Jobs at Mission Control

Own financial control and reporting for commercial, government, and research projects. Responsibilities include project setup, budgeting, cost tracking, WIP and accrual reconciliation, forecasting, ETC/EAC analysis, revenue recognition, profitability reporting, variance analysis, subcontractor and procurement commitment tracking, and AI-assisted business intelligence. The role partners with Project Managers and cross-functional teams to improve project controls, automate reporting, and manage financial risks.

Lead and scale a multidisciplinary engineering organization spanning software, systems, aerospace, robotics, GN&C, and operations engineering. Establish technical governance, development processes, design gates, quality standards, and risk mitigation practices. Manage budgets, staffing, resource allocation, infrastructure, and delivery priorities while supporting proposals, customer engagements, and strategic growth. Mentor engineering leaders, foster innovation, and ensure compliance with quality, safety, cybersecurity, and regulatory requirements across complex space missions and products.

Lead complex software and space-technology projects end-to-end: plan, schedule, budget, manage risks and subcontractors, communicate with stakeholders and customers, mentor junior staff, improve PM processes, and ensure on-time, on-scope, and on-budget delivery.

Design, implement, and validate GNC algorithms and robotic systems for rovers and manipulators. Lead concept studies, simulate dynamics, run HIL and mission simulations, integrate perception and autonomy stacks, author technical documentation, mentor junior engineers, and support flight and analogue operations across R&D and missions.

Lead system architecture, requirements, integration, verification and validation for planetary rover systems. Define interfaces, manage ICDs, run trade studies, oversee HIL/simulation and environmental testing, mitigate system-level risks, resolve anomalies, and mentor junior engineers while collaborating across multidisciplinary teams and stakeholders through full mission lifecycle.

Lead design, development, and validation of high-reliability electronic hardware for space applications. Responsibilities include schematic capture, PCB design guidance, EMC/EMI analysis and testing, EEE parts selection and qualification, hardware bring-up and environmental testing, design reviews, cross-functional collaboration, and technical mentorship to deliver compliant, manufacturable mission hardware on schedule.