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Construction Estimating Certification Course Online

via Virtual Design and Construction Institute Affiliated with Course Report

VDCI's construction estimating course develops a workflow from reading project plans to producing a cost estimate. Coursework covers quantity takeoffs, labor, materials, equipment, subcontractors and risk, including conceptual and detailed estimates. Students also practice digital takeoffs in Bluebeam; the published offer includes the Bluebeam Certified Professional exam.

What's included

  • Access to Bluebeam for 3 months
  • Bluebeam Certified Professional exam
  • 80 hours of project-based instruction
  • 183 training videos
  • One additional elective course
  • Instructor support for questions during the course
  • Bonus one-on-one training session
  • Verified digital certificate of completion
  • Instruction at an ACCET-accredited school
  • 8 CEUs

Overview

An 80-hour bundle covering construction estimating from quantity takeoffs through cost analysis for both residential and commercial projects. Coursework covers interpreting plans, performing takeoffs, and producing conceptual, preliminary, and detailed estimates, along with estimating labor, materials, equipment, and subcontractors, and handling risk.

A dedicated course covers digital takeoffs and cost analysis in Bluebeam Revu, and a construction materials course supports the estimating work. The bundle prepares students for the Bluebeam Certified Professional exam and includes three months of Bluebeam access.

Who this course is for

Aspiring estimators, and contractors, project managers, and working estimators moving to digital takeoff tools, along with architecture and engineering staff who need cost literacy.

Tuition & enrollment

Enroll with Virtual Design and Construction Institute, the course provider.

Prefer to enroll directly? Open the course website.

Preview the course

Watch free previews and explore the lessons included with enrollment at VDCI.

Intro to Construction Estimating Course Online

  • Learning Objectives

    Topic 1: Introduction - What is Estimating?

    1:57

    Learn how to estimate a construction project by understanding quantity takeoffs, master format, cost categories, project conditions, and bid delivery.

  • Resources and Standard Files

    Topic 1: Introduction - What is Estimating?

    1:34

    Discuss the files for the construction project and prepare for estimating.

  • Enrollment required

    What is Estimating

    Topic 1: Introduction - What is Estimating?

    2:49

    Estimating involves making approximations or predictions based on available information or experience.

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  • Enrollment required

    Purposes for Estimating

    Topic 1: Introduction - What is Estimating?

    1:32

    Estimate construction projects for bidding, building, expansion, remodeling, repairs, and financial requirements.

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  • Enrollment required

    Skills Required to be an Estimator

    Topic 1: Introduction - What is Estimating?

    2:11

    Mastering construction estimating requires skills such as reading plans, quantifying building components, understanding construction methods, assessing risks, and utilizing computer software for accurate calculations.

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  • Enrollment required

    Estimating Tools

    Topic 1: Introduction - What is Estimating?

    3:00

    Discuss professional estimating tools commonly used in the industry, including spreadsheets, on-screen takeoff software, master format, cost data, and database-driven estimating software.

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  • Enrollment required

    Estimating Spreadsheets

    Topic 1: Introduction - What is Estimating?

    2:59

    Utilize Excel's formulas to calculate and track project costs efficiently.

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  • Enrollment required

    Spreadsheet Best Practices

    Topic 1: Introduction - What is Estimating?

    1:17

    Remember to input data in cells, ensure consistent purpose and format for columns, avoid hidden rows or columns, use original data sources for calculations, keep formulas in cells for reference, include a notes column, and save templates with new names before using them.

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  • Enrollment required

    Steps Required to Create an Estimate

    Topic 1: Introduction - What is Estimating?

    2:18

    Create a professional estimate by reviewing documents, preparing a quantity takeoff, organizing quantities, providing unit costs, developing project durations, adding overhead markups, checking for errors, and completing the bid form.

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  • Definitions and Terminology Pt 1

    Topic 2: Definitions & Abbreviations

    3:40

    Discuss definitions, terminology, and abbreviations of construction and their impact on the field and class.

  • Definitions and Terminology Pt 2

    Topic 2: Definitions & Abbreviations

    1:36

    Address the calculations, function symbols, and numeric formatting to ensure clarity and consistency.

  • Enrollment required

    Definitions and Terminology Pt 3

    Topic 2: Definitions & Abbreviations

    4:32

    Understand variables, work breakdown structures, general conditions, general requirements, on-site work, markup, and measurement types.

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  • Enrollment required

    Definitions and Terminology Pt 4

    Topic 2: Definitions & Abbreviations

    2:31

    Discussing labor measurement and categorization, including man hours, resources, crews, and crew hours.

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  • Enrollment required

    Abbreviations

    Topic 2: Definitions & Abbreviations

    5:37

    Learn and understand construction industry abbreviations and acronyms to facilitate communication and understanding in the field.

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  • Units of Measure Pt 1

    Topic 3: Units of Measure

    2:39

    This section discusses various units of measure commonly used in estimating, such as feet, square feet, cubic feet, yards, pounds, tons, months, weeks, and hours. It emphasizes consistency in using either uppercase or lowercase letters for units of measure and provides examples of abbreviations, like EA for each.

  • Units of Measure Examples

    Topic 3: Units of Measure

    3:34

    Calculate the cubic yardage for concrete footings and square footage for slab on grade using length, width, and depth measurements.

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    Units of Measure Common Designations

    Topic 3: Units of Measure

    8:17

    Identify units of measure for different construction materials and processes.

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  • Organizing the Takeoff with MasterFormat

    Topic 4: The Takeoff

    3:52

    Organize the takeoff using Master Format levels for estimating.

  • Set Scale for Takeoff

    Topic 4: The Takeoff

    1:26

    Validate, test, and adjust all required scales to ensure accuracy for accurate takeoff measurements.

  • Enrollment required

    Takeoff Example

    Topic 4: The Takeoff

    4:06

    Identify hidden conditions and quantify missing areas in building plans for accurate estimation.

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  • Enrollment required

    Feet and Inches vs Feet and Decimal

    Topic 4: The Takeoff

    4:28

    Convert feet and inches measurements into decimal feet for ease of pricing estimates accurately in Excel.

