Civil
- CivilCAD
- ArchiCAD
- Revit Architecture
- Staad Pro
- 3D Studio MAX
- MS project
- PRIMAVERA
- SketchUp
- Autodesk Civil 3D
- Autodesk Revit MEP
- HVAC Design (Calculation & Theory)
- Autodesk Revit Structure
- Autodesk Fabrication CAMduct 2018
- Autodesk MAYA
- Fire & Safety Engineering & Construction Safety
- Quantity takeoff
- Tekla
CivilCAD
Duration: 2 Months
Course Code: HCCC 17
2D ( Civil )
- Introduction to CAD Industry
- Annotations & Dimensions
- Layers
- Drawing settings
- Orthographic Drawings
- Isometric Drawings
- Perspective Drawings
- Editing the Drawings
- Selection Methods
- Presenting the Project
- Working with a Team
- Layout Management
- Scale setting
- Plotting
- Import & Export
3D (Civil)
- 3D Modeling Concepts in Autocad
- 3D Co-ordinates Systems
- Viewpoint & UCS
- Wireframe Modeling & Editing
- Solid, Mesh, Surface ( Modeling & Editing )
- Materials, Lights & Rendering
- Working with Images
- Import & Export
ArchiCAD
Duration:1 Month(2hrs/day)
Course Code: HCCC 30
- Introduction to BIM & Archicad
- Multi-story Settings
- Create a plan using Wall Element
- Placing building elements from library
- Arranging the elements by using modify tools
- Creating wall holes
- Creating new library elements
- Floor & Roof Designs
- Annotation & Dimensions
- Documentation & Scheduling
- Present the project with images & walkthroughs
- Construction simulation
- Layout setting & plotting
Revit Architecture
Duration: 1 Month (3Hrs/Day)
Course Code: HCCC 18
- Introduction of Civil
- Introduction of Revit Architecture,
- User Inter Face,
- About Projects & Families
- Starting a New Project,
- Type of Category,
- Level - (create level & modify levels)
- Projects units,
- Snaps
- Zoom
- Open, Save
- Elevation, Filter, Delete Element,
- Element Properties,
- Model Line ,
- Trimmers, Split, copy, move, Offset
- Group, Array, Rotate, Mirror, Align
- Create Wall, Wall Properties,
- Type Properties, Dimensions
Staad Pro
Duration: 1 Month( 3 Hrs / day )
Course Code: HCCC 19
- Introduction to Structural Engineering
- Introduction to STAAD Pro v8i
- Model generations
- Assigning Loads
- Automatic Load generations(Slab, Wind & Moving)
- Column & beam design
- RC Designer
- Seismic Analysis & Design
- Dynamic Analysis
- Introduction to FEM/FEA
- Water Tank Design
- Slab Design
- Staircase Design
- Shear wall Design
- Bridge Deck design using STAAD Beava
- Steel Design
- Transmission Line Tower Design
- Pushover Analysis
- Foundation Designs (Isolate Footing, Combined Footing, Mat Foundation, Pile Cap Design
- Report generation
3D Studio MAX
Duration:2 Months (2hrs/ day )
Course Code: HCCC 29
- Introduction to 3dsMax
- Modeling using basic primitives
- Spline Modeling
- Transforming Objects
- Customizing Working units
- Arranging Objects using utility tools
- Modeling using parametric modifiers
- Editing Poly Models
- Landscaping & modeling using compound objects
- Cameras
- Lights
- Textures
- Particle systems
- Importing other formats
- Basics of Animation
- Walk through
- Advanced Rendering
- Projects
MS project
Syllabus:
- Histoy of Microsoft project, Microsoft project GUI
- Project Management:
Introduction: A generic Visualization Of Project Management, Story of PMBOK, Common Sense Project Management
- Introduction:
Introduction About MSP, Features
- Calendar:
Introduction To Calendar, Calendar types, Define the Calendar, Assigning Calendar in Gantt Chart, Assigning Calendar
To Project, Fiscal Year, Solved Problem
- Task And its Relationship:
Task, Relationship, Entering Dependencies In Various Ways, Unlinking Tasks, Critical Path, Slack, Early Start And Early
Finish Calculation, Views, Solved Problems
- Work Breakdown Structures:
About WBS, WBS Codes, Create WBS Code, Renumbering WBS Codes, WBS Outline Codes, Solved Problem
- Constraints & Recurring Task:
Constraints, Setting Constraint, Dead Line, Recurring Task, Solved Problem
- Define And Assign Resources:
Resources, Types of Resources, About Resource Sheet, Enter Resource Names In Resource Sheet, About Task Types,
Task Types, Assigning Resources To Task, Calendars And Resources, Solved Problem
- Resource Analysis & Leveling:
