How to Prepare a Finishing Schedule Drawing for Doors, Windows, and Rolling Shutters

A finishing schedule for doors, windows, and rolling shutters is essential in architectural and construction projects to specify the materials, finishes, colors, and types of hardware for each element. It helps ensure consistency, quality control, and accurate execution during construction.

1. Purpose of a Finishing Schedule for Doors, Windows, and Rolling Shutters

✔️ Provides detailed specifications for all openings in a building.
✔️ Helps in material procurement and cost estimation.
✔️ Ensures aesthetic consistency and durability.
✔️ Reduces errors in installation and execution.
✔️ Follows building code compliance (fire rating, ventilation, security, accessibility).

2. Key Components of a Doors, Windows, and Rolling Shutter Finishing Schedule

A finishing schedule includes the following:

3. Steps to Prepare a Finishing Schedule Drawing

Step 1: Identify Door, Window, and Rolling Shutter Types

• Doors: Main entrance, internal doors, fire-rated doors, sliding doors, flush doors.
• Windows: Fixed, sliding, casement, bay windows, double-glazed units.
• Rolling Shutters: Manual or motorized, security-rated, industrial rolling shutters.

Step 2: Select Materials and Finishes

• Choose based on functionality, durability, and aesthetics.
• Specify paint, polish, powder coating, or laminate types.
• Ensure finishes comply with fire and weather resistance standards.

Step 3: Create a Finishing Schedule Table

Use AutoCAD, Revit, or Excel to create a tabular format detailing the finish, color, and hardware.

Step 4: Link with Architectural Drawings

• Use symbols or legends in floor plans, elevations, and sections.
• Label each door, window, and rolling shutter with a unique ID (e.g., D1, W2, RS1).

Step 5: Prepare Detailed Drawings

• Door Schedule – Shows door type, material, size, frame details, finish, and fire rating.
• Window Schedule – Includes type, size, glazing, frame material, finish, and ventilation details.
• Rolling Shutter Details – Specifies curtain type, slat thickness, operation type, and safety features.

Step 6: Approval and Finalization

• Review with architects, engineers, and contractors.
• Cross-check with BOQ and material availability.
• Ensure compliance with local building codes and standards.

4. Example Finishing Schedule Table for Doors, Windows, and Rolling Shutters

5. Software Used for Finishing Schedule Drawings

• AutoCAD – Drafting and detailing the schedule.
• Revit – 3D modeling with material specifications.
• SketchUp – Visualization of doors, windows, and shutters.
• Excel / Google Sheets – Creating tabular schedules for easy reference.

6. Best Practices for Preparing a Finishing Schedule

✔️ Use consistent numbering (D1, D2, W1, W2, RS1).
✔️ Include detailed annotations and legend in architectural drawings.
✔️ Use fire-rated doors and security shutters where required.
✔️ Ensure glazing specifications meet insulation and acoustic standards.
✔️ Standardize color and finish codes for procurement.

7. Conclusion

A well-prepared doors, windows, and rolling shutter finishing schedule ensures accurate execution, cost efficiency, and quality control in a construction project. By following systematic planning, clear documentation, and proper coordination, architects and engineers can avoid material mismatches, delays, and installation errors.