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  • Enrollment required

    Measurement Types Imperial vs Metric

    Topic 4: The Takeoff

    1:37

    Understand the conversion between imperial and metric measurements for practical applications.

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  • Enrollment required

    Associating Takeoff items to estimate

    Topic 4: The Takeoff

    3:26

    Associate takeoff items with estimate by referencing sheet S2 to identify footings utilized, ensuring clear identification and migration of information from drawings to quantity takeoff and estimate, establishing a clear relationship between drawings, takeoff, and estimate to facilitate understanding and tracking of line items.

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  • Enrollment required

    MasterFormat Alternatives

    Topic 4: The Takeoff

    1:55

    Examine various format types like OmniClass and MasterFormat, essential for construction industry projects.

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  • Enrollment required

    MasterFormat Level Four

    Topic 4: The Takeoff

    1:39

    Organize estimate rows by master format with clearly defined codes ranging from levels one through level four, including specific examples and the use of level four for deeper item identification in estimating spreadsheets.

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  • Pricing Resources

    Topic 5: Pricing Resources

    3:58

    Find construction costs of common materials by utilizing resources such as Harvest Means, Bluebook, vendors, and warehouse stores.

  • Pricing Methods and Techniques

    Topic 5: Pricing Resources

    4:37

    Identify unit pricing for different materials and subcontractor pricing to estimate project costs accurately.

  • Enrollment required

    Assemblies

    Topic 5: Pricing Resources

    2:24

    Utilize assemblies in construction to streamline pricing and speed up the process.

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  • Cost Categories Overview

    Topic 6: Cost Categories

    1:34

    Organize estimate into cost categories for allocation of estimated costs based on labor, material, equipment, or subcontractor involvement.

  • Estimating Labor Cost

    Topic 6: Cost Categories

    4:21

    Estimate labor costs by calculating hourly rates, crew sizes, and productivity per hour for effective installation.

  • Enrollment required

    Labor Cost Factors

    Topic 6: Cost Categories

    3:03

    Consider labor shortages, prevailing wage rates, weather conditions, compressed schedules, and client constraints to manage labor costs effectively.

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  • Enrollment required

    Estimating Material Costs

    Topic 6: Cost Categories

    1:45

    Understand material pricing by considering different unit measures and sizes for purchasing various materials, such as concrete, lumber, gypsum board, plaster, and paint.

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  • Enrollment required

    Material Cost Factors

    Topic 6: Cost Categories

    2:41

    Review factors impacting material costs, such as availability, unit size, delivery costs, expiration dates, waste factors, and guidelines for pricing materials.

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  • Enrollment required

    Estimating Equipment Costs

    Topic 6: Cost Categories

    2:04

    Estimate equipment costs by considering the equipment needed, duration of use, and operator requirements, ensuring productivity and rental periods are accurately defined.

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  • Enrollment required

    Equipment Cost Factors

    Topic 6: Cost Categories

    1:40

    Secure or reserve equipment in advance to ensure availability, understand required size for backhoes and cranes, consider mobilization costs and proper egress for equipment on site.

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  • Enrollment required

    Estimating Subcontractor Costs

    Topic 6: Cost Categories

    3:15

    Subcontractors submit trade-specific bids for their scope of work, which are incorporated into the general contractor's overall estimate for the project.

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  • Enrollment required

    Subcontractor Cost Factors

    Topic 6: Cost Categories

    2:56

    Consider project-specific variables when evaluating subcontractor pricing, such as equipment inclusion, scope of work coverage, trade delays impact, long lead items consideration, schedule adequacy, and providing project schedule to subcontractors.

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  • Enrollment required

    Example Questions for Subcontractors

    Topic 6: Cost Categories

    5:02

    Ask subcontractors questions to clarify scope of work, such as whether concrete subcontractors cover structural or site concrete, if reinforcing steel is included, where rough carpentry ends, which subs provide doors for storefront systems, who handles floor tile, if electrical contractors provide low voltage services, who hauls off excavation spoils, how many bids to get, and estimating trade costs before receiving subquotes.

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  • Enrollment required

    Cost Category Levels

    Topic 6: Cost Categories

    1:45

    Create detailed cost breakdowns in construction estimating to provide comprehensive information for easier understanding and analysis.

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  • Work Breakdown Structure Codes

    Topic 7: The Estimate

    2:09

    Identify and assign WBS codes to estimate items for proper organization and cost breakdown.

  • Estimating Spreadsheet Structure

    Topic 7: The Estimate

    5:51

    Summarize the Excel estimate structure by organizing phase, item number, take-off quantity, labor cost, material cost, equipment cost, subcontractor cost, total cost unit, and total amount calculations for each category.

  • Enrollment required

    Line Item Example Laminated Beams

    Topic 7: The Estimate

    2:38

    Examine the spreadsheet and analyze the pricing breakdown for laminated beams with specific dimensions and additional labor and material costs for the radius.

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  • Enrollment required

    Line Item Example Specialties

    Topic 7: The Estimate

    2:44

    Examine Division 10,000 Specialties with three items and labor and material costs, including shower doors, toilet accessories, and wood shelving.

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  • Enrollment required

    Line item Example Earthwork

    Topic 7: The Estimate

    2:27

    Review and verify the estimate for earthwork to ensure accuracy and consistency in calculations and quantities.

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  • Enrollment required

    Estimate Cost Totals

    Topic 7: The Estimate

    1:05

    Review and verify estimate cost totals for labor, material, equipment, and subcontractor in the spreadsheet to ensure accuracy before moving on to markups and add-ons.

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  • Scheduling & Project Duration

    Topic 8: Project Considerations

    4:05

    Evaluate project schedule to determine required durations for estimating purposes, considering factors like difficulty, congestion, and weather impacts to accurately calculate costs and profit margins.

  • General Conditions

    Topic 8: Project Considerations

    2:49

    Discussing the definition and importance of general conditions in construction projects, including the various costs associated with managing and operating a project.

