The document provides steps for learning the basics of Revit Architecture. It outlines 11 steps to create a basic building model including how to open Revit, set up levels and grids, create walls, floors, roofs, doors, windows and other building components, add furniture and fixtures, generate schedules and reports, and render 3D views and walkthroughs. The steps guide the user through the Revit interface and commands for building design and documentation.
This document provides details of the structural analysis and design of a commercial and residential building using STAAD.Pro, AutoCAD, and STAAD.Foundation software. The building is located in Trivandrum, Kerala and consists of a basement, ground plus three floors. The document describes the site details, building plans, load calculations, modeling in STAAD.Pro, design of structural elements like beams, columns, foundation, and reinforcement details. Pile foundation is adopted based on the bore log details. The analysis helps gain knowledge of designing various components using structural analysis and design software.
Presentation About of Revit Architecture Desing and History, Then Revit Architecture Course provides by Croma campus one of the best training institutes.
The document describes a project report for the design and analysis of a G+22 building using the software ETABS. It includes an introduction to ETABS, the objectives of analyzing the high rise building to calculate loads and seismic behavior. It provides details on the codes used, plan and structural elements, material properties, load cases including dead, live, wind and earthquake loads. The procedure outlines the steps to model the structure, define properties, draw the frame, apply supports and loads, and check for errors.
Estimates are important documents that calculate the quantities, rates, and anticipated costs of works involved in a construction project. They help determine approximate construction costs, taxes, rents, materials, labor, and more. A quantity surveyor takes off quantities from drawings and calculates rates and costs. Estimates include preliminary, rough cost, detailed, annual repair, special repair, revised, supplementary, and complete estimates. They provide essential cost information to help plan and budget construction projects.
How to model and analyse structures using etabsWilson vils
This document provides steps for modeling and analyzing structures using ETABS software. It outlines 20 main steps including: 1) Creating a new model and defining grid, materials and sections, 2) Drawing columns, beams, slabs and walls, 3) Applying loads such as live, dead, wind and earthquake loads, 4) Creating load combinations, 5) Meshing shear walls and slabs, and 6) Assigning diaphragms. The steps provide details on how to properly model different building components and apply loads for structural analysis in ETABS.
This document provides an overview of Revit software, including:
- Revit allows for real-time updates to views when changes are made.
- Key features include being a BIM software, supporting 3D modeling, bi-directional associativity, and parametric modeling.
- BIM enables an intelligent digital prototype of a building prior to construction and integration of building systems.
- Revit files can be project files or family files with different extensions.
- The user interface includes shortcuts for rotating, panning, zooming and selecting elements.
The document discusses precast concrete construction. Some key points:
- Precast concrete components are cast off-site in a controlled environment and transported to the construction site for assembly. This allows for standardized, mass produced elements.
- Large precast concrete panels form the walls and floors, connecting vertically and horizontally. When joined, they form a rigid box structure that transfers lateral loads.
- Connections between precast elements can be either dry joints using bolts/welds, or monolithic placement with concrete poured to join components.
This document provides details of the structural analysis and design of a commercial and residential building using STAAD.Pro, AutoCAD, and STAAD.Foundation software. The building is located in Trivandrum, Kerala and consists of a basement, ground plus three floors. The document describes the site details, building plans, load calculations, modeling in STAAD.Pro, design of structural elements like beams, columns, foundation, and reinforcement details. Pile foundation is adopted based on the bore log details. The analysis helps gain knowledge of designing various components using structural analysis and design software.
Presentation About of Revit Architecture Desing and History, Then Revit Architecture Course provides by Croma campus one of the best training institutes.
The document describes a project report for the design and analysis of a G+22 building using the software ETABS. It includes an introduction to ETABS, the objectives of analyzing the high rise building to calculate loads and seismic behavior. It provides details on the codes used, plan and structural elements, material properties, load cases including dead, live, wind and earthquake loads. The procedure outlines the steps to model the structure, define properties, draw the frame, apply supports and loads, and check for errors.
Estimates are important documents that calculate the quantities, rates, and anticipated costs of works involved in a construction project. They help determine approximate construction costs, taxes, rents, materials, labor, and more. A quantity surveyor takes off quantities from drawings and calculates rates and costs. Estimates include preliminary, rough cost, detailed, annual repair, special repair, revised, supplementary, and complete estimates. They provide essential cost information to help plan and budget construction projects.