• Column Buckling
  Introduction Structural dynamics problems deal with structures in motion. Examples… Read more: Column Buckling
• Moody Chart | Moment Reactions for Rectangular Plates |
  Introduction to Moody’s Chart for Slab Design Moody’s Chart is… Read more: Moody Chart | Moment Reactions for Rectangular Plates |
• Standard Road Details
  Rigid & Flexible Road Details – Drawings & Requirements Road… Read more: Standard Road Details
• DG Building Architectural Plan & Finishing Schedule
  A DG (Diesel Generator) building is a dedicated structure designed… Read more: DG Building Architectural Plan & Finishing Schedule
• Technical Details for Wash Basin Section and Elevation
  A wash basin is an essential plumbing fixture used in… Read more: Technical Details for Wash Basin Section and Elevation
• Tender Technical Specification for Plumbing and Sanitary works
  Tender Technical Specification for Factory buildings – Plumbing and Sanitary… Read more: Tender Technical Specification for Plumbing and Sanitary works
• Fencing Gate Details and Requirements
  A fencing gate is an essential component of any secure… Read more: Fencing Gate Details and Requirements
• Fencing Layout and Details For Transformer Area
  Transformer fencing is an essential safety requirement to protect electrical… Read more: Fencing Layout and Details For Transformer Area
• Fencing with Angle Post and Pipe Post Details & Arrangements
  Fencing using angle posts and pipe (dia) posts is widely… Read more: Fencing with Angle Post and Pipe Post Details & Arrangements
• Civil Engineering Formula Book | Pocket Guide pdf Free download |
  Civil Engineering Formula Book – Essential Reference for Engineers Civil… Read more: Civil Engineering Formula Book | Pocket Guide pdf Free download |
• Transformer Foundation with Soak Pit Layout and Details
  A transformer foundation with a soak pit is designed to… Read more: Transformer Foundation with Soak Pit Layout and Details
• Grating Standard Details and Specifications
  Grating Details and Requirements Gratings are open-grid flooring systems made… Read more: Grating Standard Details and Specifications
• Chequered Plate Standard Details
  Chequered Plate Standard Details A chequered plate (also known as… Read more: Chequered Plate Standard Details
• Handrail Details for Steel Structural Floors
  Details and Requirements of Handrails for Steel Structural Floors Handrails… Read more: Handrail Details for Steel Structural Floors
• Cable Pull Pit Requirements and Details
  Cable Pull Pit Requirements and Details A cable pull pit… Read more: Cable Pull Pit Requirements and Details
• Laboratory Building Plan and Architecture Details
  Laboratory Building Plan Requirements for Industries Designing an industrial laboratory… Read more: Laboratory Building Plan and Architecture Details
• Structural Bolt Details Types Grades and Applications
  Structural Bolt Details: Types, Grades, and Applications Structural bolts are… Read more: Structural Bolt Details Types Grades and Applications
• Finishing Schedule Drawing for Doors, Windows, and Rolling Shutters
  How to Prepare a Finishing Schedule Drawing for Doors, Windows,… Read more: Finishing Schedule Drawing for Doors, Windows, and Rolling Shutters
• Workshop Building Architectural Layout
  How to Prepare an Architectural Layout for a Workshop Building… Read more: Workshop Building Architectural Layout
• Calculation of Foundation Bearing Capacity as per IS 6403 – 1981
  The IS 6403:1981 standard provides guidelines for calculating the bearing… Read more: Calculation of Foundation Bearing Capacity as per IS 6403 – 1981
• Terzaghi’s Bearing Capacity Calculation For Foundations
  How to Calculate Bearing Capacity of a Foundation The bearing… Read more: Terzaghi’s Bearing Capacity Calculation For Foundations
• DESIGN AND CONSTRUCTION METHOD OF MULTISTORY CONCRETE BUILDINGS
  The recommendations which should be taken into account in designing… Read more: DESIGN AND CONSTRUCTION METHOD OF MULTISTORY CONCRETE BUILDINGS
• Civil Structural Engineering Interview Questions pdf Free Download
  Are you preparing for a Civil or Structural Engineering job… Read more: Civil Structural Engineering Interview Questions pdf Free Download
• Civil Structural Engineering Interview Questions
  Civil & Structural Engineering Interview Questions Here’s a comprehensive list… Read more: Civil Structural Engineering Interview Questions
• SHEAR FORCE AND BENDING MOMENT DIAGRAMS WITH FORMULA
  Introduction Figures 1 through 32 provides a series of shear… Read more: SHEAR FORCE AND BENDING MOMENT DIAGRAMS WITH FORMULA
• Weathering Course in RCC Roof
  Procedure for Weathering Course in RCC Roof A weathering course… Read more: Weathering Course in RCC Roof
• Rolling Shutter Fixing Detail with RCC Beam
  Rolling Shutter Fixing Detail with RCC Beam Rolling shutters are… Read more: Rolling Shutter Fixing Detail with RCC Beam
• Duct Bank Details and Pipe Sleeves Details
  Duct Bank Details and Pipe Sleeves Details A duct bank… Read more: Duct Bank Details and Pipe Sleeves Details
• Handrail Details | Construction Methods and Types of Handrail |
