Navisworks Course

The Navisworks course in Coimbatore provides comprehensive training on this powerful project review software used in architecture, engineering, and construction industries. Covering topics like project setup, clash detection, 4D simulation, and data integration, the course equips students with essential skills for managing complex construction projects efficiently.

Taught by experienced instructors, it includes hands-on exercises and real-world projects to ensure practical understanding. Participants learn to navigate the Navisworks interface, analyze models, detect clashes, and generate reports.

With a focus on industry relevance and practical application, this course prepares students to excel in their careers in construction project management using Navisworks.

What Will You Learning Outcomes In The Navisworks Course:

• Navigating the Navisworks interface proficiently.
• Setting up and managing project data effectively.
• Conducting clash detection and resolution processes.
• Generating and interpreting project reports accurately.
• Utilizing 4D simulation techniques for project visualization.
• Integrating and coordinating various project models and data sources.
• Applying advanced features for improved project coordination and collaboration.
• Troubleshooting common issues and optimizing project workflows.
• Understanding industry best practices and standards in construction project management.
• Gaining hands-on experience through practical exercises and real-world projects.

Requirements For Navisworks Course:

• Basic computer literacy and familiarity with software usage.
• Understanding of fundamental concepts in architecture, engineering, or construction.
• Access to a computer with Navisworks software installed (if not provided by the course).
• Strong willingness to learn and engage actively in course activities.
• Previous experience with CAD software may be advantageous but not always required.
• Adequate time commitment for attending classes and completing assignments.
• Good communication skills to interact with instructors and fellow students effectively.
• Depending on the course, there might be specific prerequisites or recommendations provided by the training institution.

Syllabus:

• Module 1: Introduction to Navisworks
• Overview of Navisworks software
• Understanding the user interface
• Navigation tools and basic controls
• Importing models from various CAD software (Revit, AutoCAD, etc.)
• Combining multiple models into a single project
• Module 2: Basic Navigation and Review
• Reviewing model properties and information
• Using selection and search tools
• Basic navigation techniques (zoom, pan, orbit)
• Creating viewpoints and sections
• Measuring distances and angles
• Module 3: Clash Detection
• Understanding clash detection
• Setting up clash tests
• Reviewing clash results
• Resolving clashes and generating reports
• Clash grouping and filtering techniques
• Module 4: Timelining (4D)
• Introduction to 4D simulation
• Creating tasks and linking them to model elements
• Defining task durations and dependencies
• Generating and customizing Gantt charts
• Simulating construction sequences and analyzing the schedule
• Module 5: Quantification (5D)
• Introduction to 5D cost estimation
• Associating cost data with model elements
• Creating quantity takeoffs and generating reports
• Analyzing cost data and comparing variations
• Integrating cost data with scheduling information
• Module 6: Advanced Features
• Advanced navigation techniques (walkthroughs, flythroughs)
• Using time-based visualization tools
• Working with animation and rendering settings
• Customizing project presentations and reports
• Exploring additional Navisworks plugins and integrations
• Module 7: Project Work and Case Studies
• Hands-on project work incorporating learned skills
• Reviewing case studies of real-world Navisworks projects
• Troubleshooting common issues and challenges
• Q&A session for specific project requirements or interests
• Module 8: Final Project Presentation and Review
• Final project presentations by participants
• Peer feedback and review
• Instructor-led review of key concepts and skills
• Examining opportunities for further learning and specialization