Aerospace Enterprise Resource Planning (ERP) System for a Space Technology Company. Unifying engineering, inventory, procurement, quality assurance, project management, and launch readiness workflows under a single, high-integrity administrative dashboard.
As the organization expanded its rocket design, manufacturing, testing, and launch operations, multiple departments relied on separate tools and spreadsheets for procurement, inventory, engineering documentation, production planning, finance, and HR. This led to: Lack of real-time inventory visibility, Delays in procurement approvals, Difficulty tracking aerospace-grade components, Manual engineering change approvals, Fragmented project reporting, and Compliance documentation challenges.
Conducted workshops with rocket program managers and compliance officers to map the components lifecycle under strict AS9100 tracking standards.
Designed high-integrity database relational schemas in PostgreSQL supporting nested bills of materials (BOM), CAD versioning history, and state machines for ECO change loops.
Designed simple floor interface layouts for assembly logs and clean status dashboards for launch programs, key milestone tracking, and approvals management.
Coded modular microservices in Express/Node.js for inventory levels, built client tables in React and TypeScript, and secured roles via JWT token gates.
Validated engineering change order (ECO) status updates, RFQ approval hierarchies, and material trace paths using automated integration scripts.
Successfully deployed production containers using Docker/Kubernetes on AWS, integrated Power BI reporting models, and set up compliance logging.