  Methods of Typical Handrail Construction in RCC Structures Handrails in… Read more: Handrail Details | Construction Methods and Types of Handrail |
• Details of Ramp
  Methods and Details of Ramp Construction Ramps are inclined surfaces… Read more: Details of Ramp
• Design Calculation of Steel Shelter – AISC 360
  PURPOSE AND SCOPE The scope of this document is to… Read more: Design Calculation of Steel Shelter – AISC 360
• Cage Ladder Specification and Detail Drawing
  Detailed Specification for Steel Cage Ladders Steel cage ladders are… Read more: Cage Ladder Specification and Detail Drawing
• Concrete Beam Design as per Canadian Code (CSA A23.3-19)
  Concrete Beam Design as per Canadian Code (CSA A23.3-19) The… Read more: Concrete Beam Design as per Canadian Code (CSA A23.3-19)
• Fencing Detail Drawing
  Fencing Detail Drawing Requirements To create a comprehensive fencing detail… Read more: Fencing Detail Drawing
• RCC Fencing Post Details
  Requirements for RCC Fence Posts RCC (Reinforced Cement Concrete) posts… Read more: RCC Fencing Post Details
• Gypsum Board False Ceiling Installation
  Gypsum board false ceiling installation layout and details Installing a… Read more: Gypsum Board False Ceiling Installation
• Design of Anchor Reinforcement in Concrete Pedestals
  Design of Anchor Reinforcement in Concrete Pedestals Pedestal rebars parallel… Read more: Design of Anchor Reinforcement in Concrete Pedestals
• Wind Load Calculation as per IS 875 Part 3 2015
  Wind Load Calculation Wind speed -33m/sec From Ground floor  to… Read more: Wind Load Calculation as per IS 875 Part 3 2015
• DESIGN BASIS FOR CIVIL AND STRUCTURAL
  Design Basis for Civil and Structural SPECIFIC DESIGN REQUIREMENTS [CIVIL]… Read more: DESIGN BASIS FOR CIVIL AND STRUCTURAL
• General Specification for Civil and Structural Works
  CONTENTS CLAUSE NO. DESCRIPTION PAGE NO. 1.00.00 INTRODUCTION 1 2.00.00… Read more: General Specification for Civil and Structural Works
• Green Building
  A green building is a structure designed, constructed, and operated… Read more: Green Building
• Fireproofing Details
  Fireproofing, also known as fire-resistive protection, is crucial for structural… Read more: Fireproofing Details
• Response Spectrum Analysis in STAAD pro
  In STAAD.Pro, combining loads using the SRSS (Square Root of… Read more: Response Spectrum Analysis in STAAD pro
• SHELTER WITH 25T CRANE DRAWING | PEB SHED |
  Designing a shelter with a 25-ton capacity crane involves structural… Read more: SHELTER WITH 25T CRANE DRAWING | PEB SHED |
• MONORAIL DETAILS
  To create a monorail drawing connected to a concrete beam,… Read more: MONORAIL DETAILS
• Lifting Padeye Design
  Padeye is a plate or attachment point commonly used in… Read more: Lifting Padeye Design
• Corbel Design and Details
  DESIGN OF CORBEL A corbel is a short cantilever used… Read more: Corbel Design and Details
• BEHAVIOUR OF STEEL CHIMNEY UNDER DYNAMIC LOADINGS
  Introducing Steel Chimneys or Stack The behavior of steel chimneys… Read more: BEHAVIOUR OF STEEL CHIMNEY UNDER DYNAMIC LOADINGS
• DESIGN OF WIND PRESSURE AS PER EN 1991-1-4
  The calculation for wind load as per EN 1991-1-4 for a gas plant located in a terrain category I includes parameters such as a fundamental basic wind velocity of 32.30 m/s, a directional factor and season factor of 1.00 each, and various terrain factors and roughness lengths. Wind turbulence intensity and peak velocity pressure vary with height.
• Grade Slab Details
  Paving or Grade slab Details A grade slab, also known… Read more: Grade Slab Details
• Resort Cottage Plan
  Designing a cottage plan involves creating a cozy, functional, and… Read more: Resort Cottage Plan
• CONCRETE BATCHING PLANT ARRANGEMENT
  A well-designed batching plant arrangement ensures efficient concrete production, safety,… Read more: CONCRETE BATCHING PLANT ARRANGEMENT
• LOAD COMBINATIONS NBCC 2023
  LOAD COMBINATIONS CANADIAN CODE NBCC 2023 The National Building Code… Read more: LOAD COMBINATIONS NBCC 2023
• STEEL SHED DRAWING
  1. Plan View (Top View): Outline of the Shed: Show… Read more: STEEL SHED DRAWING
• Plumbing Drawing
  Creating a plumbing scheme drawing involves outlining the entire plumbing… Read more: Plumbing Drawing
• Pre Engineered Building Design Specification IS Code
  Pre-Engineered Building PEB PEB stands for Pre-Engineered Building. It refers… Read more: Pre Engineered Building Design Specification IS Code
• BATHROOM FIXTURES AND FITTINGS – European Closet, Urinal & Wash Basin
  BATHROOM FIXTURES AND FITTINGS European Closet – fitting dimensions For… Read more: BATHROOM FIXTURES AND FITTINGS – European Closet, Urinal & Wash Basin
• Design of Pipe Support Foundation Calculation
  Design of Pipe Support Foundation Calculation Piping Input: GA and… Read more: Design of Pipe Support Foundation Calculation
• Design of Concrete Anchor Blocks
  STATIC ANALYSIS & DESIGN OF PIPE ANCHOR BLOCK FOUNDATION DESIGN… Read more: Design of Concrete Anchor Blocks
• PEB Shed Drawing
  PEB – Industrial standard architectural drawing with all details.