Top Tech Jobs & Startup Jobs

Leads design, analysis, testing, qualification, and flight development of liquid rocket thrusters. Designs injectors and combustion chambers, integrates valves and feed systems, analyzes performance and stability, supports hot-fire campaigns, investigates failures, develops engineering tools, mentors engineers, and coordinates cross-functional propulsion hardware development.

Design and develop fluid and propulsion hardware for a human-rated lunar lander across conceptual design, CAD modeling, manufacturing, assembly, verification, testing, and operations. Own engineering artifacts and model-based designs, lead design-for-manufacturability efforts, perform structural analysis, coordinate with manufacturing and operations, support hardware installation, and mentor entry-level engineers.

Provides production-floor engineering support for New Glenn payload accommodation hardware, especially large composite and metallic structures. Owns nonconformance dispositions, repair plans, root-cause investigations, corrective actions, production defect resolution, engineering changes, readiness reviews, and technical risk communication. Collaborates with design, manufacturing, quality, test, operations, technicians, and leadership to improve safety, quality, yield, schedule, and hardware readiness. Provides technical guidance to junior engineers and technicians.

Develops, executes, and analyzes electrical and electronics tests for avionics modules and spacecraft energy storage systems. Supports acceptance, environmental, and production testing; builds and validates testers, fixtures, harnesses, and scripts; analyzes data and test failures; maintains test readiness; and improves cycle time and equipment reliability. The role also contributes to design reviews, requirements traceability, compliance documentation, root-cause investigations, and safety analyses for New Glenn and Blue Moon programs.

Own the strategy, roadmap, and priorities for Blue Origin’s Manufacturing Execution System. Improve manufacturing throughput, quality, cost structure, and launch cadence by partnering with engineering, manufacturing, supply chain, design, ERP, PLM, and IT teams. Work directly with factory users, define and improve MES functionality, apply AI capabilities, manage cross-functional priorities, and ensure manufacturing processes leverage emerging technologies and best practices.

Leads the New Glenn Product Configuration team and owns configuration management policies, processes, tools, training, metrics, and compliance. Partners across engineering, manufacturing, software quality, mission assurance, and vehicle operations to maintain hardware and software baselines, manage product variants and effectivity, support audits and readiness reviews, and resolve production configuration issues. The role includes hiring, mentoring, performance management, process automation, customer certification support, and configuration control throughout reusable launch vehicle lifecycles.

Develop scalable software and digital infrastructure for aerospace supply-chain operations. Responsibilities include writing maintainable Java, Python, and JavaScript code; building React or Angular web interfaces; deploying machine-learning models; developing Spring Boot data architecture; using cloud platforms; implementing Git, Docker, and Kubernetes; and documenting tools and processes. The role requires cross-functional collaboration, technical leadership, and a strong commitment to software quality and safe human spaceflight.

Design, develop, deploy, and operate highly available secure signing infrastructure for firmware and embedded systems. Build authentication, authorization, cryptographic key-management, HSM integrations, monitoring, and CI/CD workflows. Scale services across geographic locations while maintaining separation between development and production environments. Troubleshoot infrastructure and signing issues, evaluate security solutions, and collaborate with security, firmware, silicon, manufacturing, and infrastructure teams.

Develop and operate mission-critical flight dynamics software for Blue Ring spacecraft, including orbit determination, maneuver planning, collision avoidance, telemetry processing, and flight dynamics product generation. Build microservices and data pipelines, translate astrodynamics algorithms into production systems, and support testing, verification, certification, mission operations, training, and spacecraft integration. Collaborate with engineering, infrastructure, mission control, and customer teams while maintaining safety-critical software standards.

Integrate and productionize astrodynamics algorithms into flight dynamics systems using Python and C++. Develop, test, validate, document, and maintain mission-critical software for orbit determination, trajectory planning, maneuver execution, and spacecraft operations. Support simulations, mission rehearsals, live flight operations, issue triage, releases, automation, and fleet-scale workflows while collaborating across engineering, mission planning, and flight operations teams.