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    Hard Costs

    Topic 8: Project Considerations

    2:20

    Determine hard costs before adding markups and add-ons for construction projects.

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  • Enrollment required

    Overhead

    Topic 8: Project Considerations

    1:47

    Establish total hard costs for the project before adding any additional markups or add-ons, and check with company management to determine the actual overhead costs.

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  • Enrollment required

    Markup

    Topic 8: Project Considerations

    4:15

    Evaluate actual project costs to compare against estimated costs to identify discrepancies and adjust future estimates for accurate pricing.

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  • Enrollment required

    Markup and Add on Order

    Topic 8: Project Considerations

    2:34

    Add overhead costs before markups to ensure accurate pricing and accounting analysis.

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  • Enrollment required

    Adjusting for Risk Contingencies

    Topic 8: Project Considerations

    3:08

    Identify potential risks, allocate additional funds as contingencies, and ensure profitability by covering all project costs.

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  • Enrollment required

    Unknown Conditions

    Topic 8: Project Considerations

    2:40

    Factor in potential contingencies such as incomplete drawings, weather delays, and material cost inflation to your project estimates.

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  • Enrollment required

    Potential Costs

    Topic 8: Project Considerations

    1:08

    Adjust for risk by considering potential costs such as inflation, expiration of labor agreements requiring higher rates, and increases in material prices not purchased by a given date.

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  • Enrollment required

    Travel Expenses

    Topic 8: Project Considerations

    0:50

    Consider geographic location impact on labor rates and travel expenses, including providing per diem for out-of-town staff and subcontractors incurring additional costs for lodging, meals, and mileage.

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  • Validating Scales

    Topic 9: Validation

    2:26

    Verify drawing scales for accuracy and test dimensions against known measurements to ensure correct quantities in the estimate.

  • 100% Check

    Topic 9: Validation

    3:11

    Validate and cross-check calculations in spreadsheet estimates to ensure accuracy and prevent errors.

  • Enrollment required

    Other Validation Methods

    Topic 9: Validation

    3:27

    Analyze and compare estimate costs to similar projects to validate current project pricing.

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  • Cover Sheet Elements

    Topic 10: Estimate Cover Sheet, Recap & Instructor Thoughts

    3:15

    Create a comprehensive cover sheet for estimates by including project name, location, proposal date, client company name and contact information, estimator's name, estimate amount, scope of work specifying trades, plans and specifications date, inclusions, exclusions, alternates, and assumptions.

  • Bid Form Example

    Topic 10: Estimate Cover Sheet, Recap & Instructor Thoughts

    7:51

    Fill out the bid form by adding dollar amounts to the client-provided form. Include project name, bid date and time (with time zone), project start date, send proposals via email as PDFs, point of contact information, project duration, base bid amount, bond amount, and alternates. Standalone pricing for alternates should be accepted or not at the beginning of the project. List any inclusions, exclusions, and assumptions if allowed. Clarify any unclear items in inclusions and exclusions.

  • Enrollment required

    Final Bid Form Delivery

    Topic 10: Estimate Cover Sheet, Recap & Instructor Thoughts

    2:01

    Deliver bid form cover sheet with references to bid documents, use provided forms, and submit as a PDF for record-keeping.

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  • Enrollment required

    Recap of Sequences to Develop an Estimate

    Topic 10: Estimate Cover Sheet, Recap & Instructor Thoughts

    1:38

    Develop an estimate by confirming bid requirements, performing quantity takeoff, entering items into spreadsheet, establishing schedule, preparing general conditions, applying fees and markup, checking for errors, and delivering estimate on time.

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  • Enrollment required

    Instructor Thoughts

    Topic 10: Estimate Cover Sheet, Recap & Instructor Thoughts

    0:57

    Consider pursuing a professional career in construction estimating for valuable skills and career opportunities in the building professions.

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Construction Estimating with Bluebeam Course Online

  • Welcome and Course Introduction

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    3:42

    Get oriented to the course and see how Bluebeam Revu supports digital takeoffs and cost estimating across real construction projects.

  • Bluebeam Toolbar and Workspace Essentials

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    8:30

    Tour the Bluebeam workspace to locate toolbars, panels, navigation controls, and the core tools used in estimating workflows.

  • Enrollment required

    Using Textboxes and Callouts in Bluebeam

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    12:31

    Mark up drawings using textboxes, callouts, and notes to document assumptions, clarify scope, and flag key areas.

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  • Enrollment required

    Organize Tools with Bluebeam Profiles

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    8:54

    Customize a Bluebeam profile by arranging toolbars and tool sets to support fast, repeatable estimating work.

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  • Enrollment required

    Set Scale and Begin Linear Takeoffs

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    8:57

    Calibrate drawings by setting scale from known dimensions so all measurements produce accurate quantities.

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  • Enrollment required

    Understanding the Markups List

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    5:06

    Review the Markups List to understand how Bluebeam captures, sorts, filters, and exports takeoff data.

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  • Enrollment required

    Radius, Volume, Cutouts & Dynamic Fill

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    8:57

    Expand your measurement skills with radius tools, volume calculations, Dynamic Fill, and cutouts for openings.

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  • Enrollment required

    Reset and Validate Measurement Settings

    Lesson 1: Getting Started with Digital Takeoffs in Bluebeam

    7:18

    Verify drawing calibration by reviewing scale accuracy, removing test markups, and confirming a clean setup.

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  • Plan Takeoffs Setup & Workflow

    Lesson 2: Area & Count-Based Estimating Workflows

    2:30

    Plan a takeoff workflow by organizing measurements by trade and material before starting full quantities.

  • Linear Takeoffs with PolyLength

    Lesson 2: Area & Count-Based Estimating Workflows

    10:00

    Perform linear takeoffs for base trim using the PolyLength tool while applying specification codes for organization.

  • Enrollment required

    Custom Tool Chest Setup

    Lesson 2: Area & Count-Based Estimating Workflows

    10:00

    Save frequently used takeoffs to the Tool Chest and switch between markup and properties modes for faster reuse.

