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Aerospace Engineering CV Example

An aerospace engineering CV demonstrates your expertise in aircraft or spacecraft design, analysis, and testing within the aerospace and defence sector.

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Key Skills to Include

AerodynamicsStructural AnalysisCATIA/SolidWorksFEA/CFDGD&TDO-178/DO-254 StandardsMaterials ScienceSystems EngineeringConfiguration Management

Quick Tips

  • Highlight experience with specific aircraft programmes, platforms, or defence projects.
  • Include security clearance status if applicable for defence sector roles.
  • Mention familiarity with aerospace standards such as AS9100, DO-178C, or MIL-STD.
  • Detail your experience with certification processes and airworthiness requirements.

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How to Write Your Aerospace Engineering CV

An aerospace engineering CV must demonstrate deep technical expertise combined with an understanding of the rigorous processes that govern aircraft design and certification. Employers in this sector look for engineers who can perform complex analyses, work within structured design frameworks, and contribute to the airworthiness and safety of aircraft. Your CV should evidence your technical specialisation, the programmes you have contributed to, and your familiarity with the standards and regulations that define aerospace engineering practice.

CV Structure

Use a reverse-chronological format with sections for your profile, work experience, education, technical skills, and professional memberships. For each role, name the aircraft programme or platform and describe your specific engineering contributions. Include analysis types, software tools, and the standards you worked to. List achievements that demonstrate technical impact. Keep the CV to two pages.

CV Format

Choose a clean, technically-focused template. Aerospace recruiters look for specific technical keywords, so ensure your analysis methods, software tools, and applicable standards are clearly listed. Avoid unnecessary graphics. Include your security clearance status if applicable, as many aerospace roles require this. Submit as PDF to preserve formatting.

CV Profile Examples

Senior Aerospace Engineer

Chartered aerospace engineer with twelve years of experience in structural analysis and design for commercial and military aircraft programmes. Proficient in FEA using Nastran and Abaqus, with extensive experience in fatigue and damage tolerance assessments to CS-25 and DEF STAN requirements. Holds SC-level security clearance and has contributed to the design, certification, and in-service support of multiple platform types.

Systems Engineer — Aerospace

Experienced systems engineer with nine years in the aerospace and defence sector, specialising in requirements management, system architecture, and verification and validation across complex avionics programmes. Proficient in DOORS, IBM Rhapsody, and SysML modelling with a strong understanding of ARP 4754A and DO-178C certification processes. Known for structured systems thinking and clear stakeholder communication.

Graduate Aerospace Engineer

Enthusiastic aerospace engineering graduate with an MEng from Cranfield University and a twelve-month industrial placement in the stress analysis department of a leading aircraft manufacturer. Experienced in static and fatigue analysis using Nastran, CATIA V5 modelling, and GD&T interpretation. Eager to develop within a graduate programme that offers exposure to aircraft design, analysis, and certification processes.

State your aerospace discipline, years of experience, and the aircraft programmes or platforms you have worked on. Mention your chartership status and security clearance level. Include one headline achievement that demonstrates your technical contribution to a programme or certification milestone.

Key Skills for Your Aerospace Engineering CV

Aerodynamics

Analysing airflow characteristics around aircraft surfaces to inform design decisions on lift, drag, and stability performance.

Structural Analysis

Performing static, fatigue, and damage tolerance analyses on aircraft structures using hand calculations and finite element methods.

CATIA/SolidWorks

Creating and modifying 3D component and assembly models for aerospace structural and mechanical design applications.

FEA/CFD

Using finite element analysis and computational fluid dynamics software to simulate structural and aerodynamic behaviour.

GD&T

Interpreting and applying geometric dimensioning and tolerancing to engineering drawings in accordance with aerospace standards.

DO-178/DO-254 Standards

Understanding and applying airborne software and hardware certification standards for safety-critical avionics systems.

Materials Science

Selecting and assessing materials including metals, composites, and adhesives for aerospace structural applications.

Systems Engineering

Managing requirements, interfaces, and verification activities across complex aerospace systems using structured methodologies.

Configuration Management

Controlling design documentation, model versions, and engineering changes within product data management systems.