How to model and analyse structures using etabsWilson vils
This document provides steps for modeling and analyzing structures using ETABS software. It outlines 20 main steps including: 1) Creating a new model and defining grid, materials and sections, 2) Drawing columns, beams, slabs and walls, 3) Applying loads such as live, dead, wind and earthquake loads, 4) Creating load combinations, 5) Meshing shear walls and slabs, and 6) Assigning diaphragms. The steps provide details on how to properly model different building components and apply loads for structural analysis in ETABS.
This document provides an overview of Revit software, including:
- Revit allows for real-time updates to views when changes are made.
- Key features include being a BIM software, supporting 3D modeling, bi-directional associativity, and parametric modeling.
- BIM enables an intelligent digital prototype of a building prior to construction and integration of building systems.
- Revit files can be project files or family files with different extensions.
- The user interface includes shortcuts for rotating, panning, zooming and selecting elements.
The document discusses precast concrete construction. Some key points:
- Precast concrete components are cast off-site in a controlled environment and transported to the construction site for assembly. This allows for standardized, mass produced elements.
- Large precast concrete panels form the walls and floors, connecting vertically and horizontally. When joined, they form a rigid box structure that transfers lateral loads.
- Connections between precast elements can be either dry joints using bolts/welds, or monolithic placement with concrete poured to join components.
The document discusses different types of foundations for structures. It describes shallow foundations, which are less than the width of the structure, including isolated footings for columns and combined footings for structures with small spaces between columns. Deep foundations include pile foundations, which transfer structural loads deeper into the soil using piles, and pier foundations, which use large masonry cylinders supported by soil or bedrock. Piles can be friction piles that use friction along their sides to support loads or load bearing piles that rest on a hard soil stratum. Common materials used for foundations include concrete, metal, aggregate, waterproofing materials, and wood.
DESIGN AND ANALYSIS OF G+3 RESIDENTIAL BUILDING BY S.MAHAMMAD FROM RAJIV GAND...Mahammad2251
Structural design is the primary aspect of civil engineering. The foremost basic in
structural engineering is the design of simple basic components and members of a building viz., Slabs,
Beams, Columns and Footings. In order to design them, it is important to first obtain the plan of the
particular building. Thereby depending on the suitability; plan layout of beams and the position of
columns are fixed.
This document provides instructions for analyzing and designing a G+4 multistory building using ETABS. It includes steps to model the building with beams, columns, slabs and walls. Materials are defined for concrete, rebar and masonry. Section properties are created for beams, columns and slabs. The building grid is laid out and elements are drawn. Supports are assigned and loads including dead, live, wind and earthquake are applied. Load combinations are defined and an analysis is run to obtain shear and moment diagrams and joint reactions.
THE PROJECT DESCRIBES THE DESIGN OF STRUCTURAL COMPONENTS OF A BUILDING USING STAAD PRO(COLUMNS&BEAMS) & MANUAL(SLABS,FOOTINGS&STAIRCASE).THE PROJECT ALSO CONTAINS THE ESTIMATION & COSTING.THE AUTO CADD IS HELPFUL FOR DRAWINGS.
This document discusses different types of foundations used in construction. It describes pad, strip, raft, and pile foundations. Pad foundations are suitable for most subsoil types and are usually constructed of reinforced concrete. Strip foundations are used for light structures on stable soil. Raft foundations spread loads over a large area for structures on low bearing soils. Pile foundations transmit loads to deeper soils using columns when suitable shallow foundations are not possible. The document also outlines functions of foundations and materials used, namely concrete composed of cement, aggregates, and water.
Structural analysis and design of multi storey pptSHIVUNAIKA B
This document summarizes the structural analysis and design of a multi-story residential building. The objectives were to gain experience designing such structures for economy, safety and durability. The process involved locating columns and beams, calculating loads, modeling the structure in STAAD.Pro, analyzing results, and designing various components including the foundation, columns, beams, and slabs according to the Indian code IS 456:2000. Load combinations, material properties, and reinforcement sizing were considered to satisfy strength and serviceability limit states.
This document is a training report submitted by Sher Bahadur to Kurukshetra University for a degree in civil engineering. It provides an overview of building construction topics covered during the training period, including different types of buildings, loads, building components, foundations, materials used, and quality control tests. The training gave Sher Bahadur hands-on experience in building construction that supplemented his theoretical classroom knowledge and prepared him for a career in the field.
