BIM FOR ARCHITECTURE CIVIL
AND STRUCTURE

Ace India offers career-based training for freshers as well as experienced civil engineers, architects, and professionals from other engineering streams. The training is designed as per the most updated international and Indian standards.

Ace India Training and Services Pvt Ltd is providing Top Class BIM courses designed by experts with more than 18 years of experience in AEC Industry. The Program will enable Conventional Professionals and Students to upskill and develop their career in BIM Technologies, Implementation and Management. Our Method of Training is one which will help the Learner to Understand the industry along with the Software and Applications. Continuous Learning and Upskilling are the Key Currencies in the Current Job Market. Thousands of Engineers have benefited from our Industry ready training programs

CIVIL STRUCTURAL

AUTOCAD

  • AutoCAD
    • Learn the basics of AutoCAD and navigate the user interfaces
    • Use the fundamental features of AutoCAD
    • Applying the precision tools to draft the drawing
    • Detailed drawing preparation & presentation
    • Using the power tools to dimensioning & printing the drawing
    • Explanation of contact created & information inside the drawing
    • How to improve productivity with AutoCAD

Draw Objects

  • Draw lines and rectangles
  • Draw Circles, Arcs, and Polygons

Draw with Accuracy

  • Use object-snap tracking
  • Use Coordinate Systems
  • Make isometric drawings

Modify Objects

  • Move and copy objects
  • Rotate and scale objects
  • Create and use arrays
  • Trim and extend objects
  • Offset and mirror objects
  • Use grip editing Fillet and chamfer objects

Use Additional Drawing Techniques

  • Draw and edit polylines
  • Blend between objects with splines
  • Apply hatches and gradients

Organize Objects

  • Change object properties
  • Alter layer assignments for objects
  • Control layer visibility
  • Assign properties by object or layer
  • Manage layer properties

Reuse Existing Content

  • Work with blocks
  • Manage block attributes
  • Reference external drawings and images

Annotate Drawings

  • Add and modify text
  • Use dimensions
  • Add and modify Multileader
  • Use tables

Layouts and Printing

  • Create layouts Use viewports
  • Set Printing and plotting options

REVIT

STRUCTURE

  • Introduction
    • Structure Tab
    • Structure, Foundation Panel
    • Structure Tools Properties
    • Setting Up The Projects
    • Grids and Columns
    • Foundation


• Steel Framing
• Floors and Slabs
• Reinforcing
• Trusses
• The Steel Tab

ARCHITECTURAL

  • Introduction
    • Architecture Tab – Build
    • Architecture Tools Properties
    • Massing & Site Tab
    • Circulation Panel
    • Opening Panel
    • Creating Walls
    • Basic wall, Curtain wall
    • Placing Doors Windows and Components
    • Family Creation
    • Grouping and Filtering


• Creating Stair, Ramp
• Dimensions and Annotations
• Creating Floors, Ceiling and Roof
• Landscaping
• Working With Views
• Creating Project Details and Schedules
• Link Project and Collaboration

• Import and Export
• Camera and Walk-through
• Rendering and Work-sharing

NAVISWORKS

• Introduction to Navisworks
• Preparing & Exporting Revit Files for Navisworks
• Setting Up & Running Clash Detection
• Clash Report Extraction

DYNAMO

• Launching Dynamo and User Interface
• Nodes, Wires and The Browser
• Data Input, Output and Null Actions
• Math, Logic, Strings and Parameter Editing
• Computational Design & Geometry
• Lists & Functions
• Overview

STAAD.Pro

  • Introduction to STAAD
  • Analysis of RCC beam
  • Analysis of 2D frame
  • Analysis of 3D frame
  • Structural wizard
  • Moment release and moment offset
  • Read the architectural drawings
  • Modeling of a building
  • Design of slab, beam, column
  • Assigning the section properties
  • Introduction to is 1893: 2002/2016
  • Calculation of staircase load
  • Wall, floor, wing loads
  • Defining the secondary beam
  • Application of seismic weight
  • Error correction in STAAD pro
  • Making load combinations
  • Design of structural members
  • Detailing of column longitudinal rebars
  • Detailing of column lateral lies
  • Detailing of beam longitudinal bars
  • Detailing of beam stirrups
  • Response spectrum analysis
  • Design of slab
  • Result
  • PEB
  • Extracting reports and drawings

STAAD FOUNDATION ADVANCED

ETABS

• Introduction to ETABS
• Entering Input Data
• Define New Materials
• Define Frame Sections
• SNAP options
• Model the Structure
• Define Load Combinations

  • Check Model
  • Run Analysis
  • Response Spectrum Analysis
  • Time History Analysis
  • Analysis of the Results
  • Generate Reports and Drawings

QUANTITY SURVEYING & BAR BENDING SCHEDULE

PLANSWIFT

  • Introduction to Planswift
  • Excavation and Earthworks
  • Concrete Works in Substructure
  • Reinforcement Calculations
  • Form Work in Substructure
  • Earthwork Adjustments and DPC Treatment
  • Taking off for Framed Members

MANUAL

• Centerline Method
• Long Wall Short Wall Method
• Bar Bending Schedule
• BOQ

SKETCHUP

  • Setting Up the Template
  • Understanding The Layout
  • Toolbar
  • Navigating in 3D
  • Toolbar Desciption
  • Creating Basic Shapes
  • Creating and Placing 3D Text
  • Grouping and Components
  • Exporting as an STL File

LUMION

• Importing and Handling 3D Models
• Applying and Creating Materials
• Exterior Scene with Lumion
• Lighting in Lumion

• Realistic Visualizations
• Non-photorealistic Visualizations
• Animation
• Walk-through Visualizations

PRIMAVERA

  • Primavera P6 Architecture
  • Portfolio Program & Project Structure Creation
  • Project Code and Calendars
  • Project Time Management Scheduling and Constraints
  • Project Resource Management
  • Project Cost Management
  • Project Risk Management
  • Reporting