
Plan and Specification Reading Course
Stop guessing what the drawings mean and start reading them with confidence. This course gives construction professionals a complete, practical foundation in plans and specifications — from document hierarchy and symbols to structural details and MEP layouts. Whether you're in the field, the office, or the estimating room, you'll finish with the skills to pull the right information fast.
What you will learn:
You'll learn how construction documents are organized, how drawings and specifications work together, and which document controls when conflicts arise. You'll read architectural, structural, and MEP drawings with accuracy, decode symbols and abbreviations across all disciplines, and extract dimensions using both printed and digital tools. You'll also interpret written specifications for materials, workmanship, and submittals, and apply everything to real project scenarios involving scope verification, quantity takeoffs, and RFI preparation.
How you study in a practical way Plan and Specification Reading Course
How you practice Plan and Specification Reading Course
For companies who want to train their team
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Construction Documents
Foundations of Construction Documents
Lesson 1 • Types of Construction Drawings
Surveys the full set of drawing disciplines found in a typical project package. Students categorize drawings by discipline and purpose.
Lesson 2 • Specification Organization and Format
Introduces the standard division-based format used to organize written specifications. Students navigate a spec book and locate sections efficiently.
Lesson 3 • Document Hierarchy and Precedence
Defines which document controls when conflicts arise between drawings and specs. Students apply precedence rules to resolve common discrepancies.
Lesson 4 • Navigating a Complete Document Set
Provides hands-on practice locating information across a full project package. Students cross-reference drawings and specs to answer field questions.
Lesson 5 • Purpose of Plans and Specifications
Explains why construction documents exist and what legal and contractual roles they serve. Establishes the foundation for all subsequent reading skills.
Chapter 2HideHide detailsSee detailsScales, Dimensions, and Measurement
Scales, Dimensions, and Measurement
Lesson 1 • Dimensioning Conventions on Drawings
Covers how dimensions are placed, labeled, and interpreted on construction drawings. Students distinguish between overall, partial, and reference dimensions.
Lesson 2 • Using Scales and Measuring Tools
Teaches correct use of architect's and engineer's scales and digital measuring tools. Students practice reading dimensions accurately on printed and digital drawings.
Lesson 3 • Understanding Drawing Scale
Explains the concept of representative scale and why drawings are reduced. Students convert between drawing measurements and real-world dimensions.
Lesson 4 • Calculating Areas and Volumes from Drawings
Applies measurement skills to compute areas and volumes needed for quantity takeoffs. Students calculate floor areas, wall areas, and cubic volumes from plan views.
Chapter 3HideHide detailsSee detailsSymbols, Abbreviations, and Legends
Symbols, Abbreviations, and Legends
Lesson 1 • Material Hatch Patterns and Symbols
Identifies standard hatch patterns representing materials in plan and section views. Students match patterns to materials and verify against drawing legends.
Lesson 2 • Architectural Symbols and Conventions
Covers door, window, stair, and fixture symbols used on architectural drawings. Students read floor plans and identify all architectural elements accurately.
Lesson 3 • Reading and Creating Legends
Explains how drawing legends are structured and how to use them as a decoding tool. Students verify symbols against legends and flag unlisted symbols for clarification.
Lesson 4 • Structural and MEP Symbols
Introduces symbols specific to structural, mechanical, electrical, and plumbing drawings. Students identify equipment, conduit, ductwork, and framing symbols.
Lesson 5 • Standard Abbreviations by Discipline
Builds fluency with abbreviations used across architectural, structural, and MEP drawings. Students decode notes and schedules using discipline-specific abbreviation lists.
Chapter 4HideHide detailsSee detailsReading Architectural Drawings
Reading Architectural Drawings
Lesson 1 • Building Sections and Wall Sections
Explains how sections reveal interior construction assemblies and vertical relationships. Students trace section cuts from floor plans to locate and read corresponding sections.
Lesson 2 • Elevations: Exterior and Interior
Covers how elevations show vertical relationships, materials, and finish heights. Students read exterior and interior elevations to determine cladding and finish scope.
Lesson 3 • Architectural Details and Assemblies
Focuses on large-scale details that specify exact construction methods and materials. Students interpret detail callouts and connect details to parent drawings.
Lesson 4 • Floor Plans: Layout and Information
Teaches how to read floor plans for room layout, dimensions, and element locations. Students identify walls, openings, and annotations critical to construction.
Lesson 5 • Schedules: Doors, Windows, and Finishes
Teaches how to read tabular schedules that specify element types, sizes, and finishes. Students cross-reference schedules with floor plans and specifications.
