At a glanceSummarised by Seekless from the posting.
Must have6
Bachelor's or Master's degree in Aerospace Engineering, Mechanical Engineering, or a related field
3–5 years of industry experience in structural dynamics, aeroelasticity, or vibration engineering
Proficiency with FEA packages: NASTRAN (Femap or equivalent), Abaqus, or Optistruct – for modal, transient, frequency response, and/or random vibration analysis
Demonstrated experience defining and executing vibration and dynamic test plans
Strong ability to correlate experimental test data against simulation predictions
Solid grounding in structural dynamics fundamentals: SDOF/MDOF systems, modal analysis, damping, and forced response
Skills
NASTRAN
Femap
Abaqus
Optistruct
About the role
The Destinus engineering team is seeking an Aeroelastic/Structural Dynamics Engineer to lead structural dynamic and aeroelastic simulation activities across our vehicle programmes, from model setup through test correlation.
The ideal candidate bridges analysis and test – ensuring dynamic behaviour is accurately predicted, verified, and substantiated against experimental data.
Responsibilities
What You’ll Do
· Set up, execute, and post-process structural dynamics and aeroelastic simulations
· Create and maintain Global Finite Element Models (GFEM) representing vehicle-level dynamic behaviour, ensuring consistency and traceability with detailed local FE models
· Support structural dynamic qualification and verification of components, subsystems, and full vehicle assemblies
· Define, document, and oversee execution of vibration, modal survey, and ground vibration test (GVT) campaigns
· Correlate simulation predictions against experimental test data; interpret and communicate results clearly
· Prepare technical reports, analysis documentation, and design justification packages
Requirements
What You’ll Need
· Bachelor’s or Master’s degree in Aerospace Engineering, Mechanical Engineering, or a related field
· 3–5 years of industry experience in structural dynamics, aeroelasticity, or vibration engineering
· Proficiency with FEA packages: NASTRAN (Femap or equivalent), Abaqus, or Optistruct – for modal, transient, frequency response, and/or random vibration analysis
· Demonstrated experience defining and executing vibration and dynamic test plans
· Strong ability to correlate experimental test data against simulation predictions
· Solid grounding in structural dynamics fundamentals: SDOF/MDOF systems, modal analysis, damping, and forced response