Performance Dynamic Engineer
Core
Analysis, simulation, and optimisation of landing gear systems throughout the product development lifecycle.
Role type
Mid-level mechanical systems engineer (dynamics & simulation)
Builds
Computational models and dynamic simulations for landing gear systems
Domain
Aerospace/Defence mechanical systems
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
MSC ADAMS, dynamic simulations, load analysis, frequency response analysis, stability/shimmy/modal/vibration analysis, model validation against test data, requirements definition, test requirement definition
Preferred skills
Aerospace/defence/automotive/rail sector experience, landing gear systems knowledge, testing/verification/validation support, system integration, requirements management, industry standards/certification processes
Technologies
MSC ADAMS, MATLAB/Simulink, AMESim
Responsibilities
Develop computational models and perform dynamic simulations of landing gear systems; Calculate static and dynamic loads to support design and certification activities; Conduct performance evaluations and frequency response analyses; Perform stability, shimmy, modal, vibration, and failure case analyses; Correlate, validate, and maintain simulation models against test data and operational performance; Define and validate performance and dynamics requirements for landing gear systems; Prepare simulation plans, analysis methodologies, and pass/fail acceptance criteria; Optimise engineering solutions in collaboration with cross-functional engineering teams; Define test requirements and support the analysis and interpretation of test results
Seniority
Mid-level, hands-on IC
