Senior Propulsion Engineer - Hardware and Bus Systems

Varda Space Industries•El Segundo, CA

5d•$140,333 - $179,314•Onsite

About The Position

As the Senior Propulsion Engineer – Hardware & Bus Systems, you will be a hands-on technical owner of the propulsion subsystem and propulsion hardware across Varda's fleet of satellite buses. You will be responsible for propulsion system architecture, analysis products, component sizing, propulsion software tool development, data review, detailed mechanical design, subsystem test, and operations both on the ground and in orbit while working within an interdisciplinary engineering team. Your work will directly influence the development of future vehicles and capabilities key to Varda’s growth. You’ll thrive in a fast-moving environment, taking full ownership of your systems and raising the technical bar for everyone around you.

Requirements

B.S. in Aerospace Engineering, Mechanical Engineering, or a related discipline; equivalent professional experience considered (typically 3–6+ years)
3+ years of hands-on experience in propulsion or fluid systems definition, design, build, and test for spacecraft or launch vehicles
Deep working knowledge of flight fluid system hardware: pressurized components, tubing, fittings, seals, valves, and instrumentation
Proficiency reading and authoring P&IDs
Proficiency with CAD tools (e.g., CATIA, SolidWorks, NX) and PLM software
Experience authoring and executing operational procedures for ground test or flight campaigns, including console operations
Demonstrated ability to drive anomaly investigations and technical problems to resolution across organizational boundaries

Nice To Haves

6+ years of years of spacecraft or launch vehicle propulsion experience, including satellite bus-level propulsion architectures (monopropellant, bipropellant, cold gas systems)
Hands-on experience building Python scripts or spreadsheet tools to automate recurring propulsion analysis & data review workflows
Structural analysis experience using ANSYS, NASTRAN, or equivalent FEA tools applied to propulsion or fluid system hardware
Experience generating and reviewing technical drawings and applying GD&T per ASME Y14.5 standards
Experience with spacecraft-grade propellants including cryogenic, hypergolic, or high-test peroxide systems. Working knowledge of cleanliness, handling, and safety requirements.
Test, launch site, or in-flight operational experience on spacecraft or launch vehicles.
Proficiency using 1D fluid modeling & analysis tools (GFSSP, REFPROP, other)
Experience developing & refining engineering standards, design guidelines, or analysis frameworks within a propulsion organization
Exceptional technical communication skills — precision and clarity in work instructions, engineering specifications, and engineering memos
Experience managing or mentoring technical contributors, formally or informally

Responsibilities

Maintain the Varda spacecraft propulsion system technical baseline, including P&IDs and system-level documentation
Design, analyze, and test Varda satellite bus propulsion flight hardware and components
Identify opportunities and execute propulsion system block upgrades on operational vehicles, inclusive of both schematic and hardware changes, to increase reliability and cadence
Help define requirements and high-level propulsion architecture for future Varda vehicles; develop project plans with roadmaps, milestones, and drive cross-team alignment
Generate propulsion performance analysis products and document key requirements (propellant budgets, pressure ladders, fluid component sizing, structural & thermal limits, more) and deliver them as inputs to GNC, Mission Operations, Thermal, and other cross-disciplinary partner teams
Build Python scripts and spreadsheet tools to automate recurring analysis and test data reduction workflows
Execute detailed mechanical design of propulsion hardware and fluid system components; perform structural analysis using ANSYS, NASTRAN, or equivalent FEA tools
Author and review design documentation, engineering specs, build/integration/test procedures, and engineering memos
Sit on console for in-flight propulsion operations
Serve as a technical authority to disposition hardware nonconformances. Lead anomaly investigations and drive corrective actions to improve quality across the organization.
Mentor junior engineers and serve as a technical reviewer for analysis products, design packages, and external deliverables