Top Tech Jobs & Startup Jobs

Lead manufacturing cost and inventory accounting: month-end close, cost maintenance, variance analysis, ERP accuracy, cycle counts, cost-driver modeling, SOX/audit support, and cross-functional process improvements.

Perform orbit determination and navigation analysis for LEO and cislunar missions: process tracking data, develop and tune filters, maintain high-fidelity force models, produce ephemerides and covariances, support flight operations, verify/validate models and software, and document technical results while mentoring junior engineers.

Lead and support month-end, quarter-end, and year-end close activities, prepare journal entries and reconciliations, produce GAAP financial statements and disclosures, assist with internal controls (SOX) and technical accounting, support audits, perform ad-hoc analysis, and collaborate with FP&A, operations, and legal.

Design and optimize spacecraft trajectories and maneuver sequences for LEO and cislunar missions; develop targeting algorithms, error budgets, contingency plans, and verification tests; support flight operations and maneuver reconstruction; collaborate across teams to translate designs into executable commands; author technical documentation and mentor junior engineers.

Lead propulsion integration and test activities for liquid rocket engines: define configurations, design and execute test plans, analyze test data, mentor propulsion engineers, support manufacturability and production integration, and develop propulsion component concepts and test processes.

The role involves leading the transition of propulsion products to production, creating assembly instructions, process improvement, and troubleshooting failures. Requires teamwork and communication to ensure successful engine assembly and testing for spacecraft.

Design, deploy, and operate cloud and on-premises infrastructure for mission-critical spacecraft ground systems. Manage Kubernetes containerized workloads, CI/CD pipelines, AWS cloud services, IaC, observability, streaming data platforms, authentication/authorization, and incident response to ensure scalable, secure, and highly available mission operations.

Design, develop, and manage propulsion components and systems for launch vehicles. Lead cross-functional teams, improve cost efficiency, and ensure product quality through rigorous testing.

Design, develop, test and integrate embedded flight software for spacecraft. Collaborate with engineers, optimize firmware for performance and conduct code reviews.

The Propulsion Director will lead the design, development, and testing of propulsion systems for aerospace vehicles, managing a team of engineers and ensuring technical excellence throughout the product lifecycle.