Required Skills & Experience
- Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, Aeronautical Engineering, or a related engineering discipline.
- 8+ years of aircraft structural/stress analysis experience.
- 8+ years of experience supporting aircraft modifications, repairs, sustainment activities, or new aircraft development.
- Ability to obtain a Secret Clearance
- Advanced proficiency using MSC Nastran and FEMAP for aircraft structural analysis.
- Experience analyzing aircraft primary structures including fuselage frames, skins, longerons, floor beams, fittings, and structural reinforcements.
- Strong understanding of static strength analysis methods and the ability to independently develop structural analysis approaches.
- Experience generating and defending aircraft structural substantiation reports using a combination of finite element analysis, classical hand calculations, and sound engineering judgment.
- Experience developing free-body diagrams, internal load calculations, margins of safety, and structural compliance documentation.
- Working knowledge of FAA and military airworthiness requirements related to aircraft structures and static strength substantiation.
- Experience reviewing engineering design data utilizing CAD and PLM tools.
Nice to Have Skills & Experience
- Experience performing fatigue and damage tolerance analysis utilizing NASGRO or similar tools.
- Experience supporting MRB activities, repair substantiation, or aircraft sustainment programs.
- Experience developing engineering tools utilizing VBA, Excel macros, Python, MATLAB, or similar software.
- Prior experience serving as a technical lead, team lead, or mentor within a structural analysis organization.
- Experience with military aircraft, ISR platforms, special mission aircraft, or business jet modifications.
Job Description
An employer in Greenville, TX is seeking two experienced Senior Stress Analysis Engineers to support complex aircraft modification, certification, sustainment, and repair programs. This role is ideal for engineers who bring strong structural fundamentals, adaptable analysis skills, and a leadership mindset, and who are comfortable working outside of rigid OEM-specific toolchains. Engineers who enjoy mentoring and leading technical teams, rather than solely performing individual contributor analysis work, will be a great fit for this opportunity. We are specifically interested in engineers who can independently develop and apply structural analysis methods, tools, and substantiation approaches rather than relying solely on proprietary OEM processes. Responsibilities include:
- Perform classical hand calculations and develop finite element models (MSC Nastran/FEMAP) to predict internal loads, displacements, stresses, and margins of safety for aircraft structures.
- Analyze aircraft primary structure including fuselage frames, longerons, skins, floor beams, fittings, pressure structure, and major structural reinforcements.
- Support major aircraft modifications, repairs, and sustainment activities on FAA-certified (14 CFR Part 25) fixed-wing transport and business jet aircraft.
- Generate free-body diagrams, internal load paths, margins of safety, and structural substantiation using accepted aerospace engineering methodologies. Perform static strength analysis and support fatigue and damage tolerance evaluations as required.
- Develop structural test plans, post-process test data, and establish allowable strength data to support certification and airworthiness findings.
- Generate and peer review detailed stress reports supporting aircraft certification, repairs, modifications, and airworthiness compliance. Collaborate closely with design engineers to develop aircraft modifications and installations that satisfy FAA and military airworthiness requirements.
- Review engineering design data using CAD and PLM tools to ensure structural requirements are properly incorporated into the design.
- Support Material Review Board (MRB), repair substantiation, field modifications, and engineering investigations as needed.
- Manage assigned tasks within scope, budget, and schedule requirements.
- Estimate engineering labor hours for proposals and manage labor forecasts for a small team of stress engineers.
- Develop analysis automation tools, spreadsheets, scripts, or engineering utilities to improve efficiency and standardize analysis methods.