System/Industrial Engineering graduate with a strong foundation in procurement, supply chain management, and process optimization. Proven ability to coordinate procurement strategies, streamline operational processes, and foster cross-functional collaboration. Developed communication and cross-cultural skills through studying English abroad at UC San Diego. Committed to leveraging technology to drive efficiency and innovation in engineering and business environments.
Developing a scalable and data-driven solution to optimize operations in small to mid-sized retail environments. The system integrates four key subsystems: demand forecasting using machine learning, inventory management via JIT and safety stock principles, workforce scheduling through optimization models, and simulation modeling to validate strategies. The project emphasizes cost-effective resource allocation, labor efficiency, and customer satisfaction improvements. Current responsibilities include data analysis, subsystem development, and integration planning across retail environments.