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In this Sales Forecasting Through Predictive Models course, you’ll learn how to use data to build more accurate forecasts and score deals based on win probability. You’ll understand how to automate your pipeline decisions. You’ll also learn how to prepare data for predictive modeling and interpret model outputs.
This course is designed for mid-level sales professionals who already understand basic forecasting principles and want to move toward more advanced, predictive methods. You’ll start by exploring the concept of win propensity. You’ll learn how it helps you prioritize high-potential opportunities and reduce end-of-quarter surprises. Then, you’ll explore how to prepare structured datasets through feature engineering, normalization, and data cleansing techniques that support accurate model training.
You’ll also compare common modeling approaches to understand the trade-offs between complexity and ease of interpretation. Through model validation techniques such as cross-validation and calibration checks, you’ll build the skills to support reliability and long-term performance.
Whether you’re building your first predictive workflow or scaling a more mature analytics process, this course will give you the technical and strategic tools to drive smarter, data-backed forecasting across your sales organization.
It is designed for mid-level sales professionals who already understand basic forecasting principles and want to move toward more advanced, predictive methods.
You'll learn how to use data to build more accurate forecasts, score deals based on win probability, automate pipeline decisions, prepare data for predictive modeling, and interpret model outputs.
It builds skills in prioritization, model validation, and sales forecasting.
The course assumes you already understand basic forecasting principles, as it focuses on moving toward more advanced, predictive methods.
The course covers comparing common modeling approaches and their complexity versus interpretability trade-offs, plus validation techniques such as cross-validation and calibration checks.