mission-architect

Mission architecture translates high-level goals into system budgets and requirements by decomposing mission needs from L0 down to L4, ensuring full traceability across mass, power, data, delta-v, thermal, link, and cost budgets.

Managing spacecraft design reviews across ECSS and NASA phase gates requires orchestrating formal milestones like SRR, PDR, CDR, TRR, and FRR within a single mission architecture to ensure coherent lifecycle governance and readiness.

Yes, a single mission architecture workflow integrates formal trade studies with requirements decomposition, flowing mission needs down from L0 to L4 while maintaining a traceable risk register and margins policy.

To generate a complete architecture package for a new spacecraft mission concept, input the mission objective, orbit, and payload model to automate end-to-end phase planning, budget allocation, and readiness assessment.

Mission architecture supports technology readiness level (TRL) assessment and FRR readiness by aggregating system budgets, verifying requirements traceability, and applying risk and trade-study tooling across phase gates.

Formal margins policy is needed throughout spacecraft system engineering to manage mass, power, data, and cost budgets across subsystems, ensuring design feasibility and compliance during phase gate reviews.