Results-driven Data Scientist with 6+ years of experience in statistical analysis, machine learning, and data-driven decision-making. Expertise in designing, developing, and deploying data engineering and machine learning models across industries, with a strong focus on Supply Chain Analytics. Skilled in Python, R, SAS, GCP, and Azure, with a passion for deep reinforcement learning and active involvement in the Python open-source community.
Adept at collaborating with business teams and stakeholders to translate problem statements into quantifiable analytics solutions. Experienced in presenting insights, influencing key stakeholders, and driving strategic decision-making. Proven ability to think beyond immediate challenges, deep dive into complex problems, and deliver innovative, efficient solutions that optimize operations and drive business transformation.
Developed a predictive model using regression (XGBoost) and classification techniques to assess supply commitments from partners, improving forecast accuracy.
Designed and implemented an optimization model for inventory allocation, maximizing revenue and optimizing stock distribution.
Built an AI-driven Supply Planner Visibility Tool, on the above project integrating LLMs within the ACN environment to enhance supply chain transparency.
Developed a retail supply chain optimization engine using linear programming and regression, balancing delivery speed and cost to prevent inventory misallocation.
Applied Monte Carlo simulation and clustering techniques to develop a Multi-Echelon Inventory Optimization (MEIO) model, enabling precise inventory placement across distribution centers (DCs) and manufacturing facilities (MFGs).
Created an inventory forecasting model based on a modified MRP approach to predict quarterly inventory levels for raw materials and finished goods.
Actively contributed to the Supply Chain Analytics Practice, leading business development initiatives, asset creation, and internal knowledge-sharing efforts.