Durability and Damage Tolerance Stress Engineer 4 BA PGM

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Location: Texas, United States
Job type: Permanent
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Sector: Manufacturing
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Overview:

Metallic Durability & Damage Tolerance Analyst supporting BA Program, Red Oak, Texas.
Designs, develops and tests metallic or non-metallic structures or materials and their related fabrication processes for use in engineering designs. Analyzes, researches and develops structural engineering specifications involving metals, non-metallic or composite structural materials for product design, or operation of product to include structures, mechanical, hydraulic, electrical and electronics, power plant, armament, heating and ventilating, equipment and maintenance designs. Analyzes damage tolerance, durability, design allowables and structural modeling. Specific structural engineering specialties may include dynamics and loads, stability and stress fatigue and thermal analysis. Tools utilized include CATIA, IDEAS, ProEngineer and a variety of software applications.

Responsibilities:

Applies extensive technical expertise in developing solutions to complex problems which require the regular use of ingenuity and creativity. Assignments are typically performed without appreciable direction. Interacts with senior external personnel on significant technical matters often requiring coordination between organizations. Erroneous decisions or recommendations would typically result in failure to achieve major project objectives.

Position requires sound engineering judgment, excellent communication skills, and the ability to interface constructively and effectively in a dynamic team environment. Team responsibility for technical compliance to all structural integrity contractual requirements.

Candidate should possess a Bachelor of Science degree or better in Aerospace, Mechanical, or Civil Engineering; a minimum of 10 years prior aerospace structural engineering experience; prior MRB-D&DT Liaison experience preferred or basic familiarity with aerospace Material Review Board (MRB) processes and production shop floor practices desirable.

Mastery of classical and finite element model (FEM) structural analysis methods necessary to support withholding tag disposition of non-conforming metallic materials. Expert proficiency with Pro-Engineer / MECHANICA and AFGROW, CRACKS90, or similar industry standard crack growth analysis software applications.
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