Aeronautical engineer CVs have two visibility problems before a recruiter ever reads the content. The first is a title mismatch: UK graduates hold degrees in "Aeronautical Engineering" (BEng/MEng from Imperial, Southampton, Bristol, Bath, Leeds, Loughborough) but the majority of job postings — from Airbus UK, BAE Systems, Leonardo, GKN Aerospace, and the Ministry of Defence — advertise for "Aerospace Engineer." An ATS that searches for "Aerospace Engineer" will not match a CV headlined only "Aeronautical Engineer" unless the aerospace variant appears somewhere in the document. The second is the CATIA V5 specificity problem: every aeronautical engineering graduate lists "CATIA V5" on their CV because it is taught in nearly every UK aeronautical programme. Recruiters and hiring managers at UK primes know this — and a CATIA V5 entry that doesn't specify the workbenches (Part Design, Assembly Design, Generative Shape Design) and the product or system context carries almost no differentiation signal. These two issues, combined with the general aerospace certification problem (CS-25 standard and amendment not cited; Margin of Safety not quoted; performance model not validated against certified data), explain why aeronautical engineering CVs often underperform in shortlisting relative to the candidate's actual technical depth.

What Aeronautical Engineer Job Descriptions Require in 2026

UK aeronautical engineer JDs concentrate in four functional areas with distinct tool and standards requirements:

Aerostructures design and analysis: CATIA V5 Part Design, Assembly Design, and Generative Shape Design (GSD) for 3D structural design; ENOVIA VPM or Windchill/Teamcenter for configuration management and change management; MSC Nastran (SOL 101 linear static, SOL 103 normal modes) with Patran or HyperMesh for structural analysis; GD&T-controlled engineering drawings to BS 8888 and ASME Y14.5; and EASA DOA stress report preparation. Senior roles add composite laminate design and analysis (CATIA Composite Workbench, CLT calculations, MMPDS/ESDU allowables), damage tolerance analysis (NASGRO crack propagation), and release of EASA-approved drawings via a Part 21J organisation. At BAE Systems and Leonardo, ICEM Surf (Class-A surface modelling) is also sought for aerodynamic surfacing roles.

Flight performance and flight mechanics: MATLAB and Simulink for flight performance modelling (take-off, climb, cruise, descent, landing performance at ISA and ISA+20), flight envelope definition (Vn diagram, Vs speeds, gust envelope), and handling qualities analysis (phugoid, short-period, Dutch roll, roll subsidence — classical stability theory plus linear model from the equations of motion). JDs for performance engineering roles specify: CS-25 Subpart B (flight performance regulations), JAR-OPS or EASA Part-SPA for operational requirements, flight manual (AFM) chapter construction, and familiarity with flight test data reduction. Python is increasingly required for performance data processing.

Aeroelastics and flutter: MSC Nastran aeroelastic solution sequences — SOL 144 (static aeroelastic, jig shape and load redistribution), SOL 145 (flutter, V-g and V-f plots, flutter speed margin to 1.15 × VD/MD per CS-25.629), SOL 146 (dynamic aeroelastic, gust response) — with Doublet Lattice Method (DLM) aerodynamics. This is a niche that appears on very few aeronautical engineering CVs and is specifically searched for in JDs from primes and UK MOD. Any SOL 145 or SOL 146 experience, including from university project work, belongs explicitly on the CV.

Aircraft systems (avionics and flight control): ARP 4754A system development process, ARP 4761 safety assessment (FHA, PSSA, SSA), DO-178C for software certification, MATLAB/Simulink for flight control system modelling and simulation (control law verification), and ARINC 429 and MIL-STD-1553 databus specifications. Fly-by-wire architecture knowledge is valued for fixed-wing roles; fly-by-light for modern helicopter programmes.

Aeronautical engineer salaries in 2026: £32K–£56K UK for graduate and junior; £55K–£88K for chartered engineers; £80K–£125K for principal engineers and DOA authority holders.

ATS Keywords for an Aeronautical Engineer Resume

Aeronautical engineer ATS filtering requires both title variants and CATIA workbench specificity. Without aerospace title variants, the CV is invisible to the majority of aerospace JD searches.

