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Amir Karami • BIM

Note: This is a project-based course, which means you will gain practical experience by working on real-world projects. Additionally, you will have a complete BIM project in the disciplines of architecture, structure, and MEP for hands-on practice.

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Note: This is a project-based course, which means you will gain practical experience by working on real-world projects. Additionally, you will have a complete BIM project in the disciplines of architecture, structure, and MEP for hands-on practice.

  • Are you looking to become a BIM Coordinator ?

  • Do you struggle with clash detection and communication between disciplines on projects?

  • Are you ready to implement advanced 4D and 5D simulation techniques in your BIM projects?

    This comprehensive course covers everything you need to know about Navisworks Manage, including clash detection between disciplines, implementation of 4D and 5D simulation, communication between Navisworks and Revit and MSP, and data management for display. You'll also learn how to create animations and check and refer clashes to the relevant department, as well as strategies for effective communication and collaboration across different disciplines.

    Topics covered in this course include:

    • Becoming a BIM Coordinator: What You Need to Know

    • Clash Detection in Large-Scale Projects: Techniques and Best Practices

    • Implementing 4D and 5D in BIM Projects: Planning and Scheduling with Navisworks Manage

    • 4D Simulation with Navisworks Manage: Creating Detailed and Accurate Visualizations

    • Linking Navisworks and Revit

    • Creating Animation with Navisworks Manage: Tips and Tricks for Effective Presentations

    • Checking and Referring Clashes to Relevant Departments: Collaboration and Coordination Strategies

    • Communication between Navisworks and MSP: Managing Data for Display and Analysis

    • Managing Different Disciplines (Architecture, Structure an MEP): Effective Coordination Strategies

    By the end of this course, you'll have the skills and knowledge to effectively coordinate and manage even the most complex BIM projects with Navisworks Manage. Enroll now and take the first step towards becoming a BIM coordination expert and Feel free to ask me any question during watching this course.

Enroll now

What's inside

Learning objectives

  • Being a professional bim coordinator
  • Clash detection between disciplines in small and large-scale projects
  • 4d and 5d in bim projects as a bim coordinator
  • 4d simulation by navisworks manage
  • Linking navisworks and revit
  • Creating animation with navisworks for impressive project presentations
  • Clash detection and refer to the relevant department
  • Link between navisworks and microsoft project (msp)
  • Optimizing data for bim projects: a management approach
  • Combination of different disciplines
  • Synergizing different disciplines (architecture + structure + mep)
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Syllabus

What Makes This Course Unique?
Why This Course?
Course Catalog
Introduction
Read more
What is Navisworks ?
Quiz
Exercise File
Tools in Navisworks
Tools Introduction
Viewpoint in Navisworks
Viewpoint Tools
Animation with Navisworks
Professional Animation
What is 4D in BIM ?
View in Navisworks
View Tools
Selection Resolution States
4D Introduction
Item Tools & Switch Back
Item Tools & Switch Back from Revit to Navisworks
Object Animating
Animating Objects with Navisworks
Timeliner and 4D Simulation
Animation Tools in Navisworks
Animation Activating
Dimension Tools
Dimension Tools in Navisworks
Timeliner in Navisworks
Redline Tools
Clash Detection with Navisworks
Clash Detective Tool
4D Parameters
Rules Tab
4th Dimension Parameters
Report Tab
Report for Project Analysis and Collaboration
Example
Linking MSP to Navisworks
Link Microsoft Project (MSP) to Navisworks
Configure & Simulate Tabs
Configure & Simulate in Navisworks
Example (Part 1)
Example (Part 2)
Bonus Section
Bonus Lecture

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Covers clash detection, 4D/5D simulation, and data management, which are essential for BIM project coordination and management
Teaches Navisworks Manage, which is widely used for BIM project review, clash detection, and construction simulation
Explores linking Navisworks with Revit and Microsoft Project, which facilitates data exchange and workflow integration
Includes hands-on practice with a complete BIM project, which allows learners to apply skills in a realistic scenario
Focuses on Navisworks Manage, which may require learners to acquire or have access to a commercial license
Emphasizes clash detection and communication, which are crucial for minimizing errors and improving project outcomes

