Senior Systems Engineer for Lunar Surface Systems
Summary
Senior Systems Engineer to own the technical coherence of CosmoChute's LEAP lunar robotics platform: defining system requirements, managing interfaces, leading trade studies, and running V&V and risk analysis while working directly with the CTO. Core tooling spans MATLAB/Simulink, STK/GMAT mission analysis, and SE tools like DOORS/Cameo. Based in Ahmadabad, India.
- Own the system-level requirements architecture for the LEAP platform
- Work directly with the CTO on mission-level technical decisions
- Define and manage interface control documents (ICDs) across mechanical, electrical, software, and operational interfaces
- Maintain Technical Budgets across domains
- Lead system-level trade studies and support key design decisions with rigorous analysis
- Maintain the ConOps and mission analysis iterations and documentation through the design lifecycle
- Develop and own the system verification and validation plan, and coordinate V&V activities across the team
- Identify and manage system-level risks
- Support FMECA and fault tree analysis across subsystems
- Act as the integrating voice in design reviews, keeping subsystem decisions anchored to mission and system-level requirements
Requirements
- Experience of 5+ years in the same or similar domain.
- Experience leading or contributing to all the phases of the systems engineering lifecycle
- Experience in Requirements Engineering, Configuration Management, Architecture Trade Studies, Interface Management and V&V Campaigns
- Comfortable working across discipline boundaries
- Experience with MATLAB/Simulink, STK AGI, GMAT or similar Mission Analysis and Mission Design platforms
- Rigorous systems thinker who can prioritize mission reliability and also move fast when the situation demands it.
- Good to have
- Experience with model-based or document-based SE tools (DOORS, Cameo, or equivalent)
- Experience on planetary, lunar, or deep space missions
- Familiarity with ECSS, NASA systems engineering standards, or equivalent
- Exposure to robotic or autonomous surface systems
- Bachelor’s or Master’s degree in Aerospace Engineering, Systems Engineering, Computer Engineering, Electronics Engineering,, or related engineering field
- Curiosity, initiative, and ownership
- Ability to objectively weigh design decisions and maintain inter-domain cooperation
- Practical engineering judgment and first principles thinking
- Profound mutual respect among co-workers
- Willingness to iterate rapidly
- Passion for robotics, space systems, and exploration technologies
Benefits
- Competitive compensation
- Equity participation
- Meaningful long-term growth potential
- Complete honesty with only legally required abstractions