Resource Analysis, Views, Resource Leveling, Solved Problem
- Tracking;
Tracking, Estimates Versus Actuals, Using Baseline, Updating Tasks With Actual Information, Set Status Date and Update Project,
Different Types of Percent Complete, Tracking In Table, Solved Problems
- Earned Value Analysis:
Earned Value, About Earned Value Tables, Calculate Earned Value Methods, Solved Problems
- Filters & Groups:
Filter, Applying a Filter To a View, Creating Custom Filters, Groups, Applying Groups to the View, Sorting Tasks, Solved Problems
- Multiple Projects:
Multiple Projects, Viewing Multiple Projects, Resource Sharing, Compare Project, Organizer, Solved Problems
- Customization & Formatting:
Custom Field, Formatting
- Reports:
Reports, Creating Text Reports, Procedure Of Customize Report, Visual Reports, Solved Problems
PRIMAVERA
Syllabus:
-
Introduction to Primavera, Features
-
Data Structure Of PRIMAVERA(Data Organization Break Down Structures, Procedure To Create an OBS,
Delete an OBS,Enterprise Project Structure, Delete an EPS,EPS Page
-
PROJECT(Deleting Project Or EPS Element, Opening Projects or Templates in the EPS, Create a Project,
Project in a Detail Window
-
CALENDAR(Creating a Global Calendar, Procedure to Create a Calendar, Exception, Creating a Project Calendar,
Changing project Calendar To a Global Calendar, Creating a Resource Calendar, Assign a Resource to a Resource Calendar, Conversions, Time Scale in a Gantt Chart)
-
WORK BREAKDOWN STRUCTURES (WBS STRUCTURES, Create a WBS Structures, Working With WBS Elements,
creating a WBS From a Template,Configuration General WBS Elements, Earned value)
-
ACTIVITIES(Procedure, Creating Activities, Configuring General Tab,Adding Activities Using Activity Details)
-
RELATIONSHIPS(Adding Relation Ships To the Activities,Adding Relation Ships using Mouce, Linking Activites in
Series Predecessors And Successors From in Activity Detail WindowDissolve Activityapply Lead or Lag, Creating a RelationShips
-
SCHEDULING(Procedure for Scheduling, Schedule Check
-
CONSTRAINTS(Constraints Category, Project Code)
-
CODES(View a Project Code,ActivityCode,Resource Code)
-
ROLES(Creating Roles, Detail Window,Assigning a resources to a tool, Role Team,creating a Role Teams
-
RESOURCES & ITS TEAM(Define Resources, Resource Team, Introduction About Resource Team, Drive Activity Dates, Methods
-
ASSIGNING A RESOURCES(Multiple Activities,Assign Role To an Activity,Assign Resource to Role,Resource Curves)
-
RESOURCE ANALYSIS(Team Usage,ResourceAnalysis,Role Usage, Resource Usage, Resource analysis,Resourceleveling,
DurationType,Manual Methods ofResource leveling)
-
BASELINE(Setting Base line, Assign Baseline,Display Baseline
-
USER DEFINED FIELDS(Creating Activity UDF, WBS UDF,ExpenseUDF,User Defined Field,Global Change)
-
PERCENTAGE(Percentage Update,Updating the process update,Units % Complete,Physical % Complete, Progress Spotlight)
-
CHECK IN & CHECK OUT
-
Tracking(Earned Value Analysis, Earned Value Fields)
-
VIEWS
-
REPORTS
SketchUp
Training Details
Course Code : CIVIL HCCC08
Course Name : Google SketchUp
Duration : 2 Months
Eligibility : Diploma / BE /B.Arch/ ME (CIVIL)/ ITI / +2 / Equivalent
Syllabus:
INTRODUCTION
Lesson 1 : Meeting Sketch Up Selections - Basic selections - Window selections - Modifier keys to add to and subtract from your selection - Tips for accurate and quick selection sets Components - Components vs. groups - Editing components - Component browser Paint Bucket - Applying colors and materials - Editing colors and materials - Materials browser
Lesson 2 : Eraser - Erase single or multiple edges easily - How to soften or hide edges with the eraser Rectangle - Drawing rectangles on any surface - Draw a perfect square or golden rectangle - Being accurate Lines - Best practices for drawing lines/ edges - Drawing accurately - Dividing edges Circle/Polygon - Drawing a circle or polygon - Changing the number of sides of a circle or polygon - Viewing addition information through the entity info dialog box Arc - How to draw arcs - Drawing tangent arcs - Drawing continuous smooth arcs - Defining number of arc segments.