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Save BIM- Autodesk Navisworks Manage- from Zero to Advanced to your list so you can find it easily later:
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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in BIM- Autodesk Navisworks Manage- from Zero to Advanced with these activities:
Review BIM Fundamentals
Solidify your understanding of BIM principles before diving into Navisworks. This will help you grasp the software's functionalities more effectively.
Show steps
  • Review the core concepts of BIM.
  • Familiarize yourself with BIM workflows.
  • Understand the benefits of BIM in construction.
Review 'BIM Handbook: A Guide to Building Information Modeling for Owners, Designers, Engineers, Contractors, and Facility Managers'
Gain a broader understanding of BIM principles and practices. This handbook will provide valuable context for using Navisworks effectively.
Show steps
  • Obtain a copy of the BIM Handbook.
  • Read the sections on collaboration and data management.
  • Relate the concepts to your Navisworks workflow.
Read 'Mastering Autodesk Navisworks 2020'
Supplement your learning with a comprehensive guide to Navisworks. This book will provide in-depth knowledge and practical examples.
Show steps
  • Obtain a copy of 'Mastering Autodesk Navisworks 2020'.
  • Read the chapters relevant to clash detection and 4D simulation.
  • Practice the examples provided in the book.
Three other activities
Expand to see all activities and additional details
Show all six activities
Clash Detection Exercises
Hone your clash detection skills through targeted exercises. This will improve your accuracy and efficiency in identifying and resolving clashes.
Show steps
  • Download sample BIM models with known clashes.
  • Use Navisworks to identify and report the clashes.
  • Document the clash resolution process.
Create a 4D Simulation Video
Solidify your understanding of 4D simulation by creating a video showcasing the construction sequence of a project. This will enhance your visualization and communication skills.
Show steps
  • Select a project with a defined construction schedule.
  • Link the BIM model to the project schedule in Navisworks.
  • Create a 4D simulation animation.
  • Record and edit the simulation into a video.
BIM Coordination Project
Undertake a full BIM coordination project using Navisworks. This will allow you to apply your skills in a real-world scenario and gain practical experience.
Show steps
  • Obtain BIM models from different disciplines (architecture, structure, MEP).
  • Consolidate the models in Navisworks.
  • Perform clash detection and generate reports.
  • Communicate clashes to the relevant teams and track resolution.

