Quantity Surveying Building Estimation And Project Planning

Explore isolated footing types: bed foundation, stepped foundation, and slope footing within pad foundations, and learn when to use them for single columns.

Identify excavation quantity for isolated footing by extracting length, breadth, and depth from drawings and sections, then multiply by foundation count to compute total volume in cubic meters.

Calculate foundation plain cement concrete volume using cad excel and Planswift; determine length, breadth, and thickness from excavation plans to estimate total concrete quantity.

Master estimating formwork quantity for isolated footings by calculating total length and height to compute square metre requirements. Use CAD and Excel to derive the final formwork quantity for foundations.

Calculate concrete quantity for isolated footing by deriving volume from length, breadth, and depth, using plan and section views in cad to total 5.2 m³ per footing across 13 foundations.

Analyze foundation plans and related drawings to determine excavation quantities, then estimate the entire project's excavation for foundations, using the provided measurements and depth details.

Calculate the plain cement concrete quantity for six foundations from the excavation dimensions, using a 100 mm thickness, totaling 0.86 cubic metres, via the AutoCAD drawing and Excel sheet.

Solve a practice question on determining formwork and concrete quantities for six foundations, using drawing parameters, section heights, and an Excel sheet to compute cubic metre and square metre requirements.

Learn how to calculate formwork quantity for column necks from foundation to the superstructure, using column dimensions, the four sides, and height to compute square meter formwork and concrete volume.

Calculate concrete quantity for columns by converting 225 by 225 cross section and 300 height to meters, compute volume per column, then multiply by 13 columns for total concrete.

Practice question guides you to determine formwork quantity for six columns with a 300 by 300 cross-section and 250 height, using plan and section drawings, and the corresponding concrete quantity.

Calculate backfill quantity for isolated footings by deriving total excavation in CAD, then deduct RCC and column volumes to obtain backfilling volume.

Calculate foundation backfilling quantity by isolating excavation volume and subtracting PCC, concrete for the foundation, and column next concrete, using detections in Excel to yield 3.348 cubic meters.

learn to estimate formwork quantity for grade beams by calculating external and internal lengths, beam widths, and formwork height using CAD drawings and Excel.

Calculate formwork quantities for grade beams using cad by identifying external and internal side lengths on multiple grids, convert millimeters to meters, and sum total lengths.

Estimate formwork quantities for grade beams part 3 using AutoCAD and cad tools with Excel and drawings, detailing gb3 to gb5, external and internal sides, and horizontal and vertical placements.

Estimate concrete quantities for grade beams by extracting external lengths from plan and section, add half thickness at each end, and multiply by breadth and thickness to compute volume.

Learn to calculate external and internal formwork quantities for grade beams (GB1–GB5) using cross-section data and grid layouts in Excel and AutoCAD.

Guides students to compute concrete quantity for grade beams by volume from length, breadth, and end thickness, considering external and internal dimensions for GB1–GB3.

Learn to determine slab on grade quantities by calculating grade beam and grade slab volumes from length, breadth, and thickness, using Excel and AutoCAD.

Solve a practice question that teaches calculating concrete quantity for a grade slab using Excel, including panel areas between A and B and B and C and total volume.

Learn to calculate formwork quantity for columns in the superstructure by deriving the parameter and height from cross sectional dimensions and plan details, using AutoCAD and Excel workflows.

Calculate concrete quantity for columns in the superstructure by multiplying cross-sectional area (25 by 225) by height (2.75) in AutoCAD, then use Excel to total volumes for C1 and C2.

Estimate formwork and concrete quantities for six columns in the superstructure by calculating column parameters and height to determine total formwork area and concrete volume.

Learn to determine formwork quantities for lintels by calculating side and bottom formwork, using bearing and clear span, and adding door width from the schedule.

Estimate concrete quantity for lintels using cad data by deriving lintel length and bearing from the plan, then compute volume as length times breadth times height from the schedule.

Estimate lintel quantities by analyzing door and window details, bearing, clear span, and formwork configurations from architectural plans to calculate concrete and formwork quantities.

Tackle a module practice question to compute the concrete quantity for the lentils, applying dimensions, bearing, and the D1, D2, W1, and V1 calculations.

Shows how to determine formwork quantity for stairs using AutoCAD, detailing bottom formwork, flights, landings, riser boards, and side formwork, with sections, plan, and a 3D Revit model.

Compute concrete quantity for stairs using AutoCAD and Excel, by calculating side area, width, and cross-sectional area to derive volumes for stair beams, flights, and landings.

Estimate top beam formwork by calculating external, internal, and base formwork from plan and section details, using CAD-based estimation for TB1–TB3 and related beams.

Practice question guides you to calculate formwork quantities for the top beam, including external, internal, and bottom formwork across beams and columns.