Lesson 3: Freehand - Use freehand to draw free form edges Move - Move is an auto-selecting tool - Pre-select objects for more control - Moving objects with precision - Common problems - Select, Copy and Auto-fold videos will show more about the move tool -Push/Pull - Pull any flat shape into 3d - Tips for accuracy and efficiency - Cut away geometry - Inferring to other geometry Rotate - How rotate works - Examples of the rotate tool in action - Lock or define the orientation of the tool
Lesson 4: Follow Me - Introduction to follow-me capabilities - Tips about how the shape and path work together - Speedy tips that create instant follow-me results - Creating lathed objects Scale - Scaling in 2d and 3d - Accuracy when scaling - Use modifier keys for more options - Be aware of axis when scaling Offset - Offsetting surfaces vs. edges - Inferring and speedy tips Tape Measure - Measure distances - Create construction guidelines - Scale groups or the whole model based on known measurements
Lesson 5 : Dimensioning - Add dimensions directly to your model - Adjust dimension settings
Protractor - Measure angles - Create construction guidelines - Control the tool orientation - Establishing roof slopes Text & 3D Text - Create on-screen text and annotations - Change text settings - Pixel vs. real world text size, Creating 3D text Axes - Re-orient the default red, green and blue axes - Tips for quick axes orientation
Lesson 6 : Navigation - Use of the orbit, zoom and pan tools - Navigate using the scroll wheel on your mouse - Tips for zooming - Zoom previous, next and zoom extents Position Camera & Look Around - Look around is a stationary viewing tool - Position camera allows you to place your view - Position your view exactly - Changing your field of view Walk - Walking around your model - Collision detection - Modifier keys for more options Sections - Create cut-away views of your model in any direction - Context options for the section plane - Move and rotate the section plane
Autodesk Civil 3D
Syllabus:
Using rectangular 3D coordinates, the right-hand rule of
drawing, displaying 3D views, 3D construction techniques, constructing
wireframe objects, and constructing solid primitives.
COMMANDS:
PLAN, UCS, 3DORBIT, HIDE, BOX, SPHERE, CYLINDER, CONE, WEDGE, and TORUS.
Spherical coordinates, cylindrical coordinates, 3D polylines,
working with the UCS, constructing accurate intersections, and
guidelines for working with 3D models.
COMMANDS:
3DPOLY and UCS.
Introduction to user coordinate systems, working with user
coordinate systems, additional ways to change the UCS, managing
user coordinate systems and displays, creating text with thickness, text
and the UCS, and dimensioning in 3D.
COMMANDS:
UCS, UCSICON, DDUCSP, UC,UCSMAN, UCSFOLLOW, and PROPERTIES.
Understanding viewports, creating viewports, drawing in
multiple viewports, regenerating viewports, and creating a standard
engineering layout.
COMMANDS:
VPORTS, MVIEW, CVPORT, UCSVP, and REGENALL.
PLAN command options, dynamically changing a 3D view,
and shading a 3D model.
COMMANDS:
PLAN, 3DORBIT, 3DDISTANCE,
3DSWIVEL, 3DCLIP, 3DORBIT, SHADEMODE, and RENDER.
Overview of solid modeling, constructing solid primitives,
creating composite solids, and working with regions.
COMMANDS:
BOX, SPHERE, CYLINDER, CONE, WEDGE, TORUS,
SUBTRACT, UNION, INTERSECT, INTERFERE, REGION,
BOUNDARY, and AREA.
Creating solid model extrusions, creating solid model, revolutions, and using
the EXTRUDE and REVOLVE commands as construction tools.
COMMANDS:
EXTRUDE and REVOLVE
Changing properties, aligning objects in 3D, 3D rotating, 3Dmirroring,
creating 3D arrays, filleting solid objects, chamfering solidobjects,
constructing details and features on solid models, and removing details and features.
