Play a key role in advancing structural integrity through fatigue and fracture analysis. Collaborate on developing analytical methods, conducting tests, and ensuring compliance with requirements to support aerospace engineering projects.

Grow your career with a key role in analyzing structural fatigue and fracture processes. Lead the development of methods and documentation to ensure product integrity, conducting tests and analyzing results to enhance aerospace engineering outcomes.

Unlock innovative space capabilities by designing and testing GN&C algorithms. Collaborate in a dynamic team to develop high-fidelity simulations and flight software, leading projects that push the boundaries of aerospace technology.

Champion the development of cutting-edge weapon planning software, collaborating with cross-functional teams to enhance mission-critical systems using Agile methodologies and modern technologies like TypeScript, React, and C#.

Drive innovation in spacecraft guidance, navigation, and control systems. Collaborate across teams to design, implement, and validate advanced algorithms and simulations, ensuring mission success through effective problem-solving and mentorship.