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Master Revit, Navisworks, BIM Workflows & Real-Time Projects At CADDESK Marathahalli Bangalore

All Level

16 Weeks

Autodesk Certification

Practical Training

Live Projects

Complete BIM Course Training Program

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Why Students Choose CADDESK Marathahalli

Course Curriculum Overview

Introduction to AutoCAD:

Overview of AutoCAD interface and workspace
Basic navigation tools and commands

2D Drawing:

Drawing and editing basic geometric shapes
Precision drawing using coordinates
Layers and properties

Editing and Modifying Drawings:

Move, copy, and mirror commands
Array and offset tools
Trim, extend, and fillet commands

Object Properties:

Understanding and modifying object properties
Using the Properties palette

Annotations and Text:

Adding text to drawings
Dimensioning and leaders
Working with multileaders

Hatching and Gradients:

Applying hatches and gradients to fill areas
Managing hatch patterns

Advanced Editing Commands:

Explode, join, and break commands
Grips and dynamic input

Blocks and Attributes:

Creating and inserting blocks
Working with attributes

Advanced Dimensioning:

Dimension styles and settings
Dimension overrides and styles

Isometric Drawing:

Creating isometric drawings
Using isometric snap and grid settings

External References

Attaching and detaching external references
Managing Xref layers and properties

3D Modelling Basics:

Introduction to 3D workspace
Creating and modifying 3D objects

Advanced 3D Modelling:

Solid modelling and editing
Boolean operations
Mesh modelling

Rendering and Visualization:

Materials and textures
Lighting and rendering settings

Sheet Sets and Publishing:

Creating and managing sheet sets
Publishing and plotting drawings

Customization and Automation:

Customising the AutoCAD interface
Introduction to AutoLISP programming

Collaboration and Data Exchange:

Data linking and importing/exporting file formats
Collaborative features and tools

Project Work and Case Studies:

Practical application of AutoCAD skills in real-world projects
Problem-solving and troubleshooting techniques

Introduction to Revit Architecture

Understanding the principles of BIM and its advantages
Navigating the Revit interface and work environment
Creating and customising project templates
Configuring settings for collaboration and sharing

Building Information Modeling (BIM) Fundamentals

Working with parametric elements: walls, floors, roofs, and ceilings
Modelling doors, windows, stairs, and railings
Utilising families and components for efficient design
Creating and modifying 3D views and perspectives

Architectural Design Development

Developing the architectural concept with massing and volume studies
Using sketching and modelling tools for design iterations
Creating detailed floor plans and elevations
Applying the design development workflow

Structural Components and Analysis

Introducing structural elements in architectural models
Coordinating with engineers for structural analysis and design
Placing beams, columns, and foundations
Understanding load distribution and gravity analysis

Systems Integration: MEP Coordination

Coordinating with MEP (Mechanical, Electrical, Plumbing) disciplines
Placing and modifying MEP elements
Clash detection and resolution techniques
Interdisciplinary collaboration in a BIM environment
Coordinating with MEP (Mechanical, Electrical, Plumbing) disciplines
Placing and modifying MEP elements
Clash detection and resolution techniques
Interdisciplinary collaboration in a BIM environment

Rendering and Visualization

Setting up rendering settings and materials
Enhancing visualisations with lighting and camera settings
Using rendering plugins for photorealistic presentations
Creating walkthroughs and fly-through animations

Construction Documentation

Generating 2D construction documents (plans, elevations, sections)
Annotating and dimensioning drawings
Creating schedules and material take-offs
Utilising Revit’s detailing tools for precise documentation

Building Performance Analysis

Integrating energy analysis tools in Revit
Conducting energy simulations for sustainability evaluation
Exploring daylighting and solar analysis
Optimising building performance for efficiency

Collaborative Workflows and Worksharing

Managing collaboration and worksharing in Revit projects
Creating and managing worksets
Reviewing and resolving conflicts with BIM 360 (or other collaboration tools)
Team collaboration and version control

Real-World Projects

Architectural design for a residential building
Creating a commercial space layout
Designing a cultural or institutional building

Introduction to Revit Structure

Understanding the role of Revit Structure in the BIM workflow
Navigating the Revit Structure interface and work environment
Configuring project settings and units for structural projects
Setting up work sharing and collaboration tools

Structural Modeling Basics

Creating and editing structural elements: beams, columns, walls, etc.
Utilising construction tools for precise modelling
Adding structural openings and joints
Understanding the concept of families and using them in structural models

