This is the heart of the course, where you’ll apply your estimating skills to real construction trades. In this comprehensive module, you’ll step through quantity takeoffs for site and earthwork, concrete, metal, masonry, and carpentry work. You will be guided through each discipline, showing how to interpret drawings, calculate quantities, and avoid common pitfalls. You’ll see how takeoffs vary across trades and how each contributes to a complete project estimate. By the end of this module, you’ll have a clear, hands-on understanding of how estimators measure, calculate, and compile trade-specific costs, the essential building blocks of accurate construction estimating.

Estimating is becoming increasingly digital, and today’s professionals use software tools to measure, mark-up, and manage project data efficiently. In this module, you’ll explore how two industry-standard tools — On-Screen Takeoff (OST) and Bluebeam Revu — support the quantity takeoff process. Through guided demonstrations, you’ll see how estimators use these platforms to calculate quantities, track revisions, and collaborate with teams. Even if you don’t have direct access to these tools, you’ll gain a clear understanding of their capabilities, benefits, and how digital workflows improve accuracy and coordination in estimating. By the end of this module, you’ll be able to explain how digital takeoffs work, recognize the similarities and differences between OST and Bluebeam, and reflect on how technology supports your estimating practice.

In this final module, you’ll explore how an estimator’s work connects directly to time and labor in the field. Through guided examples, you’ll learn how to calculate and interpret productivity rates, evaluate what affects crew performance, and understand how time management decisions influence overall project costs. You’ll also see how estimators use productivity data to forecast labor needs and identify areas for improvement. By the end of this module, you’ll understand how accurate takeoffs and realistic productivity assumptions work together to build a complete, reliable estimate, ready to carry forward into the next course, Presenting the Estimate.