COMMANDS:
PROPERTIES, ALIGN, 3DROTATE, 3DMIRROR,3DARRAY, FILLET, and CHAMFER.
Overview of solid model editing, face editing, edge editing,body editing,
and using SOLIDEDIT as a construction tool.
COMMANDS:
SOLIDEDIT.
Controlling solid model display, viewing the internal
features of a solid model, creating and using multiview layouts, solid
model analysis, and solid model file exchange.
COMMANDS:
ISOLINES, DISPSILH, FACETRES,SECTION, SLICE, SOLVIEW,
SOLDRAW, AMECONVERT,SOLPROF, MASSPROP, ACISOUT, EXPORT,
ACISIN, IMPORT, and STLOUT.
Overview of surface modeling, creating 3D faces, creating invisible
3D face edges, and drawing surface primitives.
COMMANDS:
3DFACE, AI_BOX, AI_WEDGE, AI_PYRAMID,AI_CONE, AI_DOME,
AI_DISH, AI_SPHERE, and AI_TORUS.
3D mesh techniques, constructing a 3D mesh, constructing a single-plane mesh,
constructing a 3D polyface mesh, polygon mesh variations, constructing enclosed
surfaces with EDGESURF, creating a surface mesh with RULESURF, constructing
tabulated surfaces with TABSURF, constructing revolved surfaces with REVSURF,
drawing wireframe holes, and surfacing around wireframe holes.
COMMANDS:
3DMESH, AI_MESH, PFACE, EDGESURF, RULESURF, TABSURF, and REVSURF.
Using grips to edit surface models, trimming and extending objects in 3D,
creating surfaced fillets and rounds, editing polygon meshes, and editing
polygon meshes with grips.
COMMANDS:
TRIM, EXTEND, EDGE, and PEDIT
Lights, creating scenes, rendering models, and rendering preferences and statistics.
COMMANDS:
LIGHT, SCENE, RENDER, RPREF, and STATS.
Creating surface finishes with materials; granite, marble, and wood; assigning materials
to objects; using maps; mapping textures to objects; and material libraries.
COMMANDS:
RMAT, SETUV, and MATLIB.
Setting the icon scale, properties of lights, AutoCAD lights, shadows, simulating sunlight,
adding a background, adding atmospheric fog, and landscaping (entourage).
COMMANDS:
RPREF, BACKGROUND, FOG, LSNEW, LSEDIT, and LSLIB.
Introduction to raster and vector graphics, replaying image files, working with raster files,
and working with vector files.
COMMANDS:
REPLAY, IMAGE, IMAGEATTACH, IMAGECLIP, IMAGEADJUST, IMAGEQUALITY,
TRANSPARENCY, IMAGEFRAME, SAVEIMG, SAVEAS, DXFOUT, OPEN, DXFIN,
EXPORT, WMFOUT, IMPORT, and WMFIN.
Autodesk Revit MEP
Course Name : Autodesk Revit MEP
Duration : 2 Months
Eligibility : Diploma / BE / ME (MECH)/ Equivalent
Syllabus:
-
STARTING MEP PROJECT
Linking Projects
View templates
General System Options
-
ENERGY ANALYSIS FEATURES
Use building elements for energy analysis mode
Preparing spaces
Zones in the system browser
-
VALIDATE ENERGY ANALYTCAL MODE
Use third party tool for checking
Heating and cooling load calculation
-
PLANNING MECHANICAL SYSTEM
Adding mechanical equipment
Adding diffuser
Create duct system
-
ADDING DUCT SYSTEM
Adding duct by duct layout
Adding duct by duct pace holder
Adding duct manually
Ductsizing
-
ANNOTATION AND HYDRONIC CONNECTIONS
Annotating duct
Model pipe system
-
ELECTRICAL DESIGN
Adding light fixtures
Adding receptacles
Adding & circuiting panel board
-
PANEL SCHEDULE
Creating panel schedule
Creating a switch system
Circuiting receptacles
-
WIRING
Adding wiring
Modifying panel schedule
Creating lighting circuit as per Indian standard
PLUMBING
HVAC Design (Calculation & Theory)
Syllabus:
-
STARTING HVAC PROJECT
Linking Projects
View templates
General System Options
-
ENERGY ANALYSIS FEATURES
Use building elements for energy analysis mode
Preparing spaces
Zones in the system browser
-
VALIDATE ENERGY ANALYTCAL MODE
Use third party tool for checking
Heating and cooling load calculation
-