Chapter 5HideHide detailsSee detailsReading Structural Drawings
Reading Structural Drawings
Lesson 1 • Connection Details and Schedules
Focuses on structural connection details specifying welds, bolts, and hardware. Students read connection schedules and match details to framing plan callouts.
Lesson 2 • Structural Sections and Elevations
Explains how structural sections reveal vertical framing and connection conditions. Students read column lines, story heights, and bracing from structural elevations.
Lesson 3 • Foundation Plans and Details
Covers footing types, bearing conditions, and reinforcement shown on foundation drawings. Students identify foundation elements and read associated detail callouts.
Lesson 4 • Framing Plans: Floor and Roof
Teaches how to read framing plans showing beam, joist, and deck layouts. Students determine member sizes, spans, and bearing conditions from framing plans.
Lesson 5 • Reinforced Concrete Drawings
Covers rebar placement, lap splices, and concrete member details on structural drawings. Students read bar schedules and verify reinforcement against plan notes.
Chapter 6HideHide detailsSee detailsReading MEP and Civil Drawings
Reading MEP and Civil Drawings
Lesson 1 • Electrical Plans and Panel Schedules
Covers power, lighting, and low-voltage layouts on electrical drawings. Students read panel schedules, circuit numbers, and load information.
Lesson 2 • Mechanical and HVAC Drawings
Covers duct layouts, equipment schedules, and airflow diagrams on mechanical drawings. Students identify supply, return, and exhaust systems and read equipment tags.
Lesson 3 • Civil and Site Plans
Introduces grading, utility, and paving plans used for site construction. Students read contour lines, spot elevations, and utility routing on site drawings.
Lesson 4 • MEP Coordination Drawings
Explains how MEP trades coordinate routing to avoid conflicts in shared spaces. Students identify conflict zones and understand coordination drawing conventions.
Lesson 5 • Plumbing Drawings and Riser Diagrams
Teaches pipe routing, fixture connections, and riser diagrams for water and waste systems. Students trace supply and drain lines from source to fixture.
Chapter 7HideHide detailsSee detailsReading and Interpreting Specifications
Reading and Interpreting Specifications
Lesson 1 • Submittals, Shop Drawings, and Samples
Covers the submittal process from contractor preparation to designer review and approval. Students identify required submittals from specs and track them through the process.
Lesson 2 • Execution and Workmanship Requirements
Focuses on Part 3 requirements for installation methods, tolerances, and inspection. Students identify mandatory procedures and quality benchmarks for each trade.
Lesson 3 • Product Specifications and Substitutions
Teaches how Part 2 specifies materials, products, and acceptable manufacturers. Students evaluate substitution requests against specified performance criteria.
Lesson 4 • Referenced Standards and Testing
Explains how specifications reference external standards for materials and testing methods. Students locate referenced standards and understand their binding effect.
Lesson 5 • General Requirements Sections
Covers Division 01 sections that govern project-wide administrative and procedural requirements. Students identify submittals, schedules, and quality control obligations.
Chapter 8HideHide detailsSee detailsApplied Reading: Coordination and Problem Solving
Applied Reading: Coordination and Problem Solving
Lesson 1 • Scope Verification and Change Orders
Teaches how to use documents to verify scope inclusions and support change order claims. Students compare original documents to revised drawings to identify scope changes.
Lesson 2 • Quantity Takeoff from Documents
Applies reading skills to extract quantities for estimating and procurement from drawings and specs. Students perform takeoffs for concrete, framing, and finishes.
Lesson 3 • Writing and Responding to RFIs
Covers the Request for Information process triggered by document ambiguities or conflicts. Students draft clear RFIs referencing specific drawing and spec locations.
Lesson 4 • Integrated Document Review Exercise
Simulates a full project document review using a complete drawing and spec package. Students answer field questions, resolve conflicts, and prepare RFIs independently.
Lesson 5 • Identifying Conflicts and Discrepancies
Teaches systematic methods for finding conflicts between drawings, specs, and field conditions. Students document discrepancies using standard industry formats.
Your valid completion certificate
This course is for you:
Field superintendent: needs to read drawings faster and more accurately.
Estimator: wants to pull quantities directly from plans and specs.
Construction project manager: managing documents but lacking formal training.
Career changer: entering construction from an unrelated professional background.
Subcontractor foreman: responsible for scope but unsure how to verify it.
Architecture or engineering student: bridging classroom theory to real project documents.
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