Career center

Learners who complete BIM- Autodesk Navisworks Manage- from Zero to Advanced will develop knowledge and skills that may be useful to these careers:
BIM Specialist
A BIM Specialist is responsible for implementing and managing BIM processes within a company or on a specific project. This course teaches advanced techniques in Navisworks Manage, a core software for BIM specialists, making it very relevant. This course directly targets skills that a BIM specialist uses daily, like clash detection, 4D simulation, and project data management. This course can prepare a BIM specialist by providing expertise in creating animations and linking Navisworks with Revit and MSP, which are common tasks. The hands-on project-based approach of this course ensures practical skills that are beneficial to someone working as a BIM specialist.
BIM Coordinator
A BIM Coordinator is responsible for managing the Building Information Modeling process on construction projects. This course directly addresses the core skills needed for a BIM Coordinator, such as clash detection, 4D simulation, and communication between different disciplines in a project. You will gain hands-on experience with real-world projects, which helps build confidence in using Navisworks Manage and its integration with other programs like Revit and Microsoft Project. The course will be particularly helpful as it dives into the intricacies of managing different disciplines within projects, a key aspect of the BIM Coordinator role.
Virtual Design and Construction Specialist
A Virtual Design and Construction Specialist uses digital tools and workflows including BIM to enhance the planning, design, and construction phases of a project. This course is especially relevant because it focuses intensely on Navisworks Manage, a core tool for VDC. In this role clash detection and 4D simulations are critical, which are covered extensively in the course. The ability to effectively manage data, create animations, and communicate between different disciplines, as taught in this course, will greatly enhance the specialist's ability to execute projects virtually. This course can be particularly useful, providing a hands-on approach to VDC with large-scale projects.
Construction Technologist
A Construction Technologist applies technology to improve efficiency and effectiveness in the construction industry. This course provides a hands-on approach specifically to Navisworks Manage, a very relevant tool in construction technology. This role uses 4D and 5D simulations to plan and coordinate projects, skills the course directly teaches. A construction technologist can better understand the practical implementation of technology in construction by learning to create animations, manage data, and communicate effectively across different disciplines, as covered by this course. The course provides valuable practical experience.
Design Manager
A Design Manager is responsible for overseeing design processes in construction projects. This course provides value in its focus on Navisworks Manage, a powerful tool for managing BIM projects. The course can be particularly helpful for design managers because it emphasizes communication and collaboration between different disciplines, which they are responsible for managing. A design manager will be more effective at overseeing design workflows with a deep understanding of the BIM processes the course teaches, like clash detection and 4D simulation. The hands-on project based approach ensures the material learned translates to real-world application.
BIM Modeler
A BIM Modeler creates 3D models of buildings and infrastructure using BIM software, typically operating under the guidance of a BIM manager or coordinator. This course addresses the management and coordination aspects of BIM, which are highly relevant to a BIM modeler's workflow. Although BIM modelers often work directly with modeling software like Revit, this course focuses on Navisworks Manage, which is used to coordinate models between multiple disciplines. The course is useful for a BIM modeler to understand how their models fit into the overall project and to learn to detect clashes, create animations, and communicate with other disciplines. This course also builds critical skills in project management.
Construction Project Manager
A Construction Project Manager oversees all aspects of a construction project, from planning to completion. This course helps support this role by building a deep understanding of BIM processes, including clash detection and 4D simulation. These are crucial for optimizing project timelines and identifying potential issues early on. A project manager can better coordinate between different teams and disciplines using the skills learned in this course, especially the parts focusing on communication and data management. This course can be very helpful in improving visualization, problem-solving, and project coordination skills, all of which are valuable at the management level.
Project Scheduler
A Project Scheduler is responsible for creating and maintaining project schedules, often using software like Microsoft Project. This course can be useful to a project scheduler because it explores advanced techniques in 4D simulation and project visualization with Navisworks, which integrates with Microsoft Project. This course also covers the use of 4D and 5D simulations, which a project scheduler uses to plan and communicate a project schedule. The skills learned in this course, particularly the management of data for display and analysis, can be useful for managing and presenting data to stakeholders. The course provides practical and valuable skills.
Architectural Designer
An Architectural Designer creates designs and plans for buildings and structures. This course may be useful as it teaches skills to manage large-scale projects using Navisworks Manage, a key tool for BIM model coordination. The course's focus on clash detection, 4D simulation, and data management can be helpful for designers who want a better understanding of how their designs can be implemented and coordinated with other disciplines. The course could also improve an architect's ability in communication and collaboration across teams working on a project. While not design focused, it helps improve awareness of project implementation and coordination.
Structural Engineer
A structural engineer analyzes, designs, plans, and oversees the construction of structural elements of projects and buildings. This course may be helpful to a structural engineer to better integrate their designs into project workflows. This course focuses on skills useful for coordination and management of projects and can be helpful to coordinate structural components with other disciplines. Specifically, sections of the course that focus on clash detection, 4D and 5D simulation, and communication are useful for someone in this role. It can help a structural engineer understand how their designs fit into the broader project and how to manage and communicate with other disciplines.
MEP Engineer
An MEP Engineer specializes in mechanical, electrical, and plumbing systems within construction projects. This course may be helpful as it covers how to manage different disciplines, including MEP, within Navisworks Manage and also teaches techniques to coordinate, a relevant skill for engineers in this field. The course provides useful techniques in clash detection, which is useful in this role to identify potential interference between MEP systems and other building components. While not squarely focused on MEP engineering itself, the course provides useful skills in 4D simulation and data management to help MEP engineers better coordinate their projects with other teams.
Construction Estimator
A Construction Estimator is responsible for calculating the costs of a construction project. This course may be useful to a construction estimator because of the focus on 4D and 5D simulation. These techniques enable better planning and analysis of project components, which can translate to a more accurate estimation of project costs. Integration with MSP, which is also a tool that construction estimators use, can help with time-based cost analysis. However, while the course covers project management skills, it does not directly train estimation methods, so it is not a primary skill for this career path.
Civil Engineer
A Civil Engineer designs and manages infrastructure projects, such as roads and bridges. This course may be helpful to a civil engineer because of its focus on BIM project management skills. Civil engineers use models to understand how changes affect project delivery. This course teaches clash detection and data management, which helps in the planning, design, and coordination of civil engineering projects. While the course does not focus directly on civil engineering, the skills in managing different disciplines and producing project animations may be useful. Ultimately, this course improves general project management skills.
Facilities Manager
A Facilities Manager is responsible for the operation, maintenance, and improvement of an organization's physical assets. This course may be useful for preparing a facilities manager in how to manage a building's digital information. The course provides skills in BIM coordination, clash detection, and data management, useful for a facilities manager. Although not a primary focus, use of 4D simulation and integration with other software can help facilities managers better understand and communicate maintenance plans, especially for new or recently renovated structures. This course delivers useful project management skills.
Real Estate Developer
A real estate developer manages all aspects of a real estate project, from acquisition to sale. This course may be helpful to a real estate developer because of the focus on project management and data visualization techniques. The course provides an understanding of BIM processes, clash detection, and 4D simulation. This can be helpful for a developer to understand the construction process to better anticipate potential problems in delivering projects. It can also help with communication among various stakeholders. The course can be useful to a developer in their understanding of project planning and execution, but it is not a primary tool that they use day to day.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in BIM- Autodesk Navisworks Manage- from Zero to Advanced.
Provides a comprehensive guide to using Autodesk Navisworks. It covers a wide range of topics, including clash detection, 4D simulation, and project collaboration. It serves as a valuable reference for both beginners and experienced users, offering in-depth explanations and practical examples to enhance your understanding of Navisworks' capabilities. This book can be used as a reference tool.
This handbook provides a comprehensive overview of BIM principles and practices. It covers various aspects of BIM implementation, including collaboration, data management, and project lifecycle management. While not specific to Navisworks, it provides valuable context for understanding the role of Navisworks in the broader BIM ecosystem. is commonly used as a textbook at academic institutions.

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