Advanced Structural Elements

Placing foundations and footings
Designing and editing slabs and floors
Working with trusses and framing elements
Customising structural connections and reinforcement detailing

Structural Analysis and Design

Preparing models for structural analysis
Utilising Revit add-ins for structural analysis and code compliance (e.g., Robot Structural Analysis, Advance Design)
Verifying structural integrity and stability
Designing for different load conditions and combinations

Reinforcement Detailing and Documentation

Adding rebar to structural elements
Generating reinforcement drawings and schedules
Annotating and dimensioning structural drawings
Creating 2D construction documents

Structural Analysis and Design Optimization

Analysing complex structural systems and irregular shapes
Performing load analysis for seismic and wind design
Optimising structural designs for efficiency and safety
Implementing sustainable design practices

Collaboration with Other Disciplines

Coordinating with architectural and MEP disciplines
Clash detection and resolution in a BIM environment
Collaborating with engineers and architects in multi-disciplinary projects
Managing interdisciplinary workflows

BIM 360 and Cloud Collaboration

Exploring cloud-based collaboration with BIM 360
Sharing models and documents with team members and stakeholders
Real-time updates and version control
Reviewing and resolving clashes through cloud-based platforms

Real-World Projects

Designing a commercial building structure
Analysing and designing a bridge or elevated structure
Structural planning and documentation for an institutional building

Introduction to Revit MEP

Understanding the role of Revit MEP in the BIM workflow
Navigating the Revit MEP interface and work environment
Configuring project settings and units for MEP projects
Setting up work sharing and collaboration tools

MEP Systems Fundamentals

Creating and editing MEP systems (mechanical, electrical, plumbing)
Placing MEP fixtures and equipment
Utilising system types and connectors for MEP elements
Customising and utilising MEP families

HVAC System Design

Designing heating, ventilation, and air conditioning (HVAC) systems
Placing and configuring HVAC equipment (AHUs, fans, etc.)
Distributing air and managing ductwork
Analysing airflows and performing load calculations

Electrical System Design

Creating electrical systems and circuitry
Placing electrical fixtures and equipment (lights, switches, panels)
Designing electrical circuits and connections
Load analysis and power distribution

Plumbing System Design

Designing plumbing systems (water supply, drainage, and sanitary)
Placing plumbing fixtures and equipment (sinks, toilets, pipes)
Managing pipe routing and slope
Hydraulic analysis and pipe sizing

Fire Protection Systems

Designing fire protection systems (sprinklers, fire pumps, etc.)
Placing and configuring fire protection components
Analysing fire protection coverage and hydraulic calculations

Energy Analysis and Sustainable Design

Performing energy analysis for MEP systems
Evaluating MEP system efficiency and sustainability
Implementing green building practices

Collaboration with Other Disciplines

Performing energy analysis for MEP systems
Evaluating MEP system efficiency and sustainability
Implementing green building practices

BIM 360 and Cloud Collaboration

Exploring cloud-based collaboration with BIM 360
Sharing models and documents with team members and stakeholders
Real-time updates and version control
Reviewing and resolving clashes through cloud-based platforms

Real-World Projects

Designing MEP systems for a commercial building
MEP planning and documentation for a healthcare facility
Analysing and designing MEP systems for a residential complex

Introduction to Navisworks

Understanding the role of Navisworks in the construction workflow
Navigating the Navisworks interface and work environment
Importing and managing 3D models from various sources
Configuring settings for optimal performance

Model Review and Navigation

Reviewing and analysing 3D models in Navisworks
Utilising navigation tools for exploration and walkthroughs
Using selection and visibility tools for model isolation
Creating viewpoints and sections for better understanding

Model Coordination and Clash Detection

Merging and coordinating multi-disciplinary models
Performing clash detection for identifying conflicts and clashes
Analysing and resolving clashes in coordination with teams
Managing clash reports and communication

Quantification and Takeoff

Extracting quantities and measurements from the model
Generating material takeoffs and cost estimates
Utilising quantification data for project estimation
Creating custom reports and documentation

Time-Based Animation

Creating time-based simulations and animations
Visualising construction sequences and project phasing
Utilising the Animator for presenting construction progress
Exporting animated walkthroughs for communication

Clash Resolution Workflow

Coordinating clash resolutions with design teams
Implementing the “4D” workflow for clash management
Creating and managing issues and RFI tracking
Integrating clash resolutions into project updates

Collaboration and File Sharing

Collaborating on Navisworks projects with team members
Using BIM 360 and cloud-based platforms for collaboration
Sharing Navisworks files with stakeholders for review
Managing permissions and access control