PLANNING MECHANICAL SYSTEM
Adding mechanical equipment
Adding diffuser
Create duct system
-
ADDING DUCT SYSTEM
Adding duct by duct layout
Adding duct by duct pace holder
Adding duct manually
Ductsizing
-
ANNOTATION AND HYDRONIC CONNECTIONS
Annotating duct
Model pipe system
-
ELECTRICAL DESIGN
Adding light fixtures
Adding receptacles
Adding & circuiting panel board
-
PANEL SCHEDULE
Creating panel schedule
Creating a switch system
Circuiting receptacles
-
WIRING
Adding wiring
Modifying panel schedule
Creating lighting circuit as per Indian standard
PLUMBING
Autodesk Revit Structure
Syllabus:
- Introduction to BIM and Autodesk Revit
BIM and Autodesk Revit
Overview of the Interface
Starting Projects
Viewing Commands
- Basic Sketching and Modify Tools
Using General Sketching Tools
Editing Elements
Working with Basic Modify Tools
Working with Additional Modify Tools
- Starting Structural Projects
Linking and Importing CAD Files
Linking in Revit Models
Setting Up Levels
Copying and Monitoring Elements
Coordinating Linked Models
- Structural Grids and Columns
Adding Structural Grids
Placing Structural Columns
- Foundations
Modeling Walls
Adding Wall Footings
Creating Piers and Pilasters
Adding Isolated Footings
- Structural Framing
Modeling Structural Framing
Modifying Structural Framing
Adding Trusses
- Working with Views
Setting the View Display
Duplicating Views
Adding Callout Views
Elevations and Sections
- Adding Structural Slabs
Modeling Structural Slabs
Creating Shaft Openings
- Structural Reinforcement
Structural Reinforcement
Adding Rebar
Modifying Rebar
Reinforcing Walls, Floors, and Slabs
- Structural Analysis
Preparing Projects for Structural Analysis
Viewing Analytical Models
Adjusting Analytical Models
Placing Loads
- Project - Concrete Structure
Start a Structural Project
Create Foundation Elements
Frame a Concrete Structure
- Creating Construction Documents
Setting Up Sheets
Placing and Modifying Views on Sheets
Printing Sheets
- Annotating Construction Documents
Working with Dimensions
Working with Text
Adding Tags
Adding Detail Lines and Symbols
Creating Legends
- Creating Details
Setting Up Detail Views
Adding Detail Components
Annotating Details
- Scheduling
Structural Schedules
Graphical Column Schedules
Working with Schedules
Autodesk Fabrication CAMduct 2018
Course Name : Autodesk Fabrication CAMduct 2018
Duration : 2 Months
Eligibility : Diploma / BE / ME (CIVIL) / Equivalent
Syllabus:
-
Overview of Autodesk Fabrication products
-
BIM and Fabrication
-
Setting up a Shared Database
-
Migrating an Older Database
-
Configuring Names and Permissions
-
User Interface Overview
-
Pull-down Menus
-
The Utility Bar
-
The Primary View Pane
-
Status bar
-
Item Folder Takeoff
-
Quick Takeoff/Service Takeoff
-
Job Contents Manipulation
-
Locking Dimensions
-
Locking of Options
-
Calculations and Dependencies
-
Materials
-
Connectors & Seams
-
Stiffeners
-
Splitters &Airturns
-
Insulation & Insulation Specifications
-
Opus User Interface
-
Basic Opus Drafting Tools
-
Tracing and Vectorizing Raster Images
-
Patterns for Fabrication
-
Item Creation
-
Item Reports and Item Report Builder
-
Worksheets and Worksheet Builder
-
Nest Reports
-
Printer Setup
-
Automatic Nesting
-
Oversize Options
-
Manual Nest
-
Cloud Nesting
-
Decoiler Output
-
Creating Processes
-
Running Processes
-
Re-nesting damaged parts
-
Merging multiple Jobs for unified reporting
-
The Script Editor
-
Basic Scripting Principles
-
Working with Item Properties
Autodesk MAYA
Course Name : Autodesk MAYA
Duration : 2 Months
Eligibility : Diploma / BE / ME (CIVIL) / Equivalent
Syllabus:
-
Interface
-
Navigation