The document describes designing a simple beam using STAAD.Pro software. It involves generating the beam geometry, applying loads and supports, analyzing the beam, and designing the beam for concrete. Key steps include assigning the beam properties, applying a fixed support at one end and distributed and point loads, obtaining the loading diagram, shear force and bending moment diagrams, and running the concrete design. The output includes structural drawings, input files, concrete takeoff, and beam design details.
The document provides details of the computer aided design and analysis of a G+20 multi-storey residential building located in Patna using STAAD-Pro software. The building is designed as a reinforced concrete framed structure according to Indian codes IS 456, IS 875, and IS 1893. Load calculations are performed for dead loads, live loads, and wind loads. Analysis of the building is carried out to determine member forces from gravity and lateral loads.
This document discusses the capabilities and features of Autodesk Revit Architecture building design software. Revit Architecture allows all model information to be stored in one place so that any changes are reflected throughout the model. It uses parametric components called families that can be customized and offer flexibility in design. Revit Architecture also includes extensive detail libraries, associative schedules, the ability to develop and study multiple design alternatives, and photorealistic rendering capabilities.
Structural Analysis And Design is a structural analysis and design software. It includes tools for 3D modeling, analysis, and design of structures according to various international codes. The software was originally developed by Research Engineers International and later acquired by Bentley Systems. It allows engineers to generate models using different elements like frames, plates, and solids. Various types of structures like trusses, planes, and spaces can be modeled and analyzed. The software provides tools for assigning properties, loads, boundary conditions, and performing analysis to calculate member forces and deflections. The results can then be used for structural design of elements like beams, columns, slabs, and foundations.
This document provides information on estimating earthwork and excavation quantities for civil engineering projects. It discusses:
- Common types of excavation like soft soil, hard soil, mud, soft rock, and hard rock.
- Methods for calculating excavation volumes based on length, breadth, depth, and classification of materials.
- Considerations for excavating foundations including ensuring vertical sides and level bottoms before pouring concrete.
- Methods for calculating quantities of earthwork for roadworks using cross-sectional areas, prismoidal formulas, and mean heights.
BUILDING ESTIMATION (Details Estimate For G+2 Storied Building presentation ...Manoranjan Roy
The document provides details for estimating the costs of constructing a G+2 storied building. It includes plans for the building layout, dimensions for various structural elements, and methods for calculating quantities of materials needed. The estimation process involves measuring quantities from drawings, applying unit rates, and preparing an abstract of costs for all necessary line items. Formulas are provided for estimating quantities of items like brickwork, concrete work, shuttering, and plastering based on the building's dimensions and number of structural components.
This document provides definitions and explanations of key concepts in reinforced concrete design. It defines reinforced concrete as a composite material made of concrete and steel reinforcement. The purpose of reinforcement is to improve the tensile strength of concrete. The Limit State Method of design considers both the strength limit state and serviceability limit state, making it a more realistic and economical approach compared to other methods like Working Stress Method and Ultimate Load Method. Key factors of safety in the Limit State Method include partial factors for concrete γc = 1.5, and for steel γs = 1.15.
Concrete is a widely used construction material consisting of cement, water, and aggregates. The strength of concrete is specified using its 28-day cube strength in N/sq.mm. Formwork is used to mold wet concrete into desired shapes and allow it to cure. Formwork design involves choosing traditional or systematic approaches using wood or steel components like props, beams, sheathing to form columns, walls, and beams until the concrete gains sufficient strength. Proper formwork is important for quality concrete finish and structural integrity.
This document provides guidance on the design of lacing and battens for built-up compression members. It discusses the key design considerations and calculations for both single and double lacing systems, including the angle of inclination, slenderness ratio, effective lacing length, bar width and thickness. Similar guidelines are given for battens, covering spacing, thickness, effective depth, transverse shear and overlap. The document also includes an example problem on designing a slab foundation for a column with given load and material properties.
The document discusses different types of foundations for structures. It describes shallow foundations, which are less than the width of the structure, including isolated footings for columns and combined footings for structures with small spaces between columns. Deep foundations include pile foundations, which transfer structural loads deeper into the soil using piles, and pier foundations, which use large masonry cylinders supported by soil or bedrock. Piles can be friction piles that use friction along their sides to support loads or load bearing piles that rest on a hard soil stratum. Common materials used for foundations include concrete, metal, aggregate, waterproofing materials, and wood.
