Backend leaning full-stack software engineer for Meta's capacity planning team through Deloitte, helping the capacity planning team ensure optimal use of Meta infrastructure while maintaining high availability and capacity sufficiency.
•Contributed to the development efforts for integration of Meta Capacity Planning (MCP), a new process of planning for attributing usage and cost to specific products enabling better ROI-based decisions.
•Contributed to integration of MCP solver with internal modules responsible for regionalization of resources allocating billions of dollars in hardware investments through strategic quarterly planning.
•Implemented robust business validation processes through unit tests using the Pytest framework, ensuring the solver’s outputs plans honor service, infrastructure,financial, and business constraints.
•Developed CLI capabilities to automate the reporting of solver validation errors, seamlessly integrating these reports with Google Sheets APIs for enhanced visibility and decision-making.
•Collaborated with cross-functional teams to refine the integration between legacy systems and new MCP-driven processes, improving overall efficiency and accuracy in hardware forecasting and allocation.
•Implement end-to-end features for interactive UIs to analyze and manage existing capacity and improve planning workflows.
•Implement automation tools and visualization dashboards to improve the efficiency of quarterly planning workflows by more than 30%.
Technologies used: Hack, React, Python, Apache Thrift, MYSQL