Revit Collaboration with ISO 19650: BIM Project Management from Udemy

Note: The main difference in this course compared to others is that we have not confined ourselves to explaining simple techniques. Instead, we have conveyed the subject through challenging projects and specific tricks, which are the result of numerous experiences.

How can teamwork and simultaneous work in a single Revit file speed up a project?
How is coordination between different disciplines in a construction project possible in Revit?
How is teamwork implemented in a BIM company?

The main goal of the course is to teach you how to effectively use Revit's collaboration tools while following the

Some of the topics you will learn in this course:

Create and manage the Central Model in Revit
Create and use a Local Model in Revit
Managing Worksets and facilitating team workflow in Revit
Monitor tools for team collaboration in Revit
Reviewing and managing clashes in Revit projects
Using Copy/Monitor to coordinate fixtures and elements
Using the Copy/Monitor tool for model coordination

In this course you'll learn to manage BIM projects efficiently, improve team coordination, reduce risks, and share information systematically to enhance project outcomes and professional skills. Enroll in this course right now, and feel free to ask me any questions throughout your learning journey so you can implement this process in the best possible way. I’m with you every step of the way to help you become a professional.

What's inside

Learning objectives

Principles of collaborate in revit based on the iso 19650 standard
Methods to reduce risks and errors in construction projects using revit
Create and manage the central model in revit
Create and use a local model in revit
Creating and managing worksets and facilitating team workflow in revit

Monitor tools for team collaboration in revit
Reviewing and managing clashes in revit projects
Using the copy/monitor tool for model coordination
Using copy/monitor to coordinate fixtures and elements (fixtures)
Worksharing structure in revit projects

Principles of collaborate in revit based on the iso 19650 standard
Methods to reduce risks and errors in construction projects using revit
Create and manage the central model in revit
Create and use a local model in revit
Creating and managing worksets and facilitating team workflow in revit
Monitor tools for team collaboration in revit
Reviewing and managing clashes in revit projects
Using the copy/monitor tool for model coordination
Using copy/monitor to coordinate fixtures and elements (fixtures)
Worksharing structure in revit projects

Syllabus

Introduction

Introduction to Collaborate in Revit

Examining Collaborate tools in Revit with ISO 19650 standards

Worksharing terminology in Revit

Linking Between Navisworks and Revit

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Focuses on teamwork and simultaneous work in Revit, which can significantly speed up project timelines and improve overall efficiency

Emphasizes the use of Revit's collaboration tools in accordance with ISO 19650, a standard for organizing and digitizing information about buildings and civil engineering works

Explores coordination between different disciplines in a construction project using Revit, which is essential for integrated project delivery

Covers the creation and management of central and local models in Revit, which are fundamental for effective worksharing and team collaboration

Includes the use of the Interference Check Tool in BIM Models, which can help learners identify and resolve clashes early in the design process

Requires learners to use Revit, which may require a license and a computer that meets the software's minimum hardware requirements

Reviews summary

Revit bim collaboration with iso 19650

According to learners, this course offers a highly practical approach to mastering Revit collaboration tools grounded in the ISO 19650 standard. Students particularly appreciate the coverage of essential features like Worksets and the Copy/Monitor tool, finding the content relevant to real-world BIM workflows. The instructor is frequently cited as knowledgeable and the project-based learning is seen as a major strength, enabling immediate application of skills. While the course is largely well-received, some learners note that the pace can be fast in certain sections, particularly regarding advanced topics like Dynamo integration for clash detection. Overall, students feel the course provides valuable insights for improving team coordination and managing BIM projects efficiently.

Instructor is knowledgeable and supportive.

"The instructor clearly knows the material. Some lectures felt a bit dry, but the content is solid..."

"Instructor was responsive to questions in the Q&A."

"I appreciate the instructor's deep understanding and willingness to help throughout the course."

Connects Revit tools to industry standards.

"Good overview of ISO 19650 integration with Revit workflows."

"The course effectively linked Revit collaboration features to the ISO 19650 standard, which is crucial for modern BIM projects."

Thorough explanation of essential Revit features.

"Excellent course covering the core collaboration tools in Revit. The section on Worksets and Copy-Monitor was particularly useful for my team."

"I gained a solid foundation in using Revit's collaboration tools like Worksets and Copy/Monitor."

"The detailed walkthroughs of Worksets and Copy/Monitor workflows were very helpful."

Focuses on real-world BIM project scenarios.

"This course transformed how our team collaborates in Revit. Highly recommend for anyone working in BIM."

"Very practical approach, loved the project-based learning. Explanations were clear..."

"I learned how to use practical tools and strategies that I could apply immediately to my work."

"The course offers valuable insights for improving team coordination and managing BIM projects efficiently in practice."

Certain advanced topics may lack depth or require prior knowledge.

"Could use more depth on advanced clash detection strategies."

"The section on Interference Check exporting to Excel and Dynamo was a bit rushed and hard to follow without prior Dynamo knowledge."

Content can be fast-paced, especially for complex topics.

"...although sometimes a bit fast-paced."