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  • Enrollment required

    Estimating Carpet, Tile & Hardwood

    Lesson 2: Area & Count-Based Estimating Workflows

    11:08

    Calculate flooring quantities with area-based takeoffs for carpet, hardwood, and tile using a room-by-room approach.

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  • Enrollment required

    Organizing Takeoffs with Layers

    Lesson 2: Area & Count-Based Estimating Workflows

    3:51

    Use layers to control visibility, reduce clutter, and isolate trades as takeoffs grow more complex.

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  • Enrollment required

    Counts Fixture and Door Quantities

    Lesson 2: Area & Count-Based Estimating Workflows

    5:17

    Count plumbing fixtures, windows, and doors using the Count tool with labeled symbols and spec sections.

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  • Enrollment required

    Quantifying Windows in Bluebeam

    Lesson 2: Area & Count-Based Estimating Workflows

    5:07

    Differentiate window types by size and function while organizing counts using schedules and specification codes.

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  • Enrollment required

    Door Takeoffs and Spec Assignment

    Lesson 2: Area & Count-Based Estimating Workflows

    6:45

    Quantify interior and exterior doors by type, dimension, and spec section for clean cost tracking.

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  • Enrollment required

    Exterior Wall Framing Takeoff

    Lesson 3: Exterior Finishes & Framing Systems

    7:59

    Create exterior framing takeoffs from elevations by setting wall heights and organizing estimates by wall type.

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  • Enrollment required

    Exterior Takeoff Prep and Specs

    Lesson 3: Exterior Finishes & Framing Systems

    4:48

    Review elevations and notes before siding takeoffs to clarify materials and prepare clean markup organization.

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  • Enrollment required

    Stucco Area Takeoffs with Cutouts

    Lesson 3: Exterior Finishes & Framing Systems

    8:45

    Build accurate stucco takeoffs using area tools, polygon cutouts, and reusable tool settings.

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  • Enrollment required

    Composite Siding Takeoff Workflow

    Lesson 3: Exterior Finishes & Framing Systems

    9:25

    Develop composite siding takeoffs by duplicating tools, adjusting specifications, and managing material transitions.

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  • Enrollment required

    Standing Seam Roofing Estimating

    Lesson 3: Exterior Finishes & Framing Systems

    14:54

    Estimate railings and standing seam roofing with linear and area tools while keeping elevations visually clear.

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  • Enrollment required

    Estimating Roofs and Parapet Walls

    Lesson 3: Exterior Finishes & Framing Systems

    9:23

    Apply Dynamic Fill to membrane roofing takeoffs and convert slopes and wall depths into accurate quantities.

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  • Enrollment required

    Wrap up and Midterm Export Instructions

    Lesson 3: Exterior Finishes & Framing Systems

    2:52

    Export and submit a midterm takeoff report as a PDF with filtered columns and course-ready formatting.

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  • Electrical Fixture Takeoffs

    Lesson 4: Interior & Ceiling Takeoffs by Layer and Zone

    9:31

    Count electrical fixtures efficiently using Search and Count tools with color-coding and labeled devices.

  • Interior Wall Framing Takeoffs

    Lesson 4: Interior & Ceiling Takeoffs by Layer and Zone

    6:52

    Measure interior wall framing with PolyLength tools, wall height inputs, and precise layer control.

  • Enrollment required

    Wall Sheathing Takeoffs

    Lesson 4: Interior & Ceiling Takeoffs by Layer and Zone

    10:49

    Convert framing takeoffs into gypsum and sheathing quantities by duplicating tools and adjusting properties.

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  • Enrollment required

    Estimating Parapet Stud Framing

    Lesson 4: Interior & Ceiling Takeoffs by Layer and Zone

    4:52

    Frame flat roof parapets using PolyLength tools while separating sheathing and framing components cleanly.

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  • Enrollment required

    Ceiling Framing and Drywall Area Markups

    Lesson 4: Interior & Ceiling Takeoffs by Layer and Zone

    10:36

    Estimate ceiling framing and gypsum for guest rooms using labeled PolyLength tools and controlled wall heights.

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  • Enrollment required

    Estimating Complex Ceiling Areas in Bluebeam

    Lesson 4: Interior & Ceiling Takeoffs by Layer and Zone

    11:36

    Separate ceiling zones in the music room by segmenting markups and organizing takeoffs by panel type.

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  • Enrollment required

    Concrete Footing Volume Takeoffs

    Lesson 5: Structural Foundations, Framing & Masonry

    12:32

    Calculate concrete footing volumes using calibration, volume tools, PSI requirements, and spec sections.

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  • Enrollment required

    Floor Joist Layout & Takeoffs

    Lesson 5: Structural Foundations, Framing & Masonry

    7:57

    Measure floor joists with on-center spacing to generate framing quantities aligned with trade specifications.

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  • Enrollment required

    Roof Joist Takeoffs & Counts

    Lesson 5: Structural Foundations, Framing & Masonry

    6:45

    Quantify roof framing elements, including glue-laminated beams, using Length and Count tools.

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  • Enrollment required

    Estimating Structural Wood Posts

    Lesson 5: Structural Foundations, Framing & Masonry

    6:18

    Log structural posts by size and location while assigning consistent subjects and spec codes.

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  • Enrollment required

    Plywood Sheathing Area Takeoffs

    Lesson 5: Structural Foundations, Framing & Masonry

    9:01

    Measure plywood sheathing for floors and roofs using area tools, hatches, and layer visibility controls.

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  • Enrollment required

    CMU Wall Estimating and Waterproofing

    Lesson 5: Structural Foundations, Framing & Masonry

    9:21

    Estimate CMU walls and waterproofing systems by combining PolyLength and Area tools with height assumptions.

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  • Finalizing Takeoffs for Construction Estimates

    Lesson 6: Estimating Outputs and Cost Integration

    7:45

    Audit all takeoffs to confirm labels, scale, categories, and readiness for cost estimation.