DESIGN AND ANALYSIS OF G+3 RESIDENTIAL BUILDING BY S.MAHAMMAD FROM RAJIV GAND...Mahammad2251
Structural design is the primary aspect of civil engineering. The foremost basic in
structural engineering is the design of simple basic components and members of a building viz., Slabs,
Beams, Columns and Footings. In order to design them, it is important to first obtain the plan of the
particular building. Thereby depending on the suitability; plan layout of beams and the position of
columns are fixed.
This document provides instructions for analyzing and designing a G+4 multistory building using ETABS. It includes steps to model the building with beams, columns, slabs and walls. Materials are defined for concrete, rebar and masonry. Section properties are created for beams, columns and slabs. The building grid is laid out and elements are drawn. Supports are assigned and loads including dead, live, wind and earthquake are applied. Load combinations are defined and an analysis is run to obtain shear and moment diagrams and joint reactions.
THE PROJECT DESCRIBES THE DESIGN OF STRUCTURAL COMPONENTS OF A BUILDING USING STAAD PRO(COLUMNS&BEAMS) & MANUAL(SLABS,FOOTINGS&STAIRCASE).THE PROJECT ALSO CONTAINS THE ESTIMATION & COSTING.THE AUTO CADD IS HELPFUL FOR DRAWINGS.
This document discusses different types of foundations used in construction. It describes pad, strip, raft, and pile foundations. Pad foundations are suitable for most subsoil types and are usually constructed of reinforced concrete. Strip foundations are used for light structures on stable soil. Raft foundations spread loads over a large area for structures on low bearing soils. Pile foundations transmit loads to deeper soils using columns when suitable shallow foundations are not possible. The document also outlines functions of foundations and materials used, namely concrete composed of cement, aggregates, and water.
Structural analysis and design of multi storey pptSHIVUNAIKA B
This document summarizes the structural analysis and design of a multi-story residential building. The objectives were to gain experience designing such structures for economy, safety and durability. The process involved locating columns and beams, calculating loads, modeling the structure in STAAD.Pro, analyzing results, and designing various components including the foundation, columns, beams, and slabs according to the Indian code IS 456:2000. Load combinations, material properties, and reinforcement sizing were considered to satisfy strength and serviceability limit states.
This document is a training report submitted by Sher Bahadur to Kurukshetra University for a degree in civil engineering. It provides an overview of building construction topics covered during the training period, including different types of buildings, loads, building components, foundations, materials used, and quality control tests. The training gave Sher Bahadur hands-on experience in building construction that supplemented his theoretical classroom knowledge and prepared him for a career in the field.
The document describes designing a simple beam using STAAD.Pro software. It involves generating the beam geometry, applying loads and supports, analyzing the beam, and designing the beam for concrete. Key steps include assigning the beam properties, applying a fixed support at one end and distributed and point loads, obtaining the loading diagram, shear force and bending moment diagrams, and running the concrete design. The output includes structural drawings, input files, concrete takeoff, and beam design details.
The document provides details of the computer aided design and analysis of a G+20 multi-storey residential building located in Patna using STAAD-Pro software. The building is designed as a reinforced concrete framed structure according to Indian codes IS 456, IS 875, and IS 1893. Load calculations are performed for dead loads, live loads, and wind loads. Analysis of the building is carried out to determine member forces from gravity and lateral loads.
This document discusses the capabilities and features of Autodesk Revit Architecture building design software. Revit Architecture allows all model information to be stored in one place so that any changes are reflected throughout the model. It uses parametric components called families that can be customized and offer flexibility in design. Revit Architecture also includes extensive detail libraries, associative schedules, the ability to develop and study multiple design alternatives, and photorealistic rendering capabilities.
Structural Analysis And Design is a structural analysis and design software. It includes tools for 3D modeling, analysis, and design of structures according to various international codes. The software was originally developed by Research Engineers International and later acquired by Bentley Systems. It allows engineers to generate models using different elements like frames, plates, and solids. Various types of structures like trusses, planes, and spaces can be modeled and analyzed. The software provides tools for assigning properties, loads, boundary conditions, and performing analysis to calculate member forces and deflections. The results can then be used for structural design of elements like beams, columns, slabs, and foundations.
This document provides information on estimating earthwork and excavation quantities for civil engineering projects. It discusses:
- Common types of excavation like soft soil, hard soil, mud, soft rock, and hard rock.