"Useful course, but I struggled a bit with the complex project examples. Maybe a prerequisite reminder for basic Revit skills would be helpful."

"Found the explanation of Synchronize vs Save confusing initially, but it became clearer after rewatching."

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 Revit Collaboration with ISO 19650: BIM Project Management with these activities:

Review BIM and ISO 19650 Fundamentals

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Reviewing BIM principles and the ISO 19650 standard will provide a solid foundation for understanding the course's collaborative Revit workflows.

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Read introductory materials on BIM.
Study the core concepts of ISO 19650.
Take a short quiz on BIM fundamentals.

Read 'BIM Handbook: A Guide to Building Information Modeling for Owners, Designers, Engineers, Contractors, and Facility Managers'

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Reading the BIM Handbook will provide a comprehensive understanding of BIM principles and workflows, which are essential for effective Revit collaboration.

View Putting Knowledge to Work on Amazon

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Obtain a copy of the BIM Handbook.
Read the sections on collaboration and project management.
Take notes on key concepts and workflows.

Practice Creating and Managing Worksets

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Practicing workset creation and management in Revit reinforces the core concepts of collaborative workflows covered in the course.

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Create a new Revit project.
Divide the project into multiple worksets.
Modify elements within different worksets.
Synchronize changes with a central model.

Four other activities

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Document a Revit Collaboration Workflow

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Creating a documented workflow helps solidify understanding of the steps involved in Revit collaboration and promotes best practices.

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Choose a specific collaboration scenario.
Outline the steps involved in the workflow.
Create a document with screenshots and descriptions.
Share the document with peers for feedback.

Collaborative Revit Project Simulation

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Simulating a collaborative project allows students to apply the course's concepts in a realistic scenario and identify areas for improvement.

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Form a team with other students.
Define project roles and responsibilities.
Collaboratively develop a Revit model.
Use worksharing and coordination tools.
Present the project and lessons learned.

Contribute to a Revit Open Source Project

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Contributing to open source projects provides practical experience and exposure to real-world Revit workflows and challenges.

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Find an open-source Revit project on GitHub.
Review the project's documentation and issues.
Identify a bug or feature to work on.
Submit a pull request with your changes.

Read 'Mastering Autodesk Revit'

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Reading 'Mastering Autodesk Revit' will provide a comprehensive understanding of Revit's features and capabilities, which are essential for effective collaboration.

View Mastering Autodesk Revit 2020 on Amazon

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Obtain a copy of 'Mastering Autodesk Revit'.
Read the sections on collaboration and worksharing.
Take notes on key concepts and workflows.

Career center

Learners who complete Revit Collaboration with ISO 19650: BIM Project Management will develop knowledge and skills that may be useful to these careers:

BIM Coordinator

A BIM Coordinator manages the Building Information Modeling process on construction projects, and this course directly addresses many of the collaboration challenges they face. This role requires a deep understanding of how to facilitate teamwork in a BIM environment, including creating and managing central and local model files, using worksets, and monitoring tools for team collaboration. Proficiency in clash detection and model coordination, which are covered extensively in this course, is essential for a BIM coordinator to ensure project accuracy and reduce errors. Learning from this course allows a BIM coordinator to better manage BIM projects and improve team coordination through systematic information sharing.

See salaries and explore the career path for BIM Coordinator

BIM Manager

A BIM Manager is responsible for implementing and overseeing BIM standards, workflows, and processes within a company. This course provides a strong foundation for a BIM Manager, particularly in its focus on team collaboration within Revit. A BIM Manager must effectively manage the creation of project central models, local models, worksets, and understanding of the monitor tools, which are all covered in this course. This knowledge helps a BIM Manager implement strategies to improve team coordination and information sharing. They would also benefit from the course’s instruction on clash detection, copy/monitor tools, and data management.

See salaries and explore the career path for BIM Manager

Virtual Design and Construction Engineer

A Virtual Design and Construction Engineer uses BIM and other digital tools to improve construction project outcomes. This role will benefit greatly from this course's focus on using Revit's collaboration tools, which includes the use of central models, local models, worksets, and team monitor tools. The course will also be particularly useful through its instruction in clash detection and copy/monitor tools, which can improve project coordination. By reducing risks and errors, and enhancing information sharing, this course helps the VDC engineer make more informed decisions, thereby enhancing their overall performance.

See salaries and explore the career path for Virtual Design and Construction Engineer

Design Coordinator

A Design Coordinator ensures that all design aspects of a project are aligned and well-coordinated. This role can be greatly helped by this course because it focuses on the core aspects of collaborative working in Revit. A Design Coordinator must effectively manage the creation of project central models, local models, worksets, and understand monitor tools, which are all covered in this course. The course will also help a design coordinator working in BIM to improve team coordination and information sharing, and to develop strategies for reducing risks using clash detection and copy/monitor tools.

