ATS Resume Keywords for Aerospace Engineers

Aerospace engineering ATS filters are among the most standards-intensive in any industry. Recruiters enter specific FEA solvers (NASTRAN, ANSYS), certification frameworks (DO-178C, FAR Part 25), and structural methodology terms (damage tolerance, fatigue analysis) as required keywords. "Performed structural analysis" matches none of these individual filters.

Aerospace engineering resumes must navigate one of the most standards-intensive hiring environments in any industry. ATS software filters on specific analysis tools (NASTRAN, ANSYS, MATLAB), certification standards (DO-178C, DO-254, MIL-STD, AS9100), and domain knowledge (aerodynamics, structures, propulsion, avionics). A resume that says "performed structural analysis" without naming the solver, the material system, or the applicable specification will score lower. Your resume must be precise about tools, standards, and domain areas.

To check whether your NASTRAN, DO-178C, and damage tolerance keywords are being captured, paste your aerospace engineering resume into the ATS resume checker alongside the target posting.

What ATS Systems Look For in Aerospace Engineer Candidates

Aerospace engineering ATS screening adds regulatory and clearance layers that do not exist in other engineering disciplines. Recruiters configure their first filter around analysis solver names -- NASTRAN, ANSYS, Abaqus -- because aerospace structural work requires validated tools, not generic FEA. The second filter checks for certification framework familiarity: DO-178C for avionics software, DO-254 for airborne electronics, FAR Part 25 for transport aircraft structures, and MIL-STD for defense programs. Each is a separate keyword with zero overlap in ATS matching. The third filter screens for structural methodology terms specific to aerospace: damage tolerance, fatigue analysis, static loads, buckling -- generic 'stress analysis' does not capture the specialization. For defense roles, a fourth filter checks for security clearance level and ITAR compliance. Aerospace recruiters report that the most qualified candidates often score lowest on ATS because they assume the recruiter understands their context -- but the ATS does not. It only matches strings.

Top ATS Keywords for Aerospace Engineer Roles

Aerospace engineering postings distribute ATS keywords across analysis tools and solvers (Critical), certification and regulatory standards (High), structural and aerodynamic methodology terms (High), and program lifecycle milestones (Medium). The depth of aerospace-specific vocabulary means your resume must be precise about which solver, which standard, and which analysis type you have used.

Aerospace Engineer Keywords by Category

Wondering which solver, certification, and structural methodology keywords your aerospace resume is missing? Paste it with a real posting into the free ATS resume checker to see the gaps instantly.

Example Resume Bullet Improvements for Aerospace Engineers

Aerospace engineering bullets should name the FEA solver, the certification standard, the material system, and the program milestone. The before-and-after examples below demonstrate how. Use the resume keyword optimizer to spot where your own aerospace resume needs more precise terminology.

Example Resume Keywords for Aerospace Engineers

These sample bullet points show how aerospace engineer keywords appear in a well-optimized resume:

• Performed damage tolerance and fatigue analysis of composite wing structure using NASTRAN SOL 101/103/200, demonstrating compliance with FAR 25.571 for type certification.
• Ran CFD simulations in ANSYS Fluent for turbofan nacelle inlet optimization, achieving 6 percent drag reduction while maintaining total pressure recovery above 0.996.
• Authored 18 certification substantiation reports per DO-178C DAL-B, coordinating with DER reviewers and FAA through PDR, CDR, and TRR milestones.

Common Aerospace Engineer Resume Mistakes That Fail ATS

Aerospace engineers lose ATS points by using generic engineering terms where the industry has specific vocabulary. "Stress analysis" does not match "damage tolerance," "FEA software" does not match "NASTRAN," and "certification work" does not match "DO-178C." Our guide on how to pass ATS covers formatting and strategy in depth.

• Writing "FEA" without naming the solver -- NASTRAN, ANSYS, and Abaqus are each separate ATS keyword matches.
• Omitting certification standards (DO-178C, FAR Part 25, MIL-STD) that are non-negotiable hard filters in aerospace.
• Using "structural analysis" without specifying type -- static, fatigue, damage tolerance, and buckling are distinct keywords.
• Listing "MATLAB" without specifying the application domain (flight dynamics, controls, loads analysis, performance).
• Forgetting program lifecycle terms (PDR, CDR, TRR, qualification testing) that signal formal development process experience.

How FilterProof Helps Aerospace Engineers Build ATS-Ready Applications

For aerospace engineering roles, FilterProof checks your resume against the analysis tools (NASTRAN, ANSYS, MATLAB, Simulink), certification frameworks (DO-178C, DO-254, FAR/CS 25, MIL-STD), structural and aerodynamic terms (FEA, CFD, loads analysis, damage tolerance), and program lifecycle keywords (PDR, CDR, qualification testing) the employer listed. The analysis is especially valuable for aerospace because job descriptions often use both the acronym and the spelled-out form, and your resume needs to include both for maximum ATS coverage. FilterProof flags these gaps and suggests where to add the alternate form.

Ready to test your aerospace engineering resume against a specific job description? Run it through the free ATS resume checker and find out which NASTRAN, CFD, and certification keywords you matched and which need attention.

For ongoing advice, explore our resume optimization blog for aerospace engineer-specific guides and strategies.