ATS Resume Guide for Aerospace Engineer: Keywords, Skills, and Optimization Tips
Aerospace Engineer resumes are screened by ATS systems at defense contractors, commercial aviation companies, and space technology firms for specific domain knowledge, clearance eligibility, and specialized engineering software proficiency. This guide covers the keyword strategy for aerospace engineering positions.
Critical Keywords for Aerospace Engineer
These are the keywords that ATS systems most commonly screen for when evaluating Aerospace Engineer resumes. Missing more than 30% of critical keywords typically results in automatic rejection.
Important Keywords
These keywords strengthen your application but are less likely to be hard filters.
Nice-to-Have Keywords
Technical Skills
- Aircraft and spacecraft structural design and analysis
- Finite element analysis (ANSYS, Nastran, Abaqus)
- Computational fluid dynamics simulation
- CAD modeling (CATIA, NX, SolidWorks)
- Flight test planning and data analysis
- Systems engineering and requirements management
- Composite material design and analysis
- Regulatory compliance (FAA, DO-178C, AS9100, MIL-STD)
Soft Skills That Score Well
- Cross-disciplinary team collaboration on complex programs
- Technical writing for design reviews and certification documentation
- Program milestone communication to stakeholders
- Analytical thinking under safety-critical constraints
Relevant Certifications
These certifications commonly appear in Aerospace Engineer job descriptions and can improve your ATS score by 5-15 points.
- Professional Engineer (PE) license
- INCOSE Certified Systems Engineering Professional (CSEP)
- Security clearance (Secret, Top Secret)
- Six Sigma certification
Experience Requirements
Most Aerospace Engineer positions at the mid level require 2-10 years of relevant experience. Resumes that fall outside this range face scoring penalties from ATS systems that use experience matching.
Education Requirements
- Bachelor's or Master's degree in Aerospace Engineering, Mechanical Engineering, or related field
- PhD valued for research and advanced propulsion roles
- Security clearance eligibility for defense programs
ATS Optimization Tips for Aerospace Engineer
- Specify aircraft or spacecraft type experience: commercial, military, rotorcraft, satellite, launch vehicle
- Name analysis software: ANSYS, NASTRAN, MATLAB, CATIA, NX
- Include regulatory standards by number: AS9100, DO-178C, MIL-STD-810
- List security clearance level if applicable
See how your resume scores against ATS systems
Check Your ATS Score Free →Common Resume Mistakes to Avoid
- Not specifying aerospace domain: commercial aviation, defense, space, UAV
- Omitting analysis and CAD software names
- Using generic engineering language without aerospace-specific terminology
- Not mentioning clearance status when applying to defense contractors
Sample Optimized Bullet Points
These bullet points demonstrate how to incorporate keywords naturally while showing measurable impact:
- Led structural analysis of composite wing assembly using ANSYS FEA for next-generation commercial aircraft, achieving 15% weight reduction while meeting all FAA certification requirements
- Designed and tested propulsion system components for satellite thruster program, managing requirements from concept through qualification testing across 18-month development cycle
- Performed CFD analysis of 30+ aerodynamic configurations optimizing lift-to-drag ratio by 8% for UAV platform, reducing fuel consumption and extending range by 200km
- Supported FAA certification program for avionics system upgrade, preparing DER-reviewed analysis reports and coordinating flight test program across 50 test points
Strong Action Verbs for Aerospace Engineer
Common ATS Systems for Aerospace Engineer Roles
Employers hiring for this role frequently use these ATS platforms. Understanding their specific quirks can give you an edge.