Essential ATS terms for an aeronautical engineer resume:

  • Title variants (include all that apply): Aeronautical Engineer, Aerospace Engineer, Aircraft Design Engineer, Flight Performance Engineer, Flight Mechanics Engineer, Aeroelastics Engineer, Aerodynamics Engineer, Aircraft Structures Engineer, Stress Engineer, Weight Engineer, Mass Properties Engineer
  • CATIA workbenches: CATIA V5, CATIA V6, 3DEXPERIENCE, Part Design, Assembly Design, Generative Shape Design, GSD, CATIA Composite Workbench, CATIA Kinematics, CATIA FTA (Functional Tolerancing and Annotation), ICEM Surf
  • PLM: ENOVIA, ENOVIA VPM, Windchill, Teamcenter, PLM, DMU, Digital Mock-Up
  • FEA — structures and aeroelastics: MSC Nastran, NX Nastran, Nastran SOL 101, SOL 103, SOL 144, SOL 145, SOL 146, Patran, HyperMesh, Abaqus, flutter, static aeroelastic, dynamic aeroelastic, DLM, Doublet Lattice Method, NASGRO, damage tolerance
  • Performance and flight mechanics: MATLAB, Simulink, Python, flight performance, take-off performance, landing performance, flight envelope, Vn diagram, ISA, ISA+20, payload-range, block fuel
  • CFD: ANSYS Fluent, Star-CCM+, OpenFOAM, CFD, aerodynamics, drag polar, transonic, subsonic
  • Certification standards: CS-25, FAR Part 25, CS-25.629, CS-23, CS-27, EASA, FAA, DOA, Part 21J, type certificate, STC, airworthiness
  • Quality: AS9100, NADCAP, AS9102, FAI, first article inspection, NDT, special processes
  • Systems: ARP 4754A, ARP 4761, DO-178C, DO-254, FHA, PSSA, SSA, ARINC 429, MIL-STD-1553, fly-by-wire
  • Credentials: RAeS, MRAeS, AFRAeS, FRAeS, CEng, IEng, IMechE, IET
  • Long-tail phrases: aeronautical engineer resume, aeronautical engineer cv, how to write an aeronautical engineer resume, aeronautical engineer resume 2026, aerospace engineer resume UK, flight performance engineer resume, CATIA V5 aeronautical resume, flutter engineer resume, aeroelastics engineer resume

Placement: Both "Aeronautical Engineer" and "Aerospace Engineer" in the headline or profile section — critical for ATS matching since the majority of UK JDs use the aerospace variant. CATIA V5 with specific workbenches in Skills (not just "CATIA V5"). Any Nastran SOL 145/146 experience in a prominent position — it is searched for explicitly and appears on very few CVs.

Aeronautical Engineer CV Structure and Bullets That Show CATIA Depth and Certification Outcomes

Section order:

  1. Headline — "Aeronautical / Aerospace Engineer | CATIA V5 (Part Design · GSD) · Nastran · CS-25 · MRAeS"
  2. Professional credentials — RAeS grade (MRAeS, AFRAeS, FRAeS), CEng/IEng, DOA signatory if applicable
  3. Skills — CAD & PLM / FEA & Analysis / Flight Performance / CFD / Certification Standards / Programming
  4. Experience — 4–5 bullets per role; CATIA workbench, Nastran SOL type, certification standard cited, DOA acceptance outcome
  5. Education — MEng/BEng Aeronautical Engineering (RAeS-accredited); at bottom

Two pages for 5+ years. CATIA workbench named in every design-related bullet. Nastran SOL type in every FEA bullet. CS-25 standard and amendment in every certified aircraft bullet. Margin of Safety quoted in every structural analysis result. Performance model validation result (% difference vs flight manual or flight test) in performance engineering bullets.