  • Configuring Cost Per Unit Columns for Estimating

    Lesson 6: Estimating Outputs and Cost Integration

    6:09

    Add custom columns for unit costs, labor, and materials directly within the Markups List.

  • Enrollment required

    Formatting Takeoff Exports to PDF

    Lesson 6: Estimating Outputs and Cost Integration

    13:33

    Export formatted PDF reports that display quantities, layers, colors, and cost fields for stakeholders.

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  • Enrollment required

    Exporting Bluebeam Markups to CSV

    Lesson 6: Estimating Outputs and Cost Integration

    11:37

    Export measurement data as CSV files for external cost modeling and estimating workflows.

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  • Enrollment required

    Combine Detail Sheets and Add Cover Page

    Lesson 6: Estimating Outputs and Cost Integration

    5:26

    Organize multiple sheets into a navigable PDF set using thumbnails, hyperlinks, and cover sheets.

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  • Enrollment required

    Entering Unit Costs in Bluebeam

    Lesson 6: Estimating Outputs and Cost Integration

    16:02

    Enter material pricing directly into Bluebeam to transition quickly from quantity takeoff to estimate.

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  • Enrollment required

    Data Flow from Bluebeam to Spreadsheets

    Lesson 6: Estimating Outputs and Cost Integration

    0:51

    Map exported takeoff data into a structured estimating input sheet to eliminate duplicate entry.

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  • Enrollment required

    Completing the Estimate Using Input Sheet

    Lesson 6: Estimating Outputs and Cost Integration

    7:56

    Complete a final estimate review by confirming quantities, updating unit prices, and validating scope.

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  • Enrollment required

    Introducing AI to Estimating Workflows

    Lesson 6: Estimating Outputs and Cost Integration

    8:33

    Explore how historical data, automation, and machine learning are shaping the future of construction estimating.

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Construction Materials Course Online

  • Introduction to Materials: Concrete

    Lesson 1: Concrete and Foundations

    4:42

    Learn what concrete is, how it is made, and where it is used in construction.

  • Concrete Strength, Properties, and Slump Test

    Lesson 1: Concrete and Foundations

    7:27

    Examine concrete strength, curing, reinforcement, and workability testing.

  • Enrollment required

    Shallow Foundations

    Lesson 1: Concrete and Foundations

    10:36

    Introducing shallow foundations and how footings, walls, and rebar transfer loads.

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  • Enrollment required

    Building Blocks of Shallow Foundations

    Lesson 1: Concrete and Foundations

    8:13

    Comparing poured-in-place and CMU foundations and their structural connections.

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  • Enrollment required

    Shallow Foundations: Slab on Grade

    Lesson 1: Concrete and Foundations

    5:53

    Dive into slab-on-grade foundations, materials, and construction methods.

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  • Enrollment required

    Shallow Foundations Finishings

    Lesson 1: Concrete and Foundations

    7:52

    Covering waterproofing, insulation, drainage, and foundation durability strategies.

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  • Enrollment required

    Concrete & Steel for Heavy Foundations

    Lesson 1: Concrete and Foundations

    9:40

    Explore deep foundation systems and their use in high-load structures.

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  • Introduction to Materials: Wood

    Lesson 2: Wood and Steel Framing Systems

    10:00

    Learn why wood is a foundational construction material, including its properties, lumber types, treatments, and sizing standards.

  • Wood Floor Framing

    Lesson 2: Wood and Steel Framing Systems

    10:00

    See how wood floor framing systems work and how structural loads move from finished floors down to the foundation.

  • Enrollment required

    Wood Wall Framing (With Openings)

    Lesson 2: Wood and Steel Framing Systems

    6:59

    Understand how wood-framed walls are built around doors and windows while maintaining proper load paths.

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  • Enrollment required

    Floor Framing Openings and Stairs

    Lesson 2: Wood and Steel Framing Systems

    8:05

    Explore how floor systems are framed to accommodate stairs and other vertical openings without compromising structure.

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  • Enrollment required

    Introduction to Steel

    Lesson 2: Wood and Steel Framing Systems

    6:46

    An introduction to steel as a construction material, including its classifications, properties, and common uses.

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  • Enrollment required

    Commercial Framing Materials: Light Frame

    Lesson 2: Wood and Steel Framing Systems

    4:00

    Discover how light-gauge steel framing is used in commercial and multi-residential construction projects.

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  • Enrollment required

    Structural Steel Part 1

    Lesson 2: Wood and Steel Framing Systems

    7:49

    Learn how structural steel framing systems support large-scale commercial buildings.

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  • Enrollment required

    Structural Steel Part 2

    Lesson 2: Wood and Steel Framing Systems

    6:04

    Take a closer look at composite steel systems, common steel shapes, and required protection methods.

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  • Introduction to Materials: Insulation

    Lesson 3: Building Envelope and Interior Finishes

    6:56

    Understand what insulation does and how it improves comfort, energy efficiency, and building performance.

  • Insulation Types, Considerations, and Placement

    Lesson 3: Building Envelope and Interior Finishes

    8:49

    Explore interior finish elements like molding, trim, and millwork, and how they shape interior spaces.

  • Enrollment required

    Exterior Finishings Weather Barriers (House Wraps and Building Paper)

    Lesson 3: Building Envelope and Interior Finishes

    5:34

    Compare the most common insulation types and where each performs best.

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  • Enrollment required

    Exterior Siding Part 1

    Lesson 3: Building Envelope and Interior Finishes

    6:18

    Learn how weather-resistive barriers protect buildings from moisture while supporting envelope performance.

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  • Enrollment required

    Exterior Siding Part 2

    Lesson 3: Building Envelope and Interior Finishes

    9:24

    Explore exterior siding systems and how they protect and finish buildings.

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  • Enrollment required

    Commercial Curtain Walls

    Lesson 3: Building Envelope and Interior Finishes

    4:10

    Compare vinyl and metal siding options based on durability, maintenance, and performance.

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  • Enrollment required

    Masonry Veneer and Stucco

    Lesson 3: Building Envelope and Interior Finishes

    6:22

    Learn how curtain wall systems function as non-load-bearing exterior facades.