Advanced Features and Integrations

Utilising laser scans and point clouds in Navisworks
Exploring advanced clash detection and rule sets
Integrating with other software (e.g., Revit, AutoCAD, etc.)
Managing large-scale projects with Navisworks Manage

Real-World Projects and Case Studies

Coordinating a multi-disciplinary construction project
Analysing and resolving clashes in an infrastructure project
Simulating construction progress for a complex building

Introduction to Enscape

Understanding the purpose and benefits of Enscape in architectural visualization
Navigating the Enscape interface and settings
Installing Enscape plugins for popular design software (Revit, SketchUp, Rhino, etc.)
Configuring Enscape for optimal rendering performance

Real-Time Rendering Basics

Exploring the principles of real-time rendering
Applying materials and textures to 3D models
Utilizing lighting techniques for realistic illumination
Setting up cameras and views for compelling visualizations

Realistic Environments and Landscapes

Creating realistic outdoor environments and landscapes
Adding vegetation, water bodies, and natural elements
Implementing weather effects (e.g., rain, snow, etc.)
Enhancing environmental effects for visual storytelling

Interior Visualization

Designing and rendering realistic interior spaces
Utilizing lighting and material settings for indoor scenes
Incorporatingfurniture, decor, and props
Creating ambiance and atmosphere for immersive experiences

Animation and Walkthroughs

Animating camera movements and walkthroughs
Creating interactive presentations for clients and stakeholders
Integrating animation with design software (e.g., Revit, SketchUp, etc.)
Exporting video and interactive experiences

Customization and Post-Processing

Customizing Enscape settings and preferences
Utilizing Enscape asset library for quick scene setup
Implementing post-processing effects for cinematic quality
Optimizing visualizations for different output formats

Virtual Reality (VR) Experiences

Introducing virtual reality (VR) capabilities in Enscape
Preparing and optimizing projects for VR walkthroughs
Configuring VR settings and controls
Creating immersive VR presentations

Collaborative Workflows

Collaborating with team members and stakeholders using Enscape
Sharing Enscape projects for remote viewing and collaboration
Reviewing and annotating scenes in real-time
Implementing multi-user VR meetings

Real-World Projects and Case Studies

Creating a realistic architectural visualization for a residential building
Designing an interior visualization for a commercial space
Crafting an immersive experience for an urban development

Introduction to Primavera P6

Understanding the role of Primavera P6 in project management
Navigating the Primavera P6 interface and workspace
Creating and customising projects and calendars
Defining user roles and access permissions

Creating a Project Schedule

Setting up a project: WBS (Work Breakdown Structure) creation
Defining activities and relationships (dependencies) between tasks
Assigning resources and costs to activities
Understanding critical path analysis and schedule calculation

Project Planning and Baseline

Creating a baseline for project monitoring and control
Optimising project schedule and resource allocation
Identifying milestones and key deliverables
Evaluating schedule and resource constraints

Resource Management

Creating and managing resource pools
Assigning resources to activities and optimising resource utilisation
Tracking resource availability and resolving resource conflicts
Analysing resource allocation and performance metrics

Project Progress and Tracking

Updating project progress and actuals
Comparing actual progress with the baseline schedule
Analysing schedule variances and performance indices
Identifying and resolving schedule delays

Earned Value Management (EVM)

Understanding EVM concepts and metrics (CPI, SPI, etc.)
Calculating earned value, planned value, and actual cost
Analysing EVM data for project performance assessment
Forecasting project completion and cost projections

Advanced Reporting and Analysis

Generating custom reports and dashboards
Utilising graphical charts and visualisations for project analysis
Exporting data to other formats (Excel, PDF, etc.)
Using Primavera P6’s built-in analysis tools

Multi-Project Management

Managing multiple projects with a portfolio approach
Resource levelling and optimization across multiple projects
Identifying interdependencies and resource constraints

Project Risk Management

Integrating risk management processes in Primavera P6
Performing qualitative and quantitative risk analysis
Implementing risk response plans and contingency measures

Real-World Projects and Case Studies

Project scheduling and control for construction projects
Planning and tracking engineering projects with Primavera P6
Managing complex projects in the oil and gas industry

What Our Students Say

Earn Autodesk & CADDESK Certifications

Successfully complete the BIM course training at CADDESK Marathahalli Bangalore and receive industry-authorized certifications that validate your practical BIM, Revit, and project coordination skills, helping you prepare for real-world career opportunities in architecture, construction, and engineering industries.