As a Staff Spacecraft Systems Engineer, you will lead the development and implementation of complex space systems, managing the entire spacecraft lifecycle. Responsibilities include mission architecture design, requirements management, system optimization, and ensuring quality and integrity of operational products.

The Chief of Staff to the CEO manages day-to-day operations, facilitating executive engagements and executing company objectives. This role involves strategic planning with leadership, overseeing operations of the CEO's office, and driving special projects while fostering a collaborative environment.

As the Director of Business Development at True Anomaly, you will lead customer engagements and develop business strategies. Your role involves growing existing business and capturing new opportunities, engaging with stakeholders, and refining proposals. A strong understanding of government acquisition processes and exceptional negotiation skills are essential.

As the Spacecraft Chief Engineer, you will oversee the development and delivery of GEO spacecraft, providing technical leadership and ensuring compliance with design and operational requirements. You will assess risks, innovate design processes, and mentor engineering teams throughout the lifecycle of spacecraft production.

The Senior Flight Software Engineer will engage in all phases of spacecraft program development, including design, analysis, manufacturing, testing, and flight. Responsibilities include software development for flight computers, integrating algorithms, collaborating with teams, and developing device drivers and communications protocols.

As a Senior Electrical Engineer, you will lead the design, development, and testing of high-reliability electrical systems for spacecraft, ensuring quality and performance. Responsibilities include requirements capture, integration of electrical subsystems, and risk assessment, while mentoring junior engineers. Continuous process improvement is also expected to enhance efficiency and innovation.

The Propulsion Engineer will lead the design, development, and testing of propulsion systems for advanced satellites. Responsibilities include overseeing integration and qualification processes, developing novel propulsion technologies, and collaborating with cross-disciplinary teams to ensure system performance and reliability.

As an RF Electrical Engineer, you will lead the design and testing of RF systems for spacecraft. You will oversee the integration of components and systems, ensure compliance with industry standards, and provide mentorship to junior engineers, contributing to all phases of the product development lifecycle.

Responsible for leading the design and implementation of hardware-in-the-loop (HIL) and software-in-the-loop (SIL) systems for spacecraft testing. This role includes developing simulation models, ensuring system integration, conducting tests, and maintaining systems to meet evolving requirements.

The Launch Manager will lead and coordinate aerospace vehicle launch missions, managing planning and execution while ensuring compliance with safety and regulatory standards. The role involves interfacing with teams, managing launch operations, and executing mission assessments in a fast-paced environment.

The Force Development Operations Specialist will lead a team of integration specialists, ensuring seamless communication between various software systems and hardware. They will align operational processes, facilitate cross-department collaboration, and integrate new technologies while managing resources efficiently and identifying risks.

The Flight Software Engineer will work on the entire spacecraft program lifecycle, assisting with software development cycles including design, integration, and testing for flight computers. Responsibilities also include integrating GNC algorithms, collaborating with ground software teams, and developing device drivers for flight hardware.

The Electrical Systems Engineer II will design, analyze, and test electrical power systems for spacecraft, ensuring integrated system functionality by collaborating with other engineering disciplines. Responsibilities include performing modeling and simulation, conducting system design trades, analyzing system risks, and developing testing equipment and procedures for complex space missions.

As a CPSO at True Anomaly, you will ensure compliance with federal security regulations, manage SCIF operations, oversee personnel security clearance processes, investigate security incidents, and collaborate with government security representatives to safeguard classified information critical to national defense.

As a Senior Mechanical Engineer, you will design mechanical assemblies for spacecraft, working on the development of advanced satellites and cislunar vehicles. Your responsibilities include the design and optimization of mechanical systems, creating CAD models, performing analyses, testing systems, and contributing to efficiency improvements.

The Senior GNC Engineer at True Anomaly will design, develop, and validate GNC systems for spacecraft, conduct trade studies on ADCS components, utilize high fidelity simulations, and develop flight software algorithms. The role requires collaboration across engineering disciplines and autonomy in system development.

As a Senior Force Development Operations Specialist, you will lead a team to integrate various software systems and technologies for mission operations. Responsibilities include enhancing collaboration across teams, optimizing resource allocation, and guiding integration processes while identifying potential risks and challenges.

The Mission Systems Engineer will develop and integrate advanced aerospace systems, focusing on mission requirements, spacecraft trajectory optimization, risk assessments, and oversight of system integration. The role involves collaboration with various stakeholders and the use of specialized simulation tools to ensure mission success across complex scenarios.

The Director of Production will lead a team of engineers and technicians to ensure efficient production of spacecraft components. Responsibilities include managing schedules, collaborating with hardware and software teams, overseeing production facilities, and ensuring compliance with quality standards. The role requires extensive experience in aerospace production methodologies and leadership to drive successful project outcomes.

The Staff Embedded Software Engineer will lead the development and optimization of real-time embedded software for spacecraft systems, ensuring high performance and reliability. Responsibilities include software design, system integration, testing, mentoring junior engineers, and collaborating across disciplines to drive improvements in software development processes.