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  • Enrollment required

    Interior Flooring

    Lesson 3: Building Envelope and Interior Finishes

    8:47

    Understand how masonry veneer and stucco systems manage moisture and enhance durability.

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  • Enrollment required

    Interior Walls and Ceilings

    Lesson 3: Building Envelope and Interior Finishes

    10:17

    Explore common interior flooring materials and how to choose based on performance needs.

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  • Enrollment required

    Millwork, Molding and Related Elements

    Lesson 3: Building Envelope and Interior Finishes

    5:55

    Learn how wall and ceiling finishes affect durability, acoustics, and appearance

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  • Roof Construction Types

    Lesson 4: Roof Systems and Roofing Materials

    8:00

    Understand the purpose of roof systems and how low-slope and steep-slope roofs differ.

  • Rafter Framed Roofs: Materials and Terminology

    Lesson 4: Roof Systems and Roofing Materials

    7:23

    Learn how rafter-framed roof systems transfer loads to supporting walls

  • Enrollment required

    Roof Trusses

    Lesson 4: Roof Systems and Roofing Materials

    8:10

    Explore roof trusses and how they differ from traditional rafter framing

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  • Enrollment required

    Sloped Roofs

    Lesson 4: Roof Systems and Roofing Materials

    9:11

    Compare steep-slope roofing materials based on performance, cost, and climate suitability

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  • Enrollment required

    Flat Low Slope Roofs

    Lesson 4: Roof Systems and Roofing Materials

    6:43

    Examine low-slope roofing systems and the waterproofing strategies they require.

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  • Enrollment required

    Roof Underlayment, Moisture Control, and Cornices

    Lesson 4: Roof Systems and Roofing Materials

    6:50

    Learn how secondary roof systems manage water, vapor, and airflow.

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  • Intro to Plumbing Systems

    Lesson 5: Building Service Systems (MEP)

    6:49

    Get an overview of plumbing systems and how water supply and waste removal work together

  • Common Plumbing Materials

    Lesson 5: Building Service Systems (MEP)

    8:17

    Explore plumbing materials and how selection affects durability and performance.

  • Enrollment required

    Intro to Mechanical Systems

    Lesson 5: Building Service Systems (MEP)

    9:51

    Understand how HVAC systems regulate temperature, humidity, and indoor air quality.

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  • Enrollment required

    Mechanical Systems Materials

    Lesson 5: Building Service Systems (MEP)

    9:02

    Learn how HVAC materials impact system efficiency and comfort.

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  • Enrollment required

    Electrical Systems and Materials Part 1

    Lesson 5: Building Service Systems (MEP)

    5:49

    Get familiar with building electrical systems and how power is safely distributed.

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  • Enrollment required

    Electrical Systems and Materials Part 2

    Lesson 5: Building Service Systems (MEP)

    8:09

    Gain insight into how electrical components control, protect, and deliver power throughout a building.

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  • Drivers of Change in Construction Materials

    Lesson 6: Innovation, Sustainability & the Future of Materials

    8:22

    Explore the forces driving innovation in construction materials.

  • Sustainable and Green Construction Materials

    Lesson 6: Innovation, Sustainability & the Future of Materials

    9:28

    Learn how sustainable materials reduce environmental impact and support greener buildings.

  • Energy Efficient Building Envelopes

    Lesson 6: Innovation, Sustainability & the Future of Materials

    9:35

    Understand how high-performance building envelopes improve energy efficiency and comfort.

  • Prefabrication and Modular Construction

    Lesson 6: Innovation, Sustainability & the Future of Materials

    7:30

    Explore prefabrication and modular construction, and how offsite methods change building delivery.

  • 3D Printing for Construction

    Lesson 6: Innovation, Sustainability & the Future of Materials

    7:58

    Learn the basics of 3D printing in construction, including materials, applications, and current limitations.

AI Construction Estimating with Togal.AI Course Online

  • Enrollment required

    Togal.AI Overview

    Lesson 1: Getting Started with Togal.AI

    17:23

    Explore Togal.AI as an AI-powered construction takeoff platform that automatically detects areas, walls, and counts from uploaded plan PDFs. Learn how Togal fits into the estimating workflow as a quantification tool that feeds into your estimating system.

    View enrollment options at VDCI
  • Platform Navigation

    Lesson 1: Getting Started with Togal.AI

    10:00

    Navigate the Togal interface, including the Projects page, classification Library, and Settings. Configure classifications to output multiple quantity types from a single takeoff.

  • Project Setup

    Lesson 1: Getting Started with Togal.AI

    10:00

    Set up a new project by uploading drawing sets, organizing drawings into folders, and verifying auto-detected scales. Review the drawing viewer interface and its pan, edit, and markup tools.

  • AI Takeoff Basics

    Lesson 2: AI-Powered Takeoffs & Core Tools

    10:00

    Run Togal's one-click AI takeoff to instantly generate areas, wall lines, and counts across an entire floor plan. Review, filter, and refine AI-generated takeoff results.

  • Takeoff Review

    Lesson 2: AI-Powered Takeoffs & Core Tools

    10:00

    Review AI-generated takeoffs against plan documents and use Togal Chat to query finish schedules directly from your drawings. Create and organize classifications to convert generic takeoffs into specific material types.

  • Enrollment required

    Assign Materials

    Lesson 2: AI-Powered Takeoffs & Core Tools

    9:56

    Assign material classifications to AI-generated takeoffs using selection methods including right-click, shift-click, and drag-select. Build a master format folder hierarchy and import classification libraries from past projects.

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  • Enrollment required

    Chat & Search

    Lesson 2: AI-Powered Takeoffs & Core Tools

    7:12

    Work with AI-generated wall center lines and door center lines to assign wall assembly classifications. Create linear and count classifications for items not auto-detected by the AI.

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  • Enrollment required

    Classification Workflow

    Lesson 2: AI-Powered Takeoffs & Core Tools

    8:04

    Create manual count classifications with custom settings and place counts on plans using snapping options. Review Togal's built-in counts, lines, and areas databases and use the Group tool for quick reclassification.