-
Interface to Nurbsand Polygons
-
Working with Nurbsand Polygons
-
Working with Splines and Polygons
-
Extrude, Fill Hole,Loop and Revolve
-
Insert Edge Loop Tool
-
Booleans
-
Bevel
-
Smooth,Combine and Grouping Objects
-
Outliner and Hypergraph
-
Attribute Editor and Characteristics
-
Applying Materials and Textures to Object
-
Mapping
-
Merge Vertices and Edges
-
Using Brush
-
Importing Image and Objects
-
Basic Modeling
-
Types of Light
-
Working with Light
-
Light Linking
-
UV Text Writing
-
Rendering and Render Options
Fire & Safety Engineering & Construction Safety
Course Name : Fire & Safety Engineering
&Construction Safety
Duration : 2 Months
Eligibility :10th /+2 / Diploma / BE / ME (CIVIL)
/ Equivalent
Syllabus:
SAFETY MANAGEMENT
-
International Health Safety Regulation
-
Basic Safety management
-
Emergency Response plan
-
Explosure
-
Security Management
SAFETY
-
Basic Safety
-
Ladders
-
Scaffold
-
Rope
-
PPE (Personal Protective Equipment)
-
Safety Construction
-
Road Work Safety
-
Air Quality Management
-
Air Craft
-
Ship Fire fighting
-
Electrical Safety
-
Grinding Wheel (Mechanical Safety)
FIRE
-
ESSENTIAL OF FIRE
-
FIRE EXTINGUISHERS
-
ABC
-
Co2
-
DCP
-
Foam
-
Water + Co2
-
Halogenated
-
PHYSICAL REACTION
-
Starvation
-
Smothering
-
Cooling
-
-
FLAMMABLE LIQUIDS
-
LPG
-
FLAMMABILITY
-
HYDRANT
-
HYDRAULICS
-
LADDERS
FIRST AID
Construction Safety
-
Introduction about- Human importance, Safety, General safety, Projects
-
PPE (Personal Protective Equipment)
-
Hazards, Types of Hazards
-
Risk Management
-
Tool Handling Safety PPT
-
Accidents theory
-
2) Domino’s Theory
-
PPT Presentation
-
3)Hepburn’s Theory
-
Causes of Accidents and Types of Accidents, Cost of Accident and Injury
-
Mechanical Hazards, Electrical Hazards PPT
-
Accident Prevention
-
Electrical Hazards PPT
-
Measurement of Safety Performance with Example
-
Weekly Assessment 1
-
5 E’s of Accident Prevention Engineering
-
Confined Space Hazards PPT
-
Safety Audit
-
Material Handling PPT
-
Audit Elements & Examination of documents
-
Accident Investigation
-
Videos about Accident
-
Accident Investigation Report Format
-
Videos about Accident
-
Work Permit
-
Weekly Assessment 2
-
Emergency Planning
-
Housekeeping PPT
-
Ventilation, Lighting, Temperature in Industries
-
Safety Symbols PPT
-
Safety Management and safety Laws
-
Basics of Fire
-
Fire Triangle, Tetrahedron PPT
-
Classes of Fire, Methods of Extinguishment
-
Extinguishing Media PPT
-
Portable Fire Extinguisher,Water type and Foam type
-
Weekly Assessment 3
-
CO2 Extinguisher, DCP
-
Portable Fire Fighting Extinguisher PPT
-
Fire Hose, Suction, Delivery Hose, Sizes of Hoses
-
Fire Fighting PPT
-
Fire protective clothing and Breathing Apparatus
-
Fire detectors- Heat, Smoke and Fire
-
Fixed Fire Fighting Systems
-
Practical Training: Fire Fighting
-
General Machinery Safety with Pictures
Quantity takeoff
Syllabus:
-
Introduction To Quantity TakeOff
-
Theory of cost Estimate concept
-
Importing Plans on various formats
-
Calculating Quantity and Cost estimates on projects
-
Estimation of Foundation using Area method
-
Estimation of beam and column using Area method
-
Estimation of wall using Area method
-
Estimation of Floor & Roof using Area method
-
Estimation of wall using Linear method
-
Estimation of Door & Window using Count TakeOff method
-
Estimation of Column & Beam using Count TakeOff method
-
Reduction of Door & Window and Print
3D Introduction
-
Importing 3D projects and Files
-
Estimating 3D drawings using Model TakeOff
-
Estimating 3D drawings using Single Click Auto TakeOff
-
Estimating 3D drawings using Search TakeOff