BIM (Building Information Modelling)
Course Features
Course Details
BIM (Building Information Modelling)
Description
BIM means many different things to different people. It’s all about collaboration - between engineers, owners, architects and contractors in a three dimensional environment (common data environment), and it shares information across these disciplines. BIM is the management of information through the whole life cycle of a built asset, from initial design all the way through to construction, maintaining and finally de-commissioning.
BIM allows design and construction teams to communicate about design and coordinate information across different levels that has been unseen before. This information remains with the project throughout its lifetime.
It can be used for a wide range of projects such as a new building or railway infrastructure. The use of BIM goes beyond the planning and design phase of the project, extending throughout the building life cycle, supporting processes including cost management, construction management, project management and facility operation.
Objective/ Key Learning
Architecture>
- Introduction to BIM
- Fundamentals of Parametric Modelling
- Getting Started with BIM
- User Interface Familiarization
- Working with BIM Tools
- Place and modify & Complex Walls
- Add and modify Wall Profiles
- Place Doors, Windows & Components
- Dimensions and Constraints
- Create Floors and Ceilings
- Curtain Walls & Stairs
- Conceptual Models
- Annotation & Schedules
- Structural Elements
- Interior Component Placing (Fixture & Furniture)
- Sheets and Title Blocks
- Views, Camera, Walk-through
- Render & Solar Study
- In-Place Families
- Family Creation
- Site Design
- Architecture Sheets and Title Blocks
- Link Projects & Collaboration
Structure
- Introduction
- Starting a Structural Project
- Project Settings
- Structural Columns and Walls
- Foundations
- Beams
- Floors
- Open Web Joists
- Editing Tools
- Documenting Models
- Creating Families
- Standard Views
- Detail Views
- Schedules
- Sheets
- Reinforcements
- 3D Modelling Basics
- Rendering & Visualization
- Stress Analysis - FEM
- Data Export & Import
- Project work/ Practice Labs
- Tips/ Tricks
MEP
Mechanical –MEP can be used to model ducts and pipe fittings and to gain a better understanding of HVAC zones, HVAC air duct systems and HVAC piping systems. This allows mechanical engineers to create accurate 2D and 3D drawings to plan for heating, ventilation and air conditioning systems. • Electrical –MEP allows electrical engineers to model the placement of light fixtures, create circuits and wiring diagrams and understand power systems. By utilizing the software to map out electrical systems, users can create a comprehensive plan for the placement of wiring and other electrical components. • Plumbing –MEP also includes tools to model plumbing systems, including waste workflow, storm workflow, restroom groups and hot water recirculation systems. Plumbing engineers can utilize the software to map out pipe flow in order to design a functional and effective plumbing system. Introduction to MEP Getting Started with an MEP Project Creating Spaces and Zones HVAC System Electrical System Plumbing Systems Fire Protection Systems Clash Detection Construction Documents Families Work sharing
Information about three BIM Family:
When you choose Architecture, everything is geared up for the Architect or Architectural modelling. While opting for MEP, everything is focused on the modelling of Mechanical, Electrical and Plumbing trades for the mechanical, electrical contractors &plumbing contractors as well as the MEP Design firms. Similarly, when you pick up BIM Structure, it emphasizes on the structural modelling for the structural engineers. The features of BIM for architectural, structural & MEP modelling show how BIM focuses on 3different trades:
3D ARCHITECTURAL MODELLING - Architectural& Curtain Wall, Floor, Roof, Ceiling, Column, Design options, Loadable component, Room, Area, Site design, Stair by Component, Ramp, Railing & Sketch, Anti-aliasing, Construction Modelling Parts & Assemblies
STRUCTURAL MODELLING - Structural Walls, Columns, Floor Slab, Foundation, Beams, Braces, Slanted Columns, Trusses, Reinforcement MECHANICAL, ELECTRICAL AND PLUMBING ENGINEERING - HVAC Duct, Piping, Plumbing, Power & Lighting Systems
Who Should Attend
Targeted Disciplines:
Civil/ Architecture/ Mechanical/ Electrical Engineering (BE/ B.Tech, Diploma & ITI)Working Professionals:
Designers, Engineers, Draftsmen & 3D ModellersMethodology
Classroom Training with Audio Visual training aids, Hands-On Practical, Home Tasks/ Assignment, Resume Writing, Exam, Mock Interviews then Certification. Class timing is flexible for working professionals/ job-seeker.
- For Batch-01 & Batch-02: Weekend Classes (Saturday/ Sunday)
- For Batch-03: Weekdays & Evening Classes
- Each Session Hrs: 2 to 4 Hrs
- Total Course Hrs: 50 Hrs (Including Projects & Assignments)
Topics/ Modules
Architecture>
- Introduction to BIM
- Fundamentals of Parametric Modelling
- Getting Started with BIM
- User Interface Familiarization
- Working with BIM Tools
- Place and modify & Complex Walls
- Add and modify Wall Profiles
- Place Doors, Windows & Components
- Dimensions and Constraints
- Create Floors and Ceilings
- Curtain Walls & Stairs
- Conceptual Models
- Annotation & Schedules
- Structural Elements
- Interior Component Placing (Fixture & Furniture)
- Sheets and Title Blocks
- Views, Camera, Walk-through
- Render & Solar Study
- In-Place Families
- Family Creation
- Site Design
- Architecture Sheets and Title Blocks
- Link Projects & Collaboration
Structure
- Introduction
- Starting a Structural Project
- Project Settings
- Structural Columns and Walls
- Foundations
- Beams
- Floors
- Open Web Joists
- Editing Tools
- Documenting Models
- Creating Families
- Standard Views
- Detail Views
- Schedules
- Sheets
- Reinforcements
- 3D Modelling Basics
- Rendering & Visualization
- Stress Analysis - FEM
- Data Export & Import
- Project work/ Practice Labs
- Tips/ Tricks
Revit MEP
Mechanical –MEP can be used to model ducts and pipe fittings and to gain a better understanding of HVAC zones, HVAC air duct systems and HVAC piping systems. This allows mechanical engineers to create accurate 2D and 3D drawings to plan for heating, ventilation and air conditioning systems.
Electrical –MEP allows electrical engineers to model the placement of light fixtures, create circuits and wiring diagrams and understand power systems. By utilizing the software to map out electrical systems, users can create a comprehensive plan for the placement of wiring and other electrical components.
Plumbing –MEP also includes tools to model plumbing systems, including waste workflow, storm workflow, restroom groups and hot water recirculation systems. Plumbing engineers can utilize the software to map out pipe flow in order to design a functional and effective plumbing system.
- Introduction to MEP
- Getting Started with an MEP Project
- Creating Spaces and Zones
- HVAC System
- Electrical System
- Plumbing Systems
- Fire Protection Systems
- Clash Detection
- Construction Documents
- Families
- Work sharing
Course Material/ Assessment
Class Notes, Practice Labs & Guides
Software
- SketchUp
- ArchiCAD
- Revit
Course Fee
For Students: Rs. 12000/-
Fees Structure: Two installments; ₹ 10000 + ₹ 2000
(For Summer/ Winter Training. Students have to produce valid student identity card)
"Special discounts for a group of ten students". Job seekers shall not be treated as Students
For Working Individual: Rs. 15000/-
Fees Structure: Two installments; ₹ 10000 + ₹ 5000
For Corporates: Contact Us
Please contact for project specific, Standard or customized training needs...
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