- Methods for calculating excavation volumes based on length, breadth, depth, and classification of materials.
- Considerations for excavating foundations including ensuring vertical sides and level bottoms before pouring concrete.
- Methods for calculating quantities of earthwork for roadworks using cross-sectional areas, prismoidal formulas, and mean heights.
BUILDING ESTIMATION (Details Estimate For G+2 Storied Building presentation ...Manoranjan Roy
The document provides details for estimating the costs of constructing a G+2 storied building. It includes plans for the building layout, dimensions for various structural elements, and methods for calculating quantities of materials needed. The estimation process involves measuring quantities from drawings, applying unit rates, and preparing an abstract of costs for all necessary line items. Formulas are provided for estimating quantities of items like brickwork, concrete work, shuttering, and plastering based on the building's dimensions and number of structural components.
This document provides definitions and explanations of key concepts in reinforced concrete design. It defines reinforced concrete as a composite material made of concrete and steel reinforcement. The purpose of reinforcement is to improve the tensile strength of concrete. The Limit State Method of design considers both the strength limit state and serviceability limit state, making it a more realistic and economical approach compared to other methods like Working Stress Method and Ultimate Load Method. Key factors of safety in the Limit State Method include partial factors for concrete γc = 1.5, and for steel γs = 1.15.
Concrete is a widely used construction material consisting of cement, water, and aggregates. The strength of concrete is specified using its 28-day cube strength in N/sq.mm. Formwork is used to mold wet concrete into desired shapes and allow it to cure. Formwork design involves choosing traditional or systematic approaches using wood or steel components like props, beams, sheathing to form columns, walls, and beams until the concrete gains sufficient strength. Proper formwork is important for quality concrete finish and structural integrity.
This document provides guidance on the design of lacing and battens for built-up compression members. It discusses the key design considerations and calculations for both single and double lacing systems, including the angle of inclination, slenderness ratio, effective lacing length, bar width and thickness. Similar guidelines are given for battens, covering spacing, thickness, effective depth, transverse shear and overlap. The document also includes an example problem on designing a slab foundation for a column with given load and material properties.
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Revit Architecture notes
1. BASICS OF REVIT
ARCHITECTURE
7 639 444 321
S a n k a r m e 7 @ g m a i l .
R. Udhayasankar ME
Assistant Professor
Sasurie College of Engineering
2. Prepared by Er.R.Udhayasankar ME
1
STEP 1
HOW TO OPEN REVIT
Open → Revit arch → Projects → New
STEP 2
SET THE PROJECT UNIT
Click → Mange → Setting → Click → Project units → Click → Format → Click
→Units → Select feet and fractional inches →Ok → Ok
STEP 3
BASIC TOOLS
Click → Modify → Click → Geometry → Click → Modify
Align → Trim → Offset → Mirror → Split → Move → Copy → Rotate
STEP 4
LEVEL SETUP
3. Prepared by Er.R.Udhayasankar ME
2
Project Browser → Elevations → Click East → Level Should Be Shown In
Screen → Click → Level 2 → Click → Create → Click → Create Similar →
Click → Draw → Select Pick Lines → Type Offset 10’00” → Select Level 2 To
Create Level 3 Cont. → Created The Level
STEP 5
HOW TO CREATE WALL?
