Portfolio

Undertook a comprehensive analysis and re-engineering of existing supply chain processes for a key client. This initiative focused on digital transformation, integrating new technologies to improve speed, accuracy, and cost-effectiveness throughout the value chain.

Developed a sophisticated simulation model for a complex global supply chain. This project focused on identifying bottlenecks, optimizing inventory levels, and reducing lead times through data-driven analysis and strategic process redesign, enhancing operational efficiency.

Designed and prototyped a novel logistics management system featuring real-time tracking and automated forecasting. The system aims to streamline operations, improve visibility, and enable predictive analytics for enhanced supply chain resilience and responsiveness.

Prototyped an integrated system for seamless production scheduling tied directly to supply chain demand signals. This project aimed to synchronize manufacturing output with real-time market needs, reducing waste and improving resource utilization.

Conducted research and developed concepts for a resilient supply chain network architecture. The project explored strategies for mitigating disruptions caused by external factors, ensuring continuity of operations and adaptability to changing market conditions.

Created a custom software solution for optimizing inventory across multiple distribution centers. The project addressed demand variability and storage constraints to minimize holding costs while ensuring product availability and customer satisfaction.