Head of Propulsion Engineering

What You’ll Get To Do:

• Lead and manage the technical direction of propulsion systems development.
• Ensure optimization for performance across mission profiles, design for manufacturability, ease of serviceability, and reusability via a deep understanding of the systems engineering approach and requirements-based design.
• Recruit, lead, and mentor a diverse team of engineers in designing and building propulsion systems, fluid modeling, and testing programs.
• Track and maintain the schedule for propulsion deliverables and manage multiple development and test programs.
• Work with manufacturing and additive teams to produce propulsion components and manage vendor relationships.
• Identify and mitigate technical risks to ensure successful system development.
• Own accountability of propulsion engineering readiness for design reviews from component to system level.
• Make significant technical contributions to new engine programs, leveraging expertise to advance technology and enhance performance capabilities.

What You Have:

• The ideal candidate will be a multi-disciplinary leader with a diverse set of skills and experience leading teams through development to production.
• Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or related field.
• Minimum of 10 years of comprehensive experience in the design, development, and test of propulsion and fluid systems for aerospace applications (air breathing or rocket).
• Minimum of 3 years of leadership experience, with a track record of successfully managing people and technical teams, achieving shared objectives.
• Expertise in propulsion system design principles, fluid dynamics, combustion processes, and thermal management.
• Hands-on experience in designing products for manufacturing, leading efforts to improve reliability, with concrete examples of successful initiatives they spearheaded from start to finish.
• Demonstrated leadership and management abilities with a proven track record delivering complex propulsion and fluid system projects from concept through qualification.
• Comprehensive knowledge of industry regulations, standards, and best practices related to propulsion system development and aerospace engineering (e.g. SMC-S-016 and SMC-S-025).
• Excellent communication and interpersonal skills to effectively work in a hybrid in-person/remote work environment, with the capacity to effectively engage with stakeholders, including cross-functional teams and industry partners.

What Will Set You Apart:

• Advanced degree in aerospace or mechanical engineering.
• Experience designing and/or testing rotating detonation engines.
• Experience going through the product development cycle from concept to production for air breathing or rocket engines, doing this for high speed systems (ram or scramjets) will truly set you apart.
• Experience leading cross-functional teams for technically challenging projects on tight timelines while staying on budget.
• Strong background in systems engineering for engine or propellant feed systems.
• Deep understanding of engine testing planning, executing, data analysis, leading anomaly investigations.
• Familiarity with standards such as SMC-S-016, NASA STD-5012, AIAA S-080A-2018.
• Experience developing and standardizing processes for design, analysis, and testing