Lead Stress

Key Responsibilities

• Perform

  stress analysis

  on aerospace components made of metallic and composite materials
• Carry out

  linear and non-linear static analysis

  ,

  modal/dynamic analysis

  , and

  fatigue analysis

• Utilize handbooks like

  MMPDS

  ,

  MIL-HDBK-5

  , and composite reference materials for allowables and material properties
• Conduct

  classical stress calculations using hand methods

  and validate with FEA
• Use industry-standard FEA tools such as

  OptiStruct

  ,

  Nastran/Patran

  ,

  ANSYS

  ,

  LS-DYNA

  , and

  NASGRO/AFGROW

• Prepare and review

  stress reports and documentation

  for

  airworthiness certification

• Ensure compliance with relevant

  certification standards

  such as

  FAR

  ,

  JAAR

  ,

  CAR

  ,

  MIL

  , and UAV-specific guidelines
• Collaborate with design, manufacturing, and quality teams to support the product development lifecycle
• Interpret aerospace design requirements and apply stress engineering principles to ensure product integrity and safety

Required Qualifications

• Bachelor's or Master's degree in

  Aerospace Engineering

  ,

  Mechanical Engineering

  , or a related field
• Proven experience in

  stress analysis

  of

  aerospace structures

  , both metallic and composites
• Familiarity with

  aerospace terminologies

  and standards
• Good working knowledge of

  aerospace materials

  ,

  material allowables

  , and certification guidelines
• Experience in using stress analysis tools such as

  OptiStruct

  ,

  Nastran/Patran

  ,

  ANSYS

  ,

  LS-DYNA

  ,

  NASGRO

  , or

  AFGROW

• Ability to prepare and document

  stress analysis reports

  for regulatory certification
• Understanding of airworthiness and certification standards such as

  FAR/JAAR/CAR/MIL

• Strong analytical and problem-solving skills with excellent communication and documentation abilitie