
Learn practical unit conversion for construction and quantity surveying. Convert feet and feet cube to meters and meter cube, and apply formulas for volume, area, and linear measurements.
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Identify basement excavation quantities by studying the project drawings and footing plan, then calculate total volume from soil depth and plan dimensions.
Compute excavation quantities for basement and septic tank by calculating triangular and rectangular areas, multiply by depth to obtain volume, using manual methods and AutoCAD, and record results in Excel.
Compute plain cement concrete quantities for foundation and septic tank by multiplying areas by thickness, using separate detections to obtain volumes in cu ft and cu m.
Learn how to calculate waterproofing sheet quantities for basement and septic tank by measuring membrane sheet area on PCC surfaces, and understand the installation sequence to prevent seepage.
Extract brickwork quantities from basement plans before the retaining wall. Learn dimensioning, wall types (front, long, short), and waterproofing with membrane sheets.
Calculate brickwork quantities for a septic tank by distinguishing long and short walls, using a 4.5 inch brick, and computing lengths, heights, and volumes in feet and meters for waterproofing.
Calculate total waterproofing area for basement and septic tank walls by measuring the wall perimeter and height, and install waterproofing sheets.
Understand the concept and purpose of the water stopper in waterproofing concrete joints, and learn to calculate its quantity using running length for foundations and retaining walls.
Compute the concrete quantity for the foundation and septic tank base by calculating the total plan area (triangular and rectangular parts), applying thickness, and deducting the septic-tank area.
This lecture demonstrates calculating formwork quantities for a septic tank, focusing on inside walls and bottom slab, by measuring inside parameters, heights, and converting to square feet and square meters.
Analyze the basement retaining wall formwork for sections 99 and 100, distinguishing external and internal formwork. Use the drawings and plans to compute quantities by length times height.
Calculate the remaining formulas for the basement retaining wall, determine total lengths and heights across grid sections, and plan internal and external formwork.
Calculate formwork quantity for basement columns by tracing grid positions, summing lengths, and determining height from the roof while taking the greater beam depth when multiple beams exist.
Compute concrete quantities for basement columns by deriving area and height up to the roof, then calculate each column’s volume in cubic meters, including C1–C5, considering formwork and beam dimensions.
Unlock expert-level skills in G+2 building estimation and quantity surveying with this comprehensive course designed for both professionals and beginners. Dive deep into practical estimation techniques, covering every aspect of construction for a G+2 structure. This course is tailored to train you in dual measurement systems (F.P.S and M.K.S), allowing you to handle projects in various regions and meet global standards.
What You’ll Learn:
G+2 Building Estimation Fundamentals
Complete Project Walkthrough: Gain proficiency in G+2 building estimation, covering basement, ground, and upper floors using both F.P.S and M.K.S systems.
Estimation Software: Learn to estimate with AutoCAD for CAD drawings and PlanSwift for PDFs, applying both measurement standards to enhance project adaptability.
Excavation and Foundation Works
Excavation Techniques: Start from the basics of excavation, with detailed quantity calculations for the basement in both F.P.S and M.K.S units.
PCC & Waterproofing: Estimate Plain Cement Concrete and waterproofing materials, accurately converting measurements between systems for global compliance.
Reinforced Concrete (R.C.C) Works
Septic Tanks & Retaining Walls: Calculate concrete, formwork, and reinforcement with dual unit applications for structures like septic tanks and retaining walls.
Columns, Beams, and Slabs: Develop proficiency in estimating columns, beams, and slabs, mastering conversions between F.P.S and M.K.S units.
Brick, Plaster, and Finishing Works
Brickwork Calculations: Calculate brickwork quantities for different floors with accurate conversions between F.P.S and M.K.S units.
Plastering, Marble, and Tiling: Step-by-step methods for plaster, tile, and marble estimations across all floors, with dual measurement support.
Paintwork Estimation: Master paint quantity estimation, ensuring accuracy in both F.P.S and M.K.S systems.
Bar Bending Schedule (BBS)
Basics and BBS Techniques: Learn bar bending, bend deductions, and reinforcement calculations with bar schedules in F.P.S and M.K.S for accurate planning.
Excel Integration: Create BBS sheets in Excel with dual-unit support for structural components like septic tanks, beams, and slabs.
Rate Analysis and Cost Estimation
Manual and Excel Rate Analysis: Perform rate analysis for excavation, RCC, plastering, tiles, and paintwork in F.P.S and M.K.S units.
Cost Control Essentials: Understand the cost impact of unit conversions, enabling you to manage project budgets accurately.
Payment Processing & Project Management
Interim Payment Certificates (IPC): Prepare payment certificates in Excel for seamless contractor payments, applicable in both unit systems.
Variation Orders: Handle project changes with Excel calculations for variation orders, adaptable to either F.P.S or M.K.S standards.
Specialized PlanSwift and AutoCAD Training
PlanSwift for Beginners: Learn to use PlanSwift for measurement and quantity calculations in dual units, ensuring accuracy and versatility.
AutoCAD for Beginners: Build foundational AutoCAD skills, including drawing setup and detailing in both F.P.S and M.K.S.
Key Features:
46 Hours of Video Training: Over 46 hours of high-quality video covering dual-unit applications.
Real-World Exercises: Hands-on exercises with real project examples, with both F.P.S and M.K.S versions for each estimation.
Downloadable Resources: Dual-unit Excel sheets, PlanSwift files, AutoCAD drawings, and checklists for ongoing career use.
Who This Course is For:
Civil Engineers and Quantity Surveyors aiming to specialize in dual-unit G+2 building projects.
Construction professionals managing projects across regions with varied measurement standards.
Students and beginners looking to develop proficiency in both F.P.S and M.K.S systems for enhanced employability.
Enroll now to master the art of G+2 estimation and quantity surveying with flexible, dual-unit training!