Interior Wood Wall Framing Quantity Takeoff in Bluebeam + Cost Estimating | Studs, Plates, Blocking

Disclaimer: For educational use only—always verify with project drawings, local codes, and professional judgment.

This lecture from CMP 315: Construction Quantity Surveying at Michigan State University demonstrates how to perform an interior wall framing (partition and bearing walls) quantity takeoff in Bluebeam and convert those quantities into a structured cost estimate.

Access the drawings for this video through this link: https://www.youtube.com/redirect?event=channel_description&redir_token=QUFFLUhqbkctTnNIeF9PUnlwRTAxTGRHbklHc1hrQmE3d3xBQ3Jtc0treUlYNUZiMzlseXlhMmpReTZ3djl4dE5BaG5RSFpuajZMT3NGbUtlbnNieDNMc05ENWlTUnJQZXRDTDkwdjc5Y0tWbGlFMFRRWE1SLVoxLS12MTRnbzVLRVN6YzdubEFGVVplZlBPOVBRNC1BZ3Zxdw&q=https%3A%2F%2Fdrive.google.com%2Ffile%2Fd%2F1v5WIbTBqvOh0ZxNVfXsjTCbomkcDrr58%2Fview%3Fusp%3Dsharing

The video walks through the full workflow used by construction estimators, starting with digital measurement on floor plans and ending with a material and labor estimate for interior wood-framed wall systems.

In this lecture, we cover:

• How to interpret floor plans, wall sections, and opening schedules for interior walls
• Understanding differences between bearing walls (2x6) and non-bearing partitions (2x4)
• Measuring wall centerline lengths using polyline tools in Bluebeam
• Using spacing (16" O.C.) to calculate stud quantities
• Accounting for additional studs at corners, intersections, and openings
• Applying practical rules-of-thumb for early-stage estimates (corners & intersections)
• Estimating plates (sill + double top) and converting LF to stock lengths
• Including structural blocking (mid-wall) and service blocking (kitchen, bath, laundry, TV walls)
• Estimating bracing requirements based on assumed spacing and code-driven logic
• Measuring and adjusting headers for openings (including jamb and jack stud allowances)
• Quantifying header spacers (OSB) using area-based takeoff
• Understanding when interior bearing walls do NOT require sheathing
• Creating separate takeoffs for bearing vs partition systems for accuracy in cost and material
• Using Count tools for discrete elements like studs, corners, and intersections
• Creating and customizing Bluebeam legend tables for organized quantities
• Using the Markups List to manage, sort, filter, and export takeoff data
• Transferring quantities from Bluebeam into an estimating spreadsheet
• Converting install quantities into order quantities (waste, stock lengths, rounding)
• Applying $/SF installation rates for wall framing labor
• Understanding second-floor productivity premiums (access, handling, logistics)
• Applying connections and hardware allowance ($/SF) for fasteners and connectors
• Understanding scope assumptions vs. detailed takeoff decisions

This lecture emphasizes how construction logic, framing details, and estimating assumptions connect—showing how interior wall systems translate into quantities, material orders, labor calculations, and a final estimate summary.

📘 Course: CMP 315 – Construction Quantity Surveying
🎓 Instructor: Armin Yeganeh, Ph.D.
🏫 Program: Construction Management, Michigan State University

Видео Interior Wood Wall Framing Quantity Takeoff in Bluebeam + Cost Estimating | Studs, Plates, Blocking канала Armin Yeganeh