| Hard Skills:
· Deep understanding of load paths, structural dynamics (shock, vibration, acoustics), mechanical interfaces, and thermal studies & control principles for both launch vehicles and ground infrastructure.
· Solid knowledge of environmental testing methodologies (static load, thermal vacuum, shaker, pyro-shock).
· Strong understanding of manufacturing processes for space-grade materials (machining, additive manufacturing, composite layups, welding).
· Familiarity with industry-standard analysis tools (FEA/FEM, thermal solvers) to effectively challenge, guide, and review the team’s engineering outputs.
Soft Skills (Behavioral Competencies):
· Decision-Making: Pragmatic and decisive, with a strong ability to lead technical trade-offs and manage engineering risks.
· Communication: Excellent cross-functional communication and negotiation skills to align with systems engineering, propulsion, and production teams.
· Resilience: Problem-solving mindset, capable of navigating the technical hurdles inherent to launch vehicle development.
· Mentorship: Capacity to foster a culture of technical rigor, safety, and continuous improvement within the team. |