Sr. Mission Operations Engineer

Venturi Astrolab, Inc. (Astrolab) is pioneering new ways to explore and operate on distant planetary bodies. We are singularly focused on designing, building, and operating a fleet of multi-purpose commercial planetary rovers to extend and enhance humanity’s presence in the solar system. We are seeking motivated, creative, and exceptional people to join our world-class team.

The Sr. Mission Operations Engineer will perform the development, integration, testing, and execution of mission operations concepts for crewed and uncrewed lunar rover programs supporting exploration, science, and technology demonstration objectives on the Lunar surface.

This role is responsible for defining operational architecture, developing mission procedures, coordinating with NASA and partner operation teams, leading simulation and training activities, supporting mission readiness, and executing real-time surface operations. The successful candidate will serve as a key interface between flight software, systems engineering, vehicle development, communications, science, and mission operations teams to ensure safe, efficient, and successful lunar surface missions.

The ideal candidate brings a strong systems-thinking mindset, experience in flight operations or aerospace systems, and the ability to operate in high-tempo, mission-critical environments.

Department Mission Systems

Employment Type

Full Time Location Hawthorne, California Workplace type Onsite Compensation $174,000 - $196,000 / year Reporting To George Motter

• Lead development of a Mission Concept of Operations (Con Ops)
• Define operational strategies for lunar surface traverses, science activities, resource utilization missions, and contingency scenarios considering terrain, power availability, communications opportunities, thermal constraints, and mission objectives
• Develop mission timelines, command plans, operational constraints, and decision support products
• Establish operational requirements and provide operational input throughout vehicle design and development
• Optimize rover utilization to maximize mission success and surface productivity
• Develop surface exploration strategies for permanently shadowed regions, polar operations, and extended-duration missions
• Serve in senior mission control positions during simulations and flight operations
• Monitor health and performance using telemetry and engineering data
• Coordinate anomaly response and recovery efforts during mission execution
• Support mission decision-making and operational risk assessments
• Lead mission execution reviews and daily operational planning cycles
• Lead development and execution of mission simulations and operational exercises
• Develop crew, operator, and flight controller training materials
• Support mission readiness reviews, operational acceptance testing, and certification activities
• Support verification and validation of mission operations capabilities

• Bachelor's degree in a STEM (Science, Technology, Engineering, or Mathematics) or 4 years of equivalent work experience
• 8 years of professional experience in aerospace mission operations, spacecraft operations, robotics operations, or a related technical field
• Experience supporting flight missions, mission control centers, or other complex operational systems
• Experience developing operational procedures, mission timelines, and other mission documentation

• Experience with spacecraft, robotic systems, or other complex engineered systems
• Experience working in mission-critical or other fast-paced operational environments
• Experience creating or maintaining technical documentation, procedures, or operational products
• Experience supporting lunar or planetary surface operations, robotic missions, or autonomous vehicle operations
• Experience supporting NASA, commercial space, or international space exploration programs
• Experience with delay-tolerant operations or autonomous mission execution concepts
• Experience using mission planning, mission analysis, or flight operations software tools
• Knowledge of spacecraft subsystems, including power, thermal, command and data handling (C&DH), communications,…