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Steve Clancy

Autodesk Revit – For the Beginner user, bringing them right up to an advanced level.

Here are five professional outcomes or skills that you can expect to gain from this course:

1. Proficiency in Autodesk Revit: You will develop a strong understanding of the software's interface, tools, and functionalities, enabling you to efficiently navigate and utilize Revit for various architectural, engineering, and construction projects.

Read more

Autodesk Revit – For the Beginner user, bringing them right up to an advanced level.

Here are five professional outcomes or skills that you can expect to gain from this course:

1. Proficiency in Autodesk Revit: You will develop a strong understanding of the software's interface, tools, and functionalities, enabling you to efficiently navigate and utilize Revit for various architectural, engineering, and construction projects.

2. Building Information Modeling (BIM) expertise: The course will equip you with comprehensive knowledge of BIM principles and practices using Autodesk Revit. You will learn how to create and manage intelligent 3D models, incorporating architectural, structural, and MEP (mechanical, electrical, and plumbing) systems.

3. Project Collaboration and Coordination: You will learn how to collaborate effectively with other professionals involved in a project. You will gain insights into sharing and linking Revit models, coordinating design changes, and managing conflicts through effective communication and collaboration workflows.

4. Advanced Modeling and Visualization Techniques: The course will cover advanced modeling techniques, including creating parametric families, using advanced geometry tools, and implementing advanced visualization methods such as rendering, walkthroughs, and flyovers. You will learn how to enhance your design presentations and create visually compelling representations of your projects.

5. Documentation and Construction Documentation: The course emphasizes the importance of accurate and comprehensive documentation in the design and construction process. You will learn how to generate construction drawings, schedules, and other essential documentation directly from the Revit model, streamlining the documentation process and ensuring consistency and accuracy throughout the project lifecycle.

These outcomes and skills will enable you to confidently apply your knowledge of Autodesk Revit across various industries, enhancing your professional capabilities and career prospects.

Course content

First, I will guide you through the installation process, ensuring you have installed the correct library and region template. I will be using the UK Metric library and templates but don’t worry if you want to use another. All the processes will be the same and if I use a component from the UK library that isn’t available in your library, I will always suggest one for you.

As with BIM, you work solely on one single project, so I have constructed this course in the same way.

If you do not have previous experience with Revit or any CAD-based software, don’t worry. I will start off from the beginning building you up to be more than capable of creating your own Revit models.

The course will start off by giving a brief introduction to the fundamentals of a building, what BIM is, and then moving onto the basics of Revit; from the terminology that Revit uses to the tools and interface.

We will then begin to build on our projects, introducing a new tool and feature as we progress.

Adding in the datum elements, such as the levels and grids.

Structural components, such as the Structural and Architectural columns

Major and Minor Components like the; walls, windows, doors, floors, stairs, ceilings, curtain walls, and roofs.

We will then take it to the next level and learn how to create 2D details, how to tag the components, create schedules & legends, material takeoff sheets, create custom materials, and annotation styles, and create render images and video walkthroughs.

Projects that we will create:

- Single-storey house,

- Two-storey house,

- Structural frame,

- Conceptual mass,

- Table & Door families,

- Door, wall, and floor tags,

- Worksharing model,

- Design option layouts,

- Phasing project,

- Linked projects,

- Topography site layout,

Then, we will set up our sheets and send them to print.

As a recap, I have added 3 quizzes with 68 questions to test your knowledge. This won’t affect your final certificate but will refresh what you have just learned.

Once you complete the course, why not test out your new skills by taking the final exam, consisting of 40 questions.

Finally, I continually update this course to keep it up to date with the new releases as well as add new videos.

I look forward to seeing you in class.

Enroll now

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What's inside

Learning objectives

  • Proficiency in autodesk revit
  • 11 different projects! now with imperial notes!
  • Building information modeling bim expertise
  • 1 final exam with 40 questions, 3 quizzes with 68 questions, 37 downloadable files.
  • Documentation and construction documentation
  • This course is available to download for offline use.
  • Project collaboration and coordination
  • When you complete this course you will have the skills and knowledge to take a project from start to finish and become a confident revit user.
  • Advanced modeling and visualization techniques
  • 2024 & 2025 updates added!

Syllabus

Introduction
Introduction to the course
Video Quality
About your trainer
Read more
Understanding the terminology and BIM
**DO NOT SKIP** Template and Library install files
2023 & previous - How to correctly download and install the software
2024 & 2025 - How to correctly download and install the software
2025 - How to download the Template and Library files

Subject: Upgrading the Revit file to your version

Dear Students,

I hope you're all doing well in your Revit studies!

I wanted to provide a quick guide on how to upgrade the Revit files I've provided that are saved in an earlier version. The reason for this is to ensure that all students, regardless of their Revit version, can access and work with the file.

Like some design software programs, Revit does not allow older versions to directly open files created in the newer version. Hence, I've saved the file in an earlier version, which is compatible with all Revit versions from 2018 upwards.

To upgrade the file, follow these simple steps:

1. Locate the Revit File: First, locate the Revit file that I've provided in the Files to Share folder.

2. Open the File: Double-click on the Revit file to open it. If you're using a newer version, Revit will recognize that the file was created in 2018 and prompt you with a message.

3. Upgrade the File: When prompted by Revit to upgrade the file, simply click on the "Upgrade" option. Revit will take care of the rest, ensuring that the file is compatible with your version.

4. Save the Upgraded File: After the upgrade is complete, save it immediately with a new name.


By following these steps, you'll have successfully upgraded the Revit file to a version compatible with your software. If you encounter any issues during this process or have any questions, please feel free to reach out to me, and I'll be happy to assist you.

