activities (CAD, FEM, simulations, tests)
- Outcomes: performance or manufacturability improvements
- Link to portfolio/repository when possible
Education section example
Degrees and specialized courses relevant to the role
Academic degrees
Degrees and institutions with dates; if useful, highlight theses or projects on mechanics, FEM or materials.
Master’s and courses
Design-focused master’s programs, CAD/FEM courses, quality and LEAN training.
- Courses on GD&T and design for manufacturing
- Simulation courses (FEM, vibration, thermal analysis)
- LEAN / Six Sigma training
Technical skills example
List software, methodologies and processes
CAD/FEM tools
Main tools and their real-world application.
- SolidWorks (models, assemblies, drawings)
- ANSYS (FEM analysis and design iterations)
- MATLAB/Simulink (simulation/control when applicable)
- AutoCAD (layouts and 2D support)
Manufacturing processes
Skills related to industrialization and quality.
- LEAN and 5S
- DfM/DfA
- Quality control and non-conformance management (support)
- Supplier management and technical specifications
Language section example
CEFR (A1-C2)
Formatting
Specify language and level; if useful, describe usage (technical manuals, meetings, reports).
Certifications and software example
Show technical certifications and recognized training
Examples
Include certifications aligned with your role and tools.
- Certified SolidWorks Professional (CSWP) (2019)
- Lean Six Sigma Green Belt (2021)
