The complete guide to demand forecasting — from moving averages to transformers, from theory to production.
Every supply chain decision starts with a forecast. Inventory levels, production schedules, procurement quantities, logistics capacity — they all depend on knowing what customers will want, when, and how much.
A 1% improvement in forecast accuracy typically yields:
- 📦 10-15% reduction in safety stock
- 💰 5-8% reduction in total supply chain cost
- 📊 2-4 point improvement in service level
- ♻️ Reduction in waste from overproduction
This masterclass takes you from beginner to expert across 12 modules, covering every technique used in practice.
flowchart TB
subgraph Foundations
M1[📊 Fundamentals] --> M2[📈 Statistical Methods]
end
subgraph ML Track
M2 --> M3[🧠 Machine Learning]
M3 --> M4[🔮 Deep Learning]
M4 --> M5[⚙️ Intermittent Demand]
end
subgraph Advanced
M5 --> M6[📐 Hierarchical]
M6 --> M7[🔧 Feature Engineering]
M7 --> M8[⚖️ Ensembles]
end
subgraph Production
M8 --> M9[📡 Demand Sensing]
M9 --> M10[🎯 Evaluation]
M10 --> M11[🚀 Deployment]
M11 --> M12[✨ GenAI]
end
style Foundations fill:#e3f2fd
style Advanced fill:#fff9c4
style Production fill:#c8e6c9
git clone https://github.com/virbahu/demand-forecasting-masterclass.git
cd demand-forecasting-masterclass
pip install -r requirements.txt
jupyter notebookVirbahu Jain — Founder & CEO, Quantisage
Building the AI Operating System for Scope 3 emissions management and supply chain decarbonization.
| 🎓 Education | MBA, Kellogg School of Management, Northwestern University |
| 🏭 Experience | 20+ years across manufacturing, life sciences, energy & public sector |
| 🌍 Scope | Supply chain operations on five continents |
If you find this useful, please ⭐ star this repo — it helps others discover it!
MIT License — see LICENSE for details.
Part of the Quantisage Open Source Initiative | AI × Supply Chain × Climate