Project Browser →Click → Level 1 →Screen Shown 4 Coordinate → Home →
→Build → Click → Wall → Wall → Adjust Height Of Wall 20’ Change To 10’
4. Prepared by Er.R.Udhayasankar ME
3
HOW TO EDIT THE WALL THICKNESS & COLOR
Click → Properties → Edit Type → Click → Duplicate → Create →
Duplicate Name → Type Parameter → Edit → Edit Assembly → Exterior Side
→ Thickness 9” → Material → Click → By Category Material → Click →
Duplicate → Create Duplicate Name → Ok → Click → Appearance →
Autodesk Library → Click → Wall PAINT SELECT → Color → Ok →Ok →
Apply → Ok
Draw the Wall …Used Two Methods → Click → Location Line → Click → Face
Core Interior →Face of Exterior → Draw the Wall → Esc
6. Prepared by Er.R.Udhayasankar ME
5
HOW TO CONVERT 2D TO 3D
Click → View → Create → 3D View → Click→ Default 3D View
HOW FIND THE DIMENSION
Click → Aligned Dimension → Dimension→ Select → Aligned → Change →
Place Dimension → Face of Core → Select the Wall Interior Dimension
7. Prepared by Er.R.Udhayasankar ME
6
HOW TO OPEN THE WALL & SEPARATE THE WALL
Click→ Home → Click→ Opening → Select → Wall → Click the Wall in Plan
→ Open the Area of Wall
Click→ Modify → Select → Split→ T Click Wall to Split
Click → Home → Wall → Wall → Reveal
8. Prepared by Er.R.Udhayasankar ME
7
STEP 6
HOW TO CREATE A FLOOR
Click → Home → Build → Select → Floor → Click → Draw → Select →
Rectangle → Click → Plan → Draw The Floor Over Area → Click → Mode
→ Select → Tick
HOW TO CHANGE FLOOR THICKNESS & COLOR
Click → Properties → Edit Type → Click → Duplicate → Create →
Duplicate Name → Type Parameter → Edit → Edit Assembly → Exterior Side
→ Thickness 1’ → Material → Click → By Category Material → Click →
Duplicate → Create Duplicate Name → Ok → Click → Appearance →
Autodesk Library → Click → floor tiles → Color → Ok →Ok → Apply → Ok
HOW TO CREATE UNDULATION FLOOR
Click → Properties → Properties → Click → Height Offset → Upward + →
Doward – → Click → -5 → Entre → You Know That Screen
9. Prepared by Er.R.Udhayasankar ME
8
HOW TO CUT THE FLOOR
Click → Home → Opening → Click → By Face → Click → Floor → Click
→ Draw → Select → Rectangle → Cut The Floor → Mode → Tick → Finish
STEP 7
HOW TO DESIGN ROOF
Three types of roofs
➢ Roof by footprint
10. Prepared by Er.R.Udhayasankar ME
9
➢ Roof by extrusion
➢ Roof soffit
ROOF BY FOOTPRINT
Home→ Build →Roofs →Select→ Roof by Footprint → Lowest Level Notice →
Yes →Click→ Draw →Select→ Rectangle →Click→ Plan →Apply →Click
→Mode Tick Finish
ROOF BY EXTRUSION
Home→ Build→ Roof→ Select→ Roof by Extrusion → Work Plan → Ok
→Select→ Plan Go to View→ Select→ East Open→ View Roof Reference Level
and Offset→ Ok →Draw The Roof →Esc →Click→ Mod Tick→ Finish
11. Prepared by Er.R.Udhayasankar ME
10
SOFFIT ROOF
Home→ Build→ Roofs→ Roof Soffit →Lowest Level →Notice →Ok → Draw
The Roof →Mode Tick
→Finish
HOW TO CHANGE COLOR AND THICKNESS
Click → Properties → Edit Type → Click → Duplicate → Create → Duplicate
Name → Type Parameter → Edit → Edit Assembly → Exterior Side →
Thickness 1’ → Material → Click → By Category Material → Click →
12. Prepared by Er.R.Udhayasankar ME
11
Duplicate → Create Duplicate Name → Ok → Click → Appearance →
Autodesk Library → Click → roof tiles → Color → Ok →Ok → Apply → Ok
HOW TO OPEN ROOF
Home →Build→ Opening →By Face →Select→ Roof→ Ok
(Or)
Click→ Roof Slab →Mode →Click →Edit Boundary →Open The Roof→ Mode
Tick →Finish
HOW TO ADJUST ROOF HEIGHT
Click → Properties → Properties → Click → Height Offset → Upward + →
Dowered – → Click → 5 → Entre → You Know That Screen
13. Prepared by Er.R.Udhayasankar ME
12
STEP 8
CELLING
Click →Home→ Click →Celling →Click →Sketch Celling or Automatic Celling
→Select→ Sketch→ Select →Draw→ Rectangle→ Draw The Plane→ Click→
Mode →Tick Finish
HOW TO EDIT HEIGHT
Click→ the Celling →Click→ Properties→ Properties →Select →Height Offset
From 8’ To 10’ →Enter
HOW TO CHANGE THICKNESS AND COLOR
14. Prepared by Er.R.Udhayasankar ME
13
Click → Properties → Edit Type → Click → Duplicate → Create → Duplicate
