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A New Paradigm For Space Operations. Who We Are: Space Kinetic is a dual use space technology startup building a completely new architecture for space operations – one that brings the advantages of proliferated drone technology (low-cost, operationally flexible, attainable, distributed) to space missions while reducing the ecosystem's reliance on consumable fuel. In a world where many companies are focused on incrementally improving the status quo, we are focused on creating something entirely different – an architecture underpinned by new first principles to meet the opportunities and challenges of the third space age head-on. Our goal is to move away from one-to-one space architectures – where each satellite in a constellation has one (or a small # of) primary payloads attached to the bus -- and unlock a ‘one-to-many’ system, where each satellite has a large number of payloads which can be deployed from their host spacecraft at high velocities without firing a thruster. This is not a role for someone looking for a traditional 40-hour work week. Space Kinetic is building ambitious, first-of-its-kind technology, and that requires urgency, ownership, and a high level of commitment to changing the foundational assumptions for everything we do in space. What You’ll Do: We are seeking a Spacecraft System Safety & Mission Assurance Engineer to help ensure our space vehicles can safely and reliably accomplish their missions. You will identify mission risks, evaluate hazardous and off-nominal conditions, and develop effective fault-protection strategies across the full program lifecycle.   The Spacecraft System Safety & Mission Assurance Engineer is responsible for partnering across engineering disciplines to influence spacecraft architecture, operational concepts, verification planning, and mission decision-making for government space programs   Job Responsibilities: Lead and support spacecraft system safety assessments, hazard analyses, fault tree analyses, failure modes and effects analyses, and other safety and risk analyses. Identify hazard causes, controls, verification methods, residual risks, single-point failures, common-cause failures, and cascading failures. Develop fault-protection concepts and requirements, including fault detection, isolation, containment, recovery, safing, and mission-recovery strategies. Evaluate spacecraft responses to off-nominal conditions and coordinate fault-management approaches across flight software, avionics, subsystem controllers, and mission operations. Translate safety and mission assurance objectives into clear, verifiable system and subsystem requirements. Evaluate spacecraft modes, autonomy logic, command paths, operational constraints, and architecture trades for safety and mission risk. Define and support verification of hazard controls and fault-protection requirements through analysis, test, simulation, and fault injection. Review requirements, designs, test plans, waivers, deviations, and anomaly dispositions for safety and mission assurance impacts. Support anomaly investigations, root cause analyses, corrective actions, design reviews, readiness reviews, and customer safety reviews. Maintain traceability between hazards, controls, requirements, design features, procedures, and verification evidence while integrating Quality Management System tracking with engineering design systems What It Takes: Bachelor’s degree in aerospace engineering, systems engineering, electrical engineering, mechanical engineering, computer engineering, or a related technical field. 3–7 years of relevant experience in spacecraft, launch vehicles, aerospace systems, autonomous systems, or other complex safety-critical systems. Experience in system safety, reliability, fault management, mission assurance, or spacecraft systems engineering. Working knowledge of spacecraft subsystem interactions and end-to-en