Remember, keeping your software and files up to date is essential for a seamless collaborative learning experience. I appreciate your attention to this matter and look forward to seeing your progress in the course.

Establishing our skills
2024 & 2025 Updates
Beginning with the interface
Setting up the project
Modeling Walls
Modification tools
Datum Levels
Quiz 01

A recap quiz of what we have just covered.

Beginning our first project
Setting up our first project
Door component
Window component
Modeling a floor by boundary
Modeling a roof by footprint
Modeling roof by extrusion and work planes
Roof construction
Basic principles of the structure
Quiz 02
Creating the main project
Starting the main project
Creating the project wall type
Stacked walls
Adding the new wall type
Adding the roof type
Adding doors and windows
Modeling curtain walls
Adding floors to the project
View range
Modeling a ceiling by boundary
Section box and displace element
Placing stair by component
Modeling stair by sketch
Modeling railings
Conceptual mass
Applying conceptual mass to the project
Working with families and parameters
In-depth creation of a family
Creating materials
Modeling the site and topography
2024 - Modeling the site using Toposolid
2024 - Toposolid Foundations
Finalising the project
Advancing the project
Annotation
Annotation Tags
Area plans
Creating elevations for building documentation
Creating a section view for building documentation
Creating a Callout for building documentation
Creating a 2D Render
Sun Settings and Shadows
Generating a video walkthrough
Creating schedules for building documentation
Creating a material takeoff sheet
Creating a door and window legend
Working with sheets
Setting everything up for print
Linking files (Updated for 2024 & 2025)
A recap quiz of what we have just covered.
Project management
View Templates
Project Templates
Project Phasing
Design Options
Worksharing without the cloud or a server
Worksharing on the cloud or server
Final Exam
Resources

Test your new skills!


There will be a total of 40 questions, with a mix of theory and practical questions.


The theory questions will be multiple choice.


The practical questions will all be based on the same project, please download the file to answer the questions.

The practical questions will ask you carry out a task in the file and relay that information. For example, move a couch in a particular direction and then using the measurement tool, measure from the face of the couch to a particular wall.

Congratulations!
Autodesk AutoCAD: Beginner to advanced level
Autodesk Revit: Beginner to intermediate level

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Provides a comprehensive understanding of BIM principles and practices using Autodesk Revit, which is essential for professionals in architecture, engineering, and construction
Starts with the fundamentals of building and BIM, then progresses to the basics of Revit, including terminology, tools, and interface, which builds a strong foundation
Covers advanced modeling techniques, such as creating parametric families and using advanced geometry tools, which enhances design presentations and project visualizations
Teaches effective collaboration with other professionals, including sharing and linking Revit models, coordinating design changes, and managing conflicts, which are crucial for project success
Emphasizes accurate and comprehensive documentation, teaching how to generate construction drawings, schedules, and other essential documentation directly from the Revit model
Requires users to upgrade the Revit files provided if they are using a newer version, which may cause slight inconvenience for some learners

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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 Autodesk Revit - Beginner to Advanced level with these activities:
Review Architectural Terminology
Familiarize yourself with common architectural terms to better understand the course content and Revit's interface.
Browse courses on Architectural Design
Show steps
  • Find a glossary of architectural terms online or in a textbook.
  • Review the definitions of common terms like 'facade', 'elevation', 'section', 'plan', and 'soffit'.
  • Create flashcards or a quiz to test your understanding of the terms.
Review 'Architectural Graphics' by Francis D.K. Ching
Study architectural drawing conventions to improve your ability to create and interpret Revit models and documentation.
Show steps
  • Obtain a copy of 'Architectural Graphics' by Francis D.K. Ching.
  • Review the chapters on orthographic projections and axonometric projections.
  • Practice creating simple architectural drawings using the techniques described in the book.
Model a Simple House in Revit
Practice using Revit's basic modeling tools by creating a simple house model from scratch.
Show steps
  • Find a simple house plan online or in a book.
  • Create a new Revit project and set up the levels and grids.
  • Model the walls, doors, windows, and roof using Revit's basic modeling tools.
  • Add furniture and fixtures to the model.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Create a Revit Family Tutorial
Deepen your understanding of Revit families by creating a tutorial for other students.
Show steps
  • Choose a simple Revit family to create, such as a table or a chair.
  • Record a video tutorial showing how to create the family from scratch.
  • Upload the video to a platform like YouTube or Vimeo.
  • Share the video with other students in the course.
Review 'Mastering Autodesk Revit' by Robert Yori
Expand your knowledge of Revit's advanced features and workflows by studying a comprehensive guide.
Show steps
  • Obtain a copy of 'Mastering Autodesk Revit' by Robert Yori.
  • Review the chapters on advanced modeling techniques, such as creating parametric families and using advanced geometry tools.
  • Experiment with the techniques described in the book by applying them to your own Revit projects.
Contribute to a Revit Open Source Project
Enhance your Revit skills and collaborate with other professionals by contributing to an open-source Revit project.
Show steps
  • Find an open-source Revit project on platforms like GitHub.
  • Review the project's documentation and identify areas where you can contribute, such as bug fixes, new features, or documentation improvements.
  • Submit your contributions to the project following the project's guidelines.
Design a Building and Create Construction Documents
Apply your Revit skills to a real-world project by designing a building and creating a complete set of construction documents.
Show steps
  • Choose a building type to design, such as a house, an office building, or a school.
  • Create a Revit model of the building, including architectural, structural, and MEP systems.
  • Generate construction drawings, schedules, and other essential documentation from the Revit model.
  • Present your design and documentation to other students or professionals for feedback.

Career center

Learners who complete