Red Canyon Engineering & Software

• Contributing to the development of customer U.S.'s satellite GNC systems. • Involved in the full lifecycle of development, from requirements definition through operations. • Design and implement GNC designs for new spacecraft designs to accommodate a variety of new mission payloads onto Airbus spacecraft platforms. • Analyze, design, and/or develop GNC systems to include: • Ensure the maximum reuse of the existing Airbus heritage products and if necessary, identify need for modification. • Ability to drive multiple design activities (programs or mission) – could lead to spacecraft, payload, satellite bus, and/or launch integration activities.

• Join the Low-Earth Orbit (LEO) Ground Sustainment Services (LGSS) program • Sustain and enhance the Joint Polar Satellite System (JPSS) Common Ground System • Implement JPSS Program command, control, and communications and data processing requirements for JPSS CGS-serviced missions • Acquire and distribute global environmental data from multiple polar-orbiting satellites • Collaborate with Stakeholders/Product Managers to identify minimum viable product requirements • Lead testing efforts and customize Algorithm-driven solutions

• Contribute to the development and testing of our satellite flight software. • Involved in the full lifecycle of flight software development, from requirements definition through operations. • Contribute to mission concept development, in-house modeling and simulation capabilities, and proposal writing. • Provide autonomous support of complex assignments, under the leadership of the Software Team Lead and Software Engineering Manager. • Upgrade existing flight software for new missions. • Develop in-house tools to analyze flight software performance and assess compatibility with new mission and conops. • Develop and execute flight software verification and validation tests at various levels. • Work with manufacturing engineers to support installation onto test environments and eventual flight hardware. • Participate in anomaly resolution activities and patch existing flight software. • Develop, integrate, and test flight software applications using spacecraft flight software frameworks such as NASA's Core Flight System (cFS).

• Support the U.S. satellite functional verification and validation activity. • Map technical requirements to verification and validation strategies that ensure product quality. • Develop test plans and test procedures, and execute and report the test results. • Review the satellite functional specification and develop the test plan to verify and validate the requirements. • Design and build automated testing systems, tooling and/or ground support equipment (GSE) to optimize production and test workflow. • Execute and validate test documentation and equipment, then train others to run validated procedures/equipment. • Troubleshoot issues with hardware and/or equipment, collect and analyze test data, and write/review test reports, flags/non-conformances and other documentation. • Support system architecture trade studies and requirements development to meet mission needs. • Revise the satellite functional specification for new mission and customer needs. • Generate system architecture data products, including spacecraft CONOPS, algorithm descriptions, and interface documents.

Role Description We are seeking a Senior Systems Coordinator to provide leadership and coordination across advanced space-based programs, supporting the development of space weather instruments and observatories. This is a remote position based out of Boulder, Colorado, supporting full lifecycle system execution. - Lead coordination efforts across system design, development, and integration activities - Support planning and execution of testing, validation, and system verification - Facilitate collaboration across multidisciplinary engineering teams and stakeholders - Contribute to integration readiness, launch support activities, and operational transitions - Assist with post-launch checkout, commissioning, and ongoing system performance monitoring Qualifications - Bachelor’s degree in Engineering, Physics, or related technical field - Experience supporting complex system development, preferably within aerospace or space environments - Understanding of systems engineering processes and lifecycle execution - Ability to operate in a remote, team-oriented environment with distributed stakeholders - Strong communication, organizational, and problem-solving skills Company Description

• Develop and test embedded C/C++ flight software for satellite platforms • Contribute across the full lifecycle: Requirements definition & trade studies Software architecture & development Integration with flight hardware Verification, validation, and operations Support GNC-related software integration and system performance analysis • Build internal tools to evaluate flight software performance and mission compatibility • Work closely with hardware, systems, and test teams in a highly collaborative environment • Execute testing across: Unit, module, and system levels Hardware-in-the-Loop (HIL) / FlatSat environments • Develop test frameworks, tools, and ground support software • Support debugging, validation, and anomaly resolution • Contribute to modeling & simulation efforts • Support new mission concepts and proposals • Evaluate impacts of new hardware, architectures, and mission profiles

• Lead the development of the UST-Lite software-defined radio (SDR) • Design and implement embedded C/C++ software for LEON3 softcore processors • Architect autoboot mechanisms for FPGA and soft processor initialization • Integrate SpaceWire and other communication interfaces • Collaborate closely with FPGA engineers and quality assurance teams • Take ownership of software system integration, debugging, and requirements traceability • Develop embedded C/C++ & Python software for LEON3 softcore processors • Implement software mechanisms to support autoboot loading of FPGAs and LEON softcore processors • Define and implement commands, telemetry, and configuration mechanisms for multiple SDR operational modes • Review system-level requirements and generate, maintain, and verify lower-level software requirements