Three elements make an aeronautical engineering bullet convincing: the CATIA context or Nastran solution type, the certification standard applied, and the DOA/EASA acceptance or quantified performance outcome. Three examples:

  • Performed CATIA V5 Part Design and Assembly Design on the wing leading edge slat track assembly — 34-component GD&T-controlled master model, FTA annotations for datum structure, linked to ENOVIA VPM at change level 3B for configuration management; release package reviewed by Airbus Customer Engineering, accepted without request for information; assembly entered the CATIA Digital Mock-Up (DMU) at aircraft level for clearance checking
  • Developed MATLAB/Simulink flight performance model for a 19-seat regional turboprop — ISA and ISA+20 take-off field length analysis, V1/VR/V2 speed schedule optimisation, climb gradient calculation for obstacle clearance, landing field length at maximum landing weight; model validated against certified flight manual data within 1.8% on take-off distance at MTOW, ISA sea level; supported CS-23 Amendment 5 Part I performance compliance substantiation
  • Conducted MSC Nastran SOL 145 flutter analysis for a composite aileron redesign — normal modes computed in SOL 103, Doublet Lattice Method aerodynamics, V-g and V-f plot flutter speed margin confirmed > 1.15 × VD/MD at all fuel states per CS-25.629; flutter clearance report accepted by DOA principal aeromechanics engineer on first review; no physical flutter test required for the modification

Aeronautical engineer interviews at UK primes include CATIA modelling questions (how would you create a lofted surface between two aerofoil profiles in GSD?), performance questions (walk me through calculating a CS-25 take-off field length), and flutter concepts (what does a negative g value on a V-g plot indicate?). Your CV's CATIA workbench specificity, performance model validation evidence, and certification standard citations determine whether the interview tests your engineering thinking or your software familiarity.

Three Aeronautical Engineer CV Mistakes That Lose Visibility and Certification Signal

Both "Aeronautical Engineer" and "Aerospace Engineer" not present in the CV. The majority of UK job postings for aircraft engineering roles use "Aerospace Engineer" — not "Aeronautical Engineer" — regardless of the degree specialisation. ATS systems match title terms in JDs against title terms on CVs. A CV headlined "Aeronautical Engineer" with no mention of "Aerospace Engineer" will be invisible to a search for "Aerospace Engineer" unless the recruiter manually expands the search. The fix is simple: include both in the headline — "Aeronautical / Aerospace Engineer" or use one in the headline and the other in a professional profile summary. This single change dramatically improves ATS visibility for the same candidate with the same experience. The reverse is also true — if you hold a degree in "Aerospace Engineering" and are applying to Airbus or Leonardo roles whose JDs say "Aeronautical Engineer," include that variant too.

CATIA V5 listed without workbenches or product context. Every aeronautical engineering graduate in the UK has CATIA V5 on their CV. Hiring managers and ATS at Airbus, BAE, and Leonardo have seen "CATIA V5" on thousands of CVs — it is table stakes, not a differentiator. The differentiating signals are: which workbenches (Part Design and Assembly Design are standard; Generative Shape Design for complex surface modelling is significantly less common and is specifically sought for aerodynamic surfacing and aerostructures design roles; CATIA Composite Workbench for composite structure design; CATIA Kinematics for mechanism analysis); and the product context (was this a wing leading edge component, a fuselage panel assembly, a landing gear bay, a nacelle structure?). "CATIA V5 (Part Design, Assembly Design, GSD) — wing leading edge slat track assembly, 34-component GD&T-controlled master model" tells a recruiter what they need to know. "CATIA V5" tells them nothing.

Performance or aeroelastic analysis not tied to a certification outcome or validated result. Flight performance analysis and aeroelastic analysis are among the most quantitative of all aeronautical engineering activities — they produce specific numerical results (flutter speed margin, take-off field length, block fuel saving, payload-range at cruise altitude) that either meet or do not meet certification requirements. A performance engineering bullet that says "developed take-off performance analysis for a turboprop aircraft" describes activity with no result — it could be a student project or a production-grade CS-25 substantiation deliverable. Adding the validated result transforms it: "MATLAB take-off performance model validated within 1.8% vs certified AFM data at MTOW/ISA/SL, supporting CS-23 Amendment 5 compliance" is the engineering evidence. Similarly, a flutter clearance report must state the flutter margin confirmed (> 1.15 × VD/MD per CS-25.629) and whether the DOA accepted it on first review.

If you are applying to aeronautical or aerospace engineer roles at UK primes and tier-1 suppliers and want your CV rebuilt around the specific CATIA workbenches, Nastran solution types, and CS-25 requirements in a target job description, Resumegpt generates your aeronautical engineer CV from your work history in under 60 seconds — both title variants named, CATIA workbench context specified, certification depth evidenced, ATS-optimised, and exported as a PDF ready to submit.