Aeroelastician for High-Altitude Aircraft Innovation

The People Foundry; Zaragoza; Presencial; EUR 60.000 - 90.000; Jornada completa

Descripción de la vacante

The People Foundry is seeking an Aeroelastician to join the Teruel, Aragón engineering team. You will work on a next-generation high-altitude aircraft, focusing on aeroelastic modelling, flutter analysis and multidisciplinary optimisation.

The role requires 3–4+ years in aeroelasticity or related aerospace engineering, an advanced aerospace degree, and strong Python and computational modelling skills. You will collaborate with international experts and engineers across dynamics and structures.

Formación

• 3–4+ years of aeroelasticity, structural dynamics or closely related aerospace engineering.
• Advanced degree in Aerospace Engineering or related discipline.
• Practical experience with aeroelastic modelling.
• Strong grounding in theory, not just software.

Responsabilidades

• Model and predict nonlinear aeroelastic behaviour.
• Perform dynamic gust response and flutter analysis.
• Define flutter boundaries for highly flexible wings.
• Inform structural sizing while minimising mass and power consumption.
• Integrate aeroelastic analysis into multidisciplinary design optimisation.
• Develop tools and models for rapid engineering iteration.

Conocimientos

Aeroelasticity

Structural dynamics

Python

Computational modelling

Analytical thinking

Educación

Advanced degree in Aerospace Engineering

Herramientas

SHARPy

NATASHA

ASWING

UVLM/GEBT

Nonlinear FEM

Descripción del empleo

The People Foundry is seeking an Aeroelastician to join the Teruel, Aragón engineering team. You will work on a next-generation high-altitude aircraft, focusing on aeroelastic modelling, flutter analysis and multidisciplinary optimisation.

The role requires 3–4+ years in aeroelasticity or related aerospace engineering, an advanced aerospace degree, and strong Python and computational modelling skills. You will collaborate with international experts and engineers across dynamics and structures.