Structural Analysis/Materials Engineer III

MD HELICOPTERS LLC•Mesa, AZ

21h•Onsite

About The Position

Perform advanced structural and materials analysis for aerospace (rotorcraft) applications to ensure the integrity, reliability, and compliance of helicopter components and systems. Evaluate technical and economic factors and recommend engineering/manufacturing actions to achieve design objectives by applying material science and related technologies.

Requirements

Deep knowledge of structural analysis concepts (static, dynamic, fatigue) and rotorcraft flight loads/airframe behavior.
Proficiency with composite and metallic structures analysis; statistical tools for failure/root-cause analysis.
Familiarity with government/industry specifications and standards (MIL, FED, AMS, NAS, ASTM, etc.).
Strong analytic and scientific reasoning; ability to deal with abstract and concrete variables.
Proficient with Microsoft Office (Word, Excel, PowerPoint, Access, Project).
The ability to understand and follow instructions and the ability to concentrate.
Excellent written, verbal, communication, and interpersonal skills.
The ability to work effectively as part of a team.
Access to Export Control Information.
Regular onsite attendance.
Bachelor’s Degree in Aerospace, Mechanical, or Materials Engineering; Master’s preferred or equivalent combination of experience and a Bachelor’s Degree.
6–8 years of relevant experience in structural/materials analysis for aerospace applications.
Knowledge of materials used in engineering applications and defining material specifications for mechanical systems and detail parts (e.g., fuselage cells, electro-mechanical components, fuel systems, power-plant installation, flight controls, rotor systems, hydraulics, metallic and non-metallic primary/secondary structures).
Understanding of both development and production design processes, including research of materials, processes, and specifications.
Ability to quickly learn processes for mechanical aircraft systems, implementations/integrations, troubleshooting techniques, acceptance testing (on/off aircraft), configuration management, and FAA certification requirements.

Nice To Haves

Prior exposure in aircraft/aerospace engineering (preferred).
Prior aircraft/aerospace exposure preferred; working knowledge of additive manufacturing is a plus.
FAA Structures DER certification (or ability to achieve) is a plus.

Responsibilities

Analyze and document structural integrity of detail, assembly, and installation drawings for helicopter systems.
Perform structural analysis of metallic and composite structures using hand calculations, computer-aided methods, and finite element analysis (FEA).
Conduct static, dynamic, fatigue, and vibration analyses on rotorcraft components and interpret dynamic system results.
Support flight strain survey instrumentation definition, pre-/post-flight data processing, and analysis.
Substantiate alterations, repairs, and rework of rotorcraft structures in accordance with applicable standards.
Analyze, research, design, and develop materials, material specifications, and related fabrication/application processes to optimize materials for structures, systems, and subsystems.
Apply principles of chemistry, physics, and material behavior to develop specifications for metallic, non-metallic, and composite materials; define fabrication, assembly, and testing processes.
Develop, analyze, and apply material properties and design allowables; define manufacturing processes and quality engineering specifications.
Perform materials analyses including failure analysis of components/systems/subsystems, life predictions, and definition of requirements/specifications.
Define component qualification processes; establish materials testing requirements; write test plans and technical reports.
Review and approve subcontractor material processing procedures (as applicable).
Act as AS9100 Engineering Representative to ensure process and documentation compliance.
Define bench testing, design test fixtures, and instrumentation requirements for components and assemblies.
Utilize engineering and analysis tools (e.g., MATHCAD, UG NX, NASTRAN/FEMAP) to model, simulate, and validate performance.
Prepare test plans, reports, and certification documentation; ensure alignment with FAA and company standards (FAA Structures DER experience or ability to achieve designation is preferred).
Work collaboratively across design, manufacturing, quality, and certification teams to meet engineering objectives.
Maintain access and adherence to Export Control information handling requirements.
Other duties may be assigned.