COURSE OVERVIEW

Navis works was created with the aim of benefiting individuals in the construction industry, including builders, architects, and engineers, seeking to seamlessly merge design concepts with the real-world construction environment. The curriculum instructs on the utilization of Navisworks Manage and Navisworks Simulate to establish control and obtain a comprehensive perspective of projects. Eric demonstrates effective model management, identification of clashes within models, and the virtual construction of a building through the implementation of a construction timeline.Navisworks was conceived to revolutionize the construction industry, empowering professionals like builders, architects, and engineers to seamlessly blend design visions with real-world construction realities. Our curriculum is tailored to equip individuals with the expertise to leverage Navisworks Manage and Navisworks Simulate, providing unparalleled control and a holistic view of projects.

Navisworks is a comprehensive software solution designed specifically for professionals in the construction industry. The course aims to equip individuals with the necessary skills and knowledge to effectively utilize Navisworks for various tasks and projects within the construction sector.

Here’s an explanation of the course content and objectives:

  1. Introduction to Navisworks:
    • Participants will be introduced to the Navisworks software suite, its features, and its importance in the construction industry.
    • They will learn about the different versions of Navisworks, including Navisworks Manage and Navisworks Simulate, and their respective functionalities.
  2. Benefits for Construction Professionals:
    • The course will highlight the benefits of Navisworks for individuals working in the construction industry.
    • Participants will understand how Navisworks streamlines workflows, improves collaboration, and enhances project coordination and communication.
  3. Model Management:
    • Participants will learn how to effectively manage 3D models within Navisworks.
    • They will explore techniques for importing, organizing, and manipulating models from various design software applications.
  4. Clash Detection and Coordination:
    • One of the key features of Navisworks is clash detection, which helps identify conflicts and interferences within building models.
    • Participants will be trained on how to use Navisworks to detect clashes, resolve issues, and ensure coordination among different building systems.
  5. Virtual Construction:
    • Navisworks allows for the virtual construction of buildings, enabling users to create construction timelines and simulate the construction process.
    • Participants will learn how to create construction sequences, animate construction activities, and visualize project progress over time.
  6. Project Visualization and Communication:
    • Navisworks facilitates project visualization, enabling stakeholders to visualize building designs in 3D and navigate through virtual models.
    • Participants will learn how to use Navisworks for presentations, client meetings, and project communication, enhancing stakeholder understanding and buy-in.
  7. Hands-On Practice and Project Work:
    • The course will include hands-on exercises and project-based learning opportunities to reinforce concepts and skills learned.
    • Participants will have the opportunity to work on real-world construction projects, applying Navisworks techniques to solve practical challenges.

Overall, the Navisworks course is designed to empower individuals in the construction industry with the tools and knowledge needed to leverage Navisworks effectively for project coordination, clash detection, virtual construction, and project communication. By mastering Navisworks, participants can streamline workflows, improve project outcomes, and advance their careers in the construction sector.

COURSE DURATION – 15 HRS  project based Training

COURSE CONTENTS:

  • The three Navisworks versions
  • Navisworks file types
  • Opening files directly
  • Working with Revit directly
  • Exporting from Revit to Navisworks
  • Appending and merging models Walking through your model
  • Rotating your model with the Orbit tool
  • Looking around your model
  • Using the Gravity tool
  • Settings
  • Saving a viewpoint
  • Choosing render styles
  • Changing the background
  • Slicing your model using sectioning
  • Getting rid of lines and text Getting measurements
  • Finding the shortest distance between objects Creating redlines
  • Selecting objects
  • Overriding color transparency and a transform Hiding and turning on objects
  • Moving items Rotating items Scaling items Adding links
  • Viewing properties and adding fields Switching back to Revit
  • Holding objects
  • Creating a clash test and setting rules Selecting objects to clash and adding clearances Analyzing the clash test results
  • Resolving and reducing clashes Grouping and assigning clashes Creating reports- Viewpoints Creating reports- HTML Configuring appearances Creating tasks
  • Adding selection sets to a task
  • Adding multiple tasks and running the movie Simulating settings
  • Exporting the Time Liner Adding a data source
  • Creating a simulation for the Time Liner Setting up your workbook
  • Dragging items to the workbook Taking off the entire model Exporting the takeoff Animating saved viewpoints Animating objects
  • Creating a script
  • Adding lights
  • Adding materials
  • Adjusting the sun
  • Rendering
  • Appearance Profiler
  1. BIM Integration: Qatar places significant emphasis on Building Information Modeling (BIM) in construction projects. AutoCAD Navisworks, being a BIM software, facilitates the integration of various design and construction data, enhancing collaboration and coordination among different project stakeholders.
  2. Project Coordination: Navisworks allows for effective coordination and collaboration among architects, engineers, contractors, and other project team members. This is crucial in the complex construction projects that are common in Qatar, ensuring that different components of the project fit together seamlessly.
  3. Clash Detection: One of the key features of Navisworks is clash detection. In Qatar’s construction landscape, where large and intricate projects are prevalent, the ability to identify and resolve clashes between different elements in a 3D model is invaluable. This helps prevent issues during the construction phase, saving time and resources.
  4. Construction Timeline Visualization: AutoCAD Navisworks enables the creation and visualization of construction timelines. This feature is essential for planning and scheduling construction activities effectively. In Qatar, where timely completion of projects is critical, having a tool that allows for the virtual construction of buildings based on a construction timeline is highly advantageous.
  5. Regulatory Compliance: Qatar has specific regulatory standards for the construction industry. AutoCAD Navisworks aids in ensuring compliance with these standards by providing tools for thorough project review and analysis.
  6. Efficient Project Management: Navisworks contributes to efficient project management by offering tools for model aggregation, simulation, and project review. This helps in making informed decisions, optimizing project performance, and meeting deadlines.
  7. Government Initiatives: Qatar has been investing heavily in infrastructure development and smart city initiatives. The use of advanced technologies, including BIM tools like Navisworks, aligns with the country’s vision for modern and sustainable development.
  8. Training and Certification Opportunities: The demand for professionals skilled in AutoCAD Navisworks in Qatar has led to an increase in training and certification programs. Learning Navisworks is seen as a valuable asset for professionals in the construction and engineering sectors.

In summary, AutoCAD Navisworks is crucial in Qatar due to its ability to streamline project coordination, enhance collaboration, ensure compliance with standards, and contribute to the efficient management of construction projects, all of which align with the country’s ambitious development goals.