See salaries and explore the career path for Design Coordinator

Digital Construction Specialist

A Digital Construction Specialist is responsible for implementing and managing digital tools and technologies in construction projects. This course may be particularly helpful, given its focus on how to leverage digital tools, specifically Revit. This role requires a strong understanding of BIM workflows and how to use software features to facilitate collaboration, manage information, and reduce errors. This course provides specific instruction in collaborative tools including worksets, monitoring, data management, and clash detection, all of which are crucial for a Digital Construction Specialist who is looking to drive excellence in BIM processes.

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Architectural Project Manager

An Architectural Project Manager oversees the design and construction phases of architectural projects. This role will benefit by the course because it provides instruction on crucial skills involving BIM workflows, and in the management of project models. The course will also help in the effective execution of projects by providing instruction in using central and local models, worksets, and monitor tools. Furthermore, the project manager role requires effective communication between all stakeholders; the course helps build this capacity by providing insights into information management and the use of copy/monitor tools.

See salaries and explore the career path for Architectural Project Manager

Project Manager

A Project Manager is responsible for the planning, execution, and completion of construction projects, and a deep understanding of BIM collaboration is now often required. This course may be particularly useful for Project Managers who need to implement BIM standards and ensure smooth project execution. This role typically requires the coordination of multiple disciplines, effective management of project files, and communication between all stakeholders; the skills gained through this course in managing central files, local files, and worksets directly enhances this ability. A project manager can thus use their understanding of clash detection and information management learned in the course to reduce risks and enhance overall project outcomes.

See salaries and explore the career path for Project Manager

Construction Technologist

A Construction Technologist applies technical and scientific knowledge to assist in the planning, design, and management of construction projects. This course may be particularly helpful, as it provides instruction in the use of Revit's collaboration tools, which are essential for BIM-enabled construction projects. The course helps construction technologists understand how to manage central models, local models, worksets, monitor team collaboration, and review clashes. This knowledge will help them to reduce risks and errors in construction projects, improving project outcomes.

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MEP Engineer

An MEP Engineer is responsible for the mechanical, electrical, and plumbing systems of buildings. This course may be relevant to an MEP engineer since it covers model coordination within Revit, and the copy/monitor tool for coordinating fixtures and elements. A key part of this course involves addressing model coordination, which directly addresses the needs of an MEP engineer. The course additionally provides a learning experience in using interference check tools, which are useful for MEP engineers in detecting clashes between systems and other building elements, thereby ensuring project accuracy and efficiency.

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Structural Engineer

A Structural Engineer designs the structural framework of buildings and infrastructure. For a structural engineer working in BIM, this course may be useful, with its focus on collaboration within Revit, and its specific instruction on using copy/monitor tools to coordinate with architectural models. This is particularly relevant for ensuring the structural model is well coordinated. The course may also be valuable to a structural engineer through its treatment of clash detection and worksharing techniques.

See salaries and explore the career path for Structural Engineer

Architectural Designer

An Architectural Designer creates design documents and drawings for buildings. This course may be helpful for an Architectural Designer as it emphasizes collaborative work within Revit. This role requires proficiency in creating and managing model files, managing worksets, and utilizing tools for team collaboration, including copy/monitor tools to coordinate fixtures and elements. Learning how to use Revit to manage model files, worksets, and team collaboration tools helps an architectural designer contribute to a well-coordinated BIM project, leading to reduced errors and improved design processes.

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CAD Technician

A CAD Technician produces technical drawings and models using computer-aided design software. While a CAD technician will mainly use 2D software, this course may be useful for a CAD technician using Revit, as it will give them a deep understanding of collaborative BIM workflows. The course covers the management of worksets, monitor tools for team collaboration, and review of clashes, which are essential for a technician working in a BIM environment with Revit. This course helps a CAD technician to work more efficiently as part of a larger project team, and to better manage their files.

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Construction Estimator

A Construction Estimator analyzes project documents to prepare accurate cost estimates for construction projects. The skills taught in this course, particularly in the management of BIM files, worksets, and information sharing, may be useful to a Construction Estimator who needs to analyze complex project models. The course may also help with accurate cost assessments by making the estimator more proficient in using BIM. Knowledge gained in this course may be applied to better understanding the project’s scope, identifying potential clashes, and reducing risks associated with errors in project data.

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Facilities Manager

A Facilities Manager is responsible for managing the maintenance and operation of buildings. This course may be applicable to a Facilities Manager using BIM models. Although the course focuses on project management, the skills taught in managing complex BIM projects, including worksets, monitor tools, and file management, may be helpful to a facilities manager who wishes to use their BIM data. The course helps in improving the efficiency of data management and information flow within the facilities management team for projects that use BIM.

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Construction Inspector

A Construction Inspector ensures that construction projects are built according to design documents and specifications. This role may benefit from understanding how BIM models are managed in a project, including the use of central and local models, worksets, and team monitor tools. Although the course does not directly teach inspection methods, this knowledge helps inspectors identify potential issues arising from discrepancies in design documents and the model. Therefore, the skills developed through this course may lead to improved performance.

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Revit Collaboration with ISO 19650

BIM Project Management

What's inside

Learning objectives

Syllabus

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Reviews summary

Revit bim collaboration with iso 19650

Activities

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