Principal Propulsion Engineer
at Venusaero
Remote, remote, principal, 10+ years
posted 13 Oct 2026
- ANSYS mechanical
- CAD
- Fluid network modeling
- NX
- StarCCM+
- Microsoft Visio
- CFX
- Systems engineering
- P&ID
- GFSSP
- Agile
- SolidWorks
- Matlab
- Python
About the role
Remote: yes Posted: 2026-10-13
What comes with it
- Support design, analysis, manufacturing, and testing of propulsion piece parts and assemblies
- Generate CAD models of components and engine systems
- Fluid network modeling, analysis and design: design and analysis engine fluid systems, identify COTS components for fluid systems, work with suppliers to source components.
- Generate P&ID’s of engine systems
- Develop and execute test plans; analyze test results
- Systems engineering experience focusing on generating engine balances, engine sizing and requirements, technical understanding of various engine cycles, and trading cycle efficiencies of various engine cycles
- Use engine P&IDs to generate fully detailed CAD models of engine assemblies
- Use agile methodology to break down complex projects into daily and weekly actionable tasks
- Own the entire lifecycle of an engine assembly: combustor, thrust take-out structure, gimbal system, possibly pump and possibly hot gas turbine, flow control devices, etc.
- Mentoring younger team members to increase their experience of the team in headquarters
What You Have - 10+ years of aerospace vehicle and engine systems engineering/design experience
- Bachelor’s degree in aerospace or mechanical engineering
- Systems engineering and operational experience
- Experience working on multidisciplinary project teams
- Knowledge of standard aerospace materials used in designs of propulsion systems for high mechanical and thermal loads
- Knowledge of aerospace fluid systems component and fluid connections specifications
- The ideal candidate will be a multi-disciplinary engineer with a diverse set of skills and experience in some or most of these fields of expertise: mechanical and fluid systems designs, structural/thermal design and analysis, engine testing and hot-fire data analysis, hands-on experience with assembling and testing propulsion systems, generating complex CAD models and designing for manufacturing (DFM), including excellent communication and interpersonal skills.
Read from jobs.lever.co, last seen 3d ago.