Work Experience Examples

Name the specific programmes and platforms you have worked on. Describe your analysis types and the standards you worked to. Include the tools and methods used. Quantify achievements where possible — certification milestones met, weight savings identified, or inspection interval improvements. Show how your work contributed to aircraft safety and airworthiness.

Senior Stress Engineer

Airbus UK

Provided structural analysis support for the A350 wing programme, working within a team of 40 engineers at the Filton design centre.

Responsibilities

  • Performed static, fatigue, and damage tolerance analyses on metallic and composite wing structural components using Nastran and in-house analysis tools.
  • Produced stress reports and substantiation documents for submission to airworthiness authorities as part of the type certification process.
  • Developed and validated finite element models for wing rib and spar components, ensuring correlation with test data within acceptable margins.
  • Reviewed supplier stress analysis packages for compliance with Airbus structural analysis standards and design manuals.
  • Mentored two graduate engineers, supporting their technical development and professional review preparation.

Achievements

  • Identified a fatigue life improvement opportunity on a wing rib foot design that extended the inspection interval by 5,000 flight cycles, reducing maintenance costs.
  • Delivered the stress substantiation package for a major wing modification three weeks ahead of the certification milestone deadline.
  • Received a team excellence award for resolving a critical certification finding through collaborative analysis with the materials and testing teams.

Structural Engineer

BAE Systems — Military Air & Information

Conducted structural analysis on military fast jet and unmanned air vehicle programmes under defence contract requirements.

Responsibilities

  • Performed structural integrity assessments on metallic airframe components using classical hand analysis and FEA methods.
  • Produced analysis reports to DEF STAN 00-970 and MIL-HDBK-5 requirements, supporting design reviews and clearance submissions.
  • Participated in structural test planning and correlation activities, comparing predicted and measured strain data.
  • Managed configuration of analysis models and reports within the programme's product data management system.

Achievements

  • Completed the structural assessment of a fuselage repair scheme that returned an aircraft to service two weeks ahead of the original estimate.
  • Achieved CEng registration through the Royal Aeronautical Society professional review process.

Education & Qualifications

List your aerospace or mechanical engineering degree, noting classification and any relevant final year project. Follow with professional registration through RAeS, IMechE, or IET. Include specialist training courses in FEA, composites, or certification processes.

CEng (RAeS/IMechE)

Chartered Engineer status registered with the Royal Aeronautical Society or Institution of Mechanical Engineers.

MEng Aerospace Engineering

Accredited master's degree providing advanced knowledge of aerodynamics, structures, and aircraft systems engineering.

SC/DV Security Clearance

Government security clearance required for working on classified defence aerospace programmes and projects.

AS9100 Awareness

Understanding of the aerospace quality management standard governing design, development, and production processes.

Frequently Asked Questions

Should I mention specific aircraft programmes on my CV?
Yes, naming specific programmes is essential in aerospace. Employers want to know which aircraft types and platforms you have worked on. Mention the programme name, your engineering role, and the phase of the product lifecycle you contributed to. Be mindful of security classification — only include programme details that are in the public domain or that you are authorised to disclose.
How important is security clearance for an aerospace CV?
Very important for defence sector roles. If you hold SC or DV clearance, state this on your CV as it significantly increases your attractiveness to defence employers. If your clearance has lapsed, mention that you have previously held it and are willing to undergo renewal. Many aerospace roles are inaccessible without appropriate security clearance.
What analysis tools should I list on my aerospace CV?
List all FEA, CFD, and specialist analysis tools you are proficient in. Common aerospace tools include Nastran, Abaqus, CATIA, Patran, HyperMesh, and ESRD StressCheck. Mention in-house tools by their generic function if you cannot name them. Include requirements management tools like DOORS and systems modelling tools like Rhapsody or MATLAB if applicable.
How do I stand out for aerospace engineering roles?
Demonstrate deep technical specialisation rather than surface-level breadth. Show familiarity with aerospace certification standards and their practical application. Include evidence of contributing to type certification or airworthiness activities. Professional registration through RAeS or IMechE adds significant credibility. Security clearance, programme-specific experience, and a track record of meeting certification milestones are strong differentiators.

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