Name → Type Parameter → Edit → Edit Assembly → Exterior Side →
Thickness 1’ → Material → Click → By Category Material → Finish 2→
Click → Duplicate → Create Duplicate Name → Ok → Click → Appearance
→ Autodesk Library → Click → Celling colour → Color → Ok →Ok →
Apply → Ok
HOW TO CUT THE CELLING
Click →Celling→ Click →Edit Boundary →Click Celling→ Cut Celling
STEP 9
HOW TO FIX THE DOOR WINDOWS & OTHER COMPONENTS
DOOR
HOW TO FIX THE DOOR
Home→ Build → Click→ Door → Click → Type of Properties → Click→ Load
→ Open → Select Door
Choose Any One Door→ Apply → Ok→ Select the Plan→ Put the Door
15. Prepared by Er.R.Udhayasankar ME
14
HOW TO EDIT THE DOOR
Click→ The Door→ Select→ Type Of Properties → Dimension→ Change All
Values → Materials And Finish→ Change The Door→ Panel And Frame Colors
→ Ok
HOW TO OPEN THE DOOR
Click → The Door→ Click→ Edit Family→ Y Views→ Floor → Ground
Plan→ → Select Door→ Click → The Rotate→ Load To Project → Over Write
→ Ok
16. Prepared by Er.R.Udhayasankar ME
15
WINDOW
HOW TO FIX THE WINDOW
Home→ Build→ Click→ Window → Click → Type of Properties → Click→
Load → Open→ Select Window
Choose → Any One→ Window → Apply → Ok → Select the Plan→ Put the
Window
17. Prepared by Er.R.Udhayasankar ME
16
HOW TO EDIT WINDOW& COLOR
Click → The Window→ Select → Type Of Properties → Dimension → Change
All Values→ Materials And Finish → Change The Door Panel And Frame Colors
→ Ok
columns
18. Prepared by Er.R.Udhayasankar ME
17
HOW TO FIX THE COLUMNS
Home→ Build→ Click → Columns → Click → Type Of Properties→ Click→
Load → Open→ Select columns
Choose Any One → columns → Apply → Ok → Select the Plan → Put the
columns
HOW TO EDIT COLUMN & COLOR
Click → the Door→ Select → Type of Properties→ Dimension → Change All
Values → Materials And Finish → Change the Door Panel And Frame→ Colors
→ Ok
19. Prepared by Er.R.Udhayasankar ME
18
HOW TO FIX ALL OTHER COMPONENT
Home → Build→ Click→ component → Click→ Type Of Properties → Click→
→Load→ Open → Select component
Choose Any One Door → Apply→ Ok→ Select the Plan → Put the component
STEP 10
HOW TO FIX THE STAIRCASE RAMP & RAILING
STAIRCASE
Home→ Build →Click→ Stair Case →Select →Line →Draw The Stair Case
→Mode →Finish
20. Prepared by Er.R.Udhayasankar ME
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HOW TO EDIT THE STAIR CASE
Select →Stair Case →Select →Type Of Properties →Edit Values And Color
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RAILING
HOW TO FIX RAILING
Home→ Build → Railing →Click → Draw→ The Railing → Mode→
Finish
HOW TO CHANGE RAILING & EDIT
Select→ Railing→ Type Parameter →Type → Change → Circular Railing
RAMP
How to put ramp
Home build ramp click draw the ramp mode finish
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Step 10
How to Take Schedule
First → draw the plane
Click → Home → Click → Room → Click Room → Fix All Rooms →
Given Building → Edit the Name
Click → View → Click → Schedule → Click → Schedule → Quantity
→ New Schedule → Category → Select → Rooms → Ok → Schedule
→ Properties Field
➢ Available fields
➢ Select → ADD
➢ Level → Add
➢ Area → Add
➢ Perimeter → Add
➢ Name → Add
➢ Number → Add
Ok → to see values on screen
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How to Export the Reports
Click → Ra → Click → Export → Reports → Room/Area → Reports →
Click → Level 1 → Ok → Save See The Value
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STEP 11
HOW TO FIX THE CAMERA
Select →View →Click→ 3d →View →Select→ Camera→ Click→
Camera On →Plan Inter or Exterior
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HOW TO FIX WALK THROUGH VIEW
Select →View→ Click→ 3d →View →Select→ Walk Through→ View
→Click →Walkthrough On Plan →Click→ Finish Walkthrough →
Click→ Edit Walk Through →Click →Open Walk Through → Click→
Previous Frame →Click Play
HOW TO FIX RENDERING
Click→ View→ Rendering → Click→ Best → Click→ Exterior Interior
Sun Only or Arterially Only Select Render