AI-Driven Demand Forecasting for Optimal Supply Chain Management


Title

AI-Driven Demand Forecasting for Optimal Supply Chain Management

Creator

Li, Pik Kei Tiffanie

Faculty

Faculty of Business

Department

Department of Logistics and Maritime Studies

Description

During the internship, Tiffanie explored the limitations of traditional demand forecasting methods and their underlying causes. She identified multiple challenges faced by the company, such as intense competition, bias and errors in human judgment, and various demand-influencing factors. To address these limitations, Tiffanie delved into machine learning with the guidance of a data scientist. With support from her supervisor and industry contacts, she developed a customized machine learning-based demand forecasting approach for the FMCG industry. This approach considers product relationships and economic indicators, resulting in highly accurate predictions for fragrance, makeup, and skincare demand. The application of this model has the potential to revolutionize supply chain management, ensuring timely provision of products to meet customer demand. The model's potential to transform the industry is further validated by endorsement letters from renowned companies.

Learning outcome/goal

Communication and Presentation Skills
Resourcefulness and Adaptability to New Contexts
Critical Thinking and Problem-solving
Adaptability and Flexibility
Project Management and Teamwork
Creativity and Innovation
Learning-to-learn

Award

1st Runner Up, Health Future Challenge 2022
Co-Innovation Award, Health Future Challenge 2022

Date

2023-08

Programme

BBA (Hons) Internation Shipping and Transport Logistics

Degree Level

Undergraduate

Keywords

International Shipping and Transport Logistics ; Innovation and Entrepreneurship ; Business Communication and Leadership ; Data Analysis and Artificial Intelligence ; Supply Chain Management and Demand Forecasting

Subject

Business logistics
Business forecasting
Machine learning
Artificial intelligence

Rights

All rights reserved

Language

English

Type

Feature Story

Access Rights

open access