Build the Simulation Environment: Develop and manage the end-to-end architecture for effectiveness modelling, ensuring the environment can simulate complex interactions.
Conduct Trade-Off Studies. Perform sensitivity and trade-off analyses to balance variables like mass, shape, and material choices against mission requirements.
Improve the Models: Establish the methodology for validating simulation results against physical test data, ensuring the digital environment accurately reflects real-world physics.
Inform Design Decisions: Provide data-driven insights to the broader engineering team to determine key dependencies and constraints and to optimize overall system effectiveness
Standardize Metrics. Define and track quantitative performance indicators to measure system success.
You have 3+ years of experience in simulation and modelling. Background in weapons effects modelling is preferred.
You have a strong background in numerical simulation in either of high-speed flows using CFD, explicit dynamics using FEM, or Lagrangian particle tracking for modelling explosive events.
You have the technical skill to build automated workflows and simulation pipelines rather than just running existing tools.
You are comfortable in ambiguous, fast-paced environments. You don’t wait for a perfect roadmap; you create the path forward, bringing cross-functional colleagues along and ensuring the team maintains momentum in a collaborative way.
Job details are sourced from the employer's original posting.
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Hypersonica is a company focused on advanced systems engineering, likely in the aerospace or defense sector, given the job description's emphasis on mission objectives, requirements decomposition, and model-based systems engineering (MBSE).