You will design, develop, and test flight software and firmware for satellite bus and payload platforms using ARM Cortex-M CPUs. Additionally, you will provide technical leadership, define architectural patterns, and collaborate with hardware teams on system bring-up and integration.
The Mission Operations Engineer will execute satellite operation procedures, troubleshoot anomalies, and implement corrective actions to ensure optimal performance. They will also design and implement automation solutions for monitoring satellite health and collaborate with cross-functional teams to support mission integration.
The engineer will design and implement automation solutions for satellite monitoring, health, and safety. They will also execute operational procedures, troubleshoot anomalies, and coordinate maneuvers to ensure optimal fleet performance.
The Senior Proposal Manager leads cross-functional teams to develop compliant, compelling, and differentiated technical proposals for high-priority capture efforts. This role also establishes scalable capture processes and mentors technical contributors to drive long-term growth strategy.
The Technical Solutions Manager will lead software evaluations, manage SaaS lifecycles, and oversee vendor integrations to ensure architectural fit and cost efficiency. They will also collaborate with cross-functional teams to streamline IT intake processes and maintain security compliance across the organization.
The specialist will lead day-to-day payroll and benefits functions, ensuring multi-state compliance and accurate 401(k) remittance. They will also serve as the primary point of contact for employee inquiries and maintain data integrity within the HRIS.
The role involves leading the end-to-end technical success of complex space missions from initial formulation and architecture trades through on-orbit operations. The lead serves as the primary technical interface for customers and coordinates cross-functional teams to ensure mission requirements and performance goals are met.
Design and implement attitude control architectures and algorithms within an embedded C++ environment for spacecraft platforms. Perform mission-specific performance analysis, simulation, and support on-orbit anomaly resolution.
Design and implement attitude control architectures and algorithms within an embedded C++ environment for spacecraft platforms. Perform mission-specific performance analysis, simulation, and support on-orbit anomaly resolution.
The role involves developing prototype geospatial data products and validating new mission concepts using EO/IR imagery. You will bridge the gap between scientific first principles and market-ready products while engaging with customers to define technical requirements.
The Principal Mission Architect will develop complete mission concepts based on customer needs and perform mission-level analysis while managing top-level mission budgets. They will also collaborate with engineers and scientists to ensure the product meets objectives.
The Flight Software Engineer will design, develop, integrate, and test software and firmware for orbiting satellites. They will also collaborate with hardware and software teams to define and build the satellite bus platform.
