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Designs, prototypes, builds, and tests spacecraft hardware and mechanisms. Responsibilities include requirements collaboration, mechanical design documentation, work instructions, test planning, troubleshooting, and support for launch and test campaigns. The role partners with systems architects, technicians, manufacturing engineers, and other engineering teams to optimize spacecraft designs for performance and manufacturability.

Lead and sustain spacecraft and payload manufacturing processes for production and prototype builds. Develop work instructions, coordinate materials and technicians, train personnel, support design reviews, provide DFM guidance, resolve nonconformances, and perform root cause analysis. The role partners with engineering, quality, supply chain, and test teams to deliver reliable aerospace hardware, including assembly, integration, tooling, testing, and production process improvements.

Develop and lead high-reliability flight and payload software for spacecraft platforms. Responsibilities include requirements development, software architecture, embedded coding, documentation, command and control software, hardware and ground-system integration, code reviews, and unit through system-level testing. The role requires expertise in concurrent software, Rust or C/C++, Linux-based SoC architectures, networking, cybersecurity, cryptography, and satellite bus software, with 10–20% travel and an active TS/SCI clearance.

Develop and maintain reliable embedded flight and payload software for spacecraft missions. Responsibilities include software requirements, architecture, coding, command and control systems, subsystem integration, unit and automated testing, documentation, hardware integration, and peer mentorship. The role requires Rust or C/C++ experience, asynchronous Rust, embedded ARM development, processor optimization, and software development process leadership.

Develop and lead embedded flight software for spacecraft missions using Rust or C/C++. Responsibilities include software architecture, requirements, command and control systems, hardware integration, automated testing, CI pipelines, documentation, and system integration. The role also provides technical mentorship and leads test campaigns for reliable, fault-tolerant space and payload software.

Provides technical leadership for complex space missions spanning spacecraft, ground, launch, mission operations, and mission design. Owns the technical baseline, requirements, interfaces, architecture, technical risks, systems documentation, customer presentations, and major program reviews. Supports SAR and remote sensing mission design, modeling and simulation, flight operations, ground-system sustainment, software maintenance, customer training, and acceptance activities while coordinating multidisciplinary teams, partners, program leadership, and customers.

Leads a portfolio of national security remote sensing programs for U.S. government and intelligence customers. Manages cost, schedules, budgets, contractual commitments, risks, operational performance, customer relationships, and cross-functional execution. Translates mission needs into product requirements, capabilities, and operational plans while supporting captures, proposals, growth strategies, and technology transitions. Partners with engineering, product, mission operations, analytics, finance, contracts, and business development teams.

Lead the architecture, development, and maintenance of scalable data pipelines and platform infrastructure supporting satellite operations, analytics, machine learning, and business decisions. Build data warehouses, lakehouse systems, data models, and dbt transformations; operate platforms using Databricks and related cloud services; and ensure data quality, reliability, security, governance, observability, lineage, and cost efficiency. Collaborate with product owners and multidisciplinary engineering teams on data requirements and platform capabilities.

Design, build, and maintain reliable, scalable backend services and APIs that support satellite mission planning, scheduling, command/control, and communications. Own production services, improve resiliency, participate in on-call rotations, and collaborate with cross-functional teams to deliver and operate autonomous satellite operations software with strong observability, testing, and CI/CD practices.

Lead design, analysis, build, and test of spacecraft mechanisms and pointing systems. Own architecture, component selection, motorization and pointing budgets, ICDs, qualification campaigns, and verification testing. Mentor engineers, collaborate with cross-functional teams, troubleshoot hardware issues, and support launch/test activities to ensure flight-proven, manufacturable designs.