07/18/2026 updated
MS
100 % available
Aerospace stress engineer (Femap, Ansys), Composite and metallic structures analyse
Phuket, Thailand
Worldwide
FemapStructural Mechanics
Aerospace Stress Engineer with 5+ years of hands‑on experience in airframe structural analysis and design validation. I specialize in static, fatigue, and damage‑tolerance assessments for both metallic and composite aircraft structures – from wing boxes and fuselage panels to control surfaces and landing gear attachments.
My core competency lies in solving complex engineering problems using the Finite Element Method (FEM). I work daily with FEMAP (pre/post), Siemens NX (CAD/CAE), and ANSYS Mechanical (non‑linear, contact, and composites). I have successfully delivered dozens of projects involving strength verification, stiffness optimisation, and weight reduction, always ensuring compliance with aviation certification requirements.
Beyond pure analysis, I apply TRIZ methodology to resolve conflicting design constraints – improving structural efficiency without compromising safety or manufacturability. I hold a strong command of Aviation English (technical documentation, reports, and direct communication with international teams), which allows me to collaborate seamlessly with customers from Europe, the US, and Asia.
I am currently available for remote part‑time contracts – whether it’s a quick FEA audit, a full sub‑component stress report, or iterative design support. I deliver clear, well‑documented results on time, with a focus on practical engineering solutions.
Experience
Professional experience5 - 10 years
Freelancer since2024
Languages
EnglishFluent