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  • Enrollment required

    Advanced Selection

    Lesson 2: AI-Powered Takeoffs & Core Tools

    16:08

    Use the Group/Ungroup tool to merge takeoff areas into shared classifications and the Flip tool to swap takeoff object positions. Apply selection modifier tools to refine and reorganize AI-generated takeoffs.

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  • Enrollment required

    Modifier Tools

    Lesson 2: AI-Powered Takeoffs & Core Tools

    1:37

    Transition from grouping and flipping tools into the Combine and Merge Lines tools. Prepare takeoff shapes for advanced modification techniques.

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  • Enrollment required

    Combine & Merge

    Lesson 2: AI-Powered Takeoffs & Core Tools

    3:43

    Use the Combine tool to merge overlapping takeoff shapes into unified polygons and the Merge Lines tool to extend existing area takeoffs by drawing attached sections. Handle complex or irregular takeoff shapes without redrawing from scratch.

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  • Enrollment required

    Merge Lines Tool

    Lesson 2: AI-Powered Takeoffs & Core Tools

    1:15

    Apply the Merge Lines tool to draw inside an existing polygon takeoff and expand it by adding area outside the original shape. Use this on-the-fly method to combine or extend takeoffs without creating separate polygons.

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  • Enrollment required

    Rotation & Tools

    Lesson 2: AI-Powered Takeoffs & Core Tools

    2:28

    Rotate takeoff objects in place using Shift to constrain to 5-degree increments. Preview the grid tool, snap-to-points, and manual takeoff options available in the toolbar.

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  • Enrollment required

    Manual Tools Overview

    Lesson 2: AI-Powered Takeoffs & Core Tools

    3:03

    Walk through all manual drawing modes including polygon, arc, rectangle, and circle with modifier keys for straight lines and shape closing. Edit existing takeoff control points and use drag-select to manage takeoffs.

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  • Floor Plan Workflow

    Lesson 3: Floor Plans & Partition Takeoffs

    10:00

    Complete a full floor plan workflow using AI automation to detect and assign floor finishes across apartment units. Clean up unwanted areas, create finish classifications, and query finish schedules using Togal Chat.

  • Partition Types

    Lesson 3: Floor Plans & Partition Takeoffs

    10:00

    Identify and assign exterior partition types by selecting AI-generated wall lines and reassigning them via right-click. Use bulk selection methods to efficiently classify multiple exterior walls at once.

  • Enrollment required

    Exterior Partitions

    Lesson 3: Floor Plans & Partition Takeoffs

    3:18

    Compare AI-selection and manual linear takeoff approaches for exterior partitions, and determine when manual drafting is faster. Edit control points on takeoff lines and run corridor partition takeoffs using straight-line techniques.

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  • Enrollment required

    Manual Partitions

    Lesson 3: Floor Plans & Partition Takeoffs

    5:57

    Read wall schedules to identify partition types and apply manual takeoff techniques including duplicate, copy/paste, and paste-in-place. Use image search and text search tools to count fixtures and find keywords across plans.

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  • Exterior Takeoffs

    Lesson 4: Exterior Elevations, Counts & Formulas

    10:00

    Perform exterior elevation takeoffs using manual methods, as Togal's AI automation is optimized for floor plans. Read an exterior materials legend and create area classifications for each finish type using the duplicate function.

  • Exterior Finishes

    Lesson 4: Exterior Elevations, Counts & Formulas

    5:15

    Continue identifying exterior finish material zones and creating corresponding classifications organized into CSI folders. Use the duplicate function to quickly generate similar classification types for thermal protection, masonry, and other finishes.

  • Enrollment required

    Keyboard Shortcuts

    Lesson 4: Exterior Elevations, Counts & Formulas

    7:53

    Master all keyboard shortcuts in Togal organized by category: navigation, general tools, drawing tools, and selection/manipulation. Build efficiency for the hands-on takeoff work in the second half of the course.

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  • Enrollment required

    Subtract Tool

    Lesson 4: Exterior Elevations, Counts & Formulas

    2:48

    Use the Subtract tool to cut window and louver openings out of exterior area takeoffs. Apply the rectangle subtraction mode as a faster two-click alternative to polygon subtraction.

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  • Enrollment required

    Count Optimization

    Lesson 4: Exterior Elevations, Counts & Formulas

    11:08

    Count louvers and window types on exterior elevations using Togal's image search and text-refinement tools. Filter results by designation, convert to classifications, and reuse previous searches for efficiency.

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  • Enrollment required

    Advanced Search Tools

    Lesson 4: Exterior Elevations, Counts & Formulas

    12:31

    Search for keywords across entire plan sets using text search and auto-generate area takeoffs from hatching patterns using pattern search. Refine auto-generated boundaries by editing control points and subtracting openings.

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  • Enrollment required

    Roof & Formulas

    Lesson 4: Exterior Elevations, Counts & Formulas

    6:36

    Take off roof plan materials manually with slope factor inputs and run linear takeoffs for perimeter systems. Build custom quantity formulas using measured variables and math operators for specialized output calculations.

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  • Electrical Overview

    Lesson 5: MEP & Electrical Takeoffs

    10:00

    Begin MEP takeoff using electrical plans and leverage Togal Chat to query notes, legends, wire sizing tables, and abbreviations directly from plan documents. Use AI-assisted reasoning to determine specifications from technical diagrams.

  • Enrollment required

    Electrical Counts

    Lesson 5: MEP & Electrical Takeoffs

    9:07

    Count receptacles and light fixtures on electrical plans using image search with text refinement to separate similar items. Understand Togal's strengths for fixture counting and its limitations for full conduit and wiring takeoffs.

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  • Enrollment required

    MEP Takeoffs

    Lesson 5: MEP & Electrical Takeoffs

    6:32

    Perform a combined linear and count takeoff for a lightning protection system, including copper wiring runs and air terminal counts. Review Togal's MEP capabilities and limitations to wrap up the MEP section.

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  • Lobby Takeoff Setup

    Lesson 6: Final Project & Export

    10:00

    Begin the course final project by running AI takeoff on the lobby plan and reassigning room finishes using the finish schedule. Split large AI-generated areas into distinct room takeoffs and group them to correct classifications.

  • Finish Assignments

    Lesson 6: Final Project & Export

    10:00

    Systematically assign floor finish classifications to remaining lobby rooms by reading the finish schedule and creating codes on the fly. Use recently-used assignments to speed up the classification workflow.

  • Enrollment required

    Area Splitting

    Lesson 6: Final Project & Export

    7:10

    Set scale on detail pages and create partition type classifications based on the wall schedule for lobby enlarged plans. Take off multiple partition types while avoiding double-counting with AI-generated wall lines.

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  • Enrollment required

    Wall Takeoffs

    Lesson 6: Final Project & Export

    9:43

    Continue lobby wall takeoffs across multiple enlarged plan details, switching between partition types and creating new subtypes as needed. Identify CMU partition types from the wall schedule and classify them under masonry categories.

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  • Enrollment required

    Partitions & Ceilings

    Lesson 6: Final Project & Export

    10:25

    Complete remaining lobby wall takeoffs and transition to the reflected ceiling plan for suspended ceiling grid takeoffs. Explore pattern search and manual polygon methods for ceiling areas and preview the final exam scope.

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  • Enrollment required

    Export & Deliverables

    Lesson 6: Final Project & Export

    10:16

    Configure the quantities panel with grouping, filters, and column visibility options for export. Export takeoff data to Excel in grouped and flat formats, and generate marked-up PDFs with selective takeoff layer visibility.

    View enrollment options at VDCI

Curriculum

What you'll learn

  • Fundamentals of construction estimating for residential and commercial projects
  • Quantity takeoffs, cost estimating, and cost proposal creation
  • Interpreting architectural and structural plans for cost-related data
  • Types of estimates: conceptual, preliminary, and detailed
  • Digital takeoffs and data organization using Bluebeam Revu
  • Estimating labor, material, equipment, and subcontractor costs
  • Managing risk, contingencies, and project-specific considerations
  • Industry-standard tools and workflows for precise cost estimations, and preparing for the Bluebeam Certified Professional Exam

Course outline

  1. Intro to Construction Estimating Course Online 20 hours

    Learn the fundamentals of construction estimating, including types of estimates, quantity takeoffs, pricing strategies, and cost estimate proposals.

    • Understand the fundamentals of construction estimating for residential and commercial projects.
    • Learn to interpret architectural and structural plans to extract relevant cost-related data.
    • Master different types of estimates, such as conceptual, preliminary, and detailed estimating.
    • Gain insight into quantity surveying, estimating takeoffs, labor costs, equipment costs, and contingency planning.
    • Explore industry-standard tools and software used for creating precise cost estimations.
    • Develop problem-solving skills to analyze discrepancies and mitigate cost overruns effectively.
  2. Construction Estimating with Bluebeam Course Online 30 hours

    Develop the skills to perform accurate construction takeoffs using Bluebeam Revu, with a focus on digital measurement tools, quantity reporting, and organizing data for real-world estimating workflows.

    • Build a solid foundation in digital estimating by learning key concepts such as takeoffs, quantities, and bid preparation using Bluebeam Revu.
    • Practice using Bluebeam’s measurement, markup, and dynamic fill tools to calculate quantities across all building systems, including walls, windows, flooring, and roofing.
    • Learn to manage data using tool chests, layers, spaces, and customizable columns. Export your takeoffs into shareable, editable reports for clients or team use.
    • Apply your skills to real project drawings with structured exercises and assignments that mirror professional estimating workflows.
  3. Construction Materials Course Online 30 hours

    Dive into the world of construction materials with this in-depth course covering everything from concrete foundations to innovative green materials. Gain the skills to evaluate, select, and apply materials in residential and commercial projects.

    • Understand the properties and uses of construction materials, including concrete, steel, wood, and more
    • Explore the latest innovations in sustainable and green construction materials
    • Learn how to evaluate and select the appropriate materials for various project requirements
    • Gain practical knowledge on applying materials effectively in both residential and commercial contexts
    • Develop skills to assess material performance, durability, and cost-effectiveness
    • Discover industry trends and best practices for using materials in modern construction projects
  4. AI Construction Estimating with Togal.AI Course Online 30 hours

    Learn to use Togal.AI, a leading AI takeoff and estimating platform, to turn hours of manual quantity takeoff into minutes of accurate, client-ready work. Built for estimators, preconstruction pros, quantity surveyors, and subcontractors ready to win more bids and become the fastest estimator on the team.

    • Set up projects, organize drawings, calibrate scales, and navigate the Togal.AI workspace with confidence
    • Run automated AI takeoffs in seconds and refine them using classifications, material assignments, Smart Search, and Togal Chat
    • Apply advanced selection, merge, and modifier tools to produce accurate, client-ready quantities
    • Execute interior floor plan workflows covering partitions, corridors, party walls, and finish schedules using a hybrid AI and manual approach
    • Tackle exterior elevations, exterior finishes, and roof takeoffs using custom formulas, keyboard shortcuts, and the subtract tool for openings
    • Specialize in MEP takeoff across electrical, mechanical, and plumbing drawings, including fixture counts, legend decoding, and conduit and lightning protection
    • Build reusable classification libraries and coordinate multi-trade scopes across a live commercial project
    • Complete a full lobby takeoff capstone and export polished Excel and PDF deliverables ready for bid submission

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Is this course right for you?

This is a focused choice for aspiring estimators and contractors moving into digital takeoff work. If interpreting drawings is also a new skill, compare the combined blueprint reading and estimating program, which adds structured instruction in several types of construction plans.

Is AI construction estimating part of the required sequence?

The Togal.AI course is an optional bonus elective. It adds an AI-assisted takeoff project; the core estimating sequence covers estimating fundamentals, construction materials and Bluebeam workflows.

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