Lead projects leveraging hybrid digital twins, advanced AI, and uncertainty quantification to deliver high-credibility engineering simulations for aerospace system design and airworthiness
Job Summary
Lead projects leveraging hybrid digital twins, advanced AI, and uncertainty quantification to deliver high-credibility engineering simulations for aerospace system design and airworthiness.
Ramp up the launch of simulation-based solutions for Collins products, lead research efforts in Clean Aviation and HORIZON, and contribute to the strategic research roadmap definition.
Develop advanced design methods and solutions by leveraging AI-driven simulation, uncertainty quantification, and statistical computing for cyber-physical systems and virtual certification.
Matching Summary
Lead projects leveraging hybrid digital twins, advanced AI, and uncertainty quantification to deliver high-credibility engineering simulations for aerospace system design and airworthiness.
Skills & Requirements
Must-have
AI-driven simulation
hybrid digital twins
uncertainty quantification
scenario-based analysis
simulation credibility
deep learning
generative AI
Nice-to-have
intellectual curiosity
risk takers
integrity
challenge the status quo
Key Requirements
Bachelor's degree with 8+ years of relevant experience
Advanced degree with 5+ years of experience
Experience in modeling and simulation of complex cyber-physical systems
Strong expertise in statistical simulation methods
Experience with simulation-based verification
Proficiency in Model-Based Systems Engineering (MBSE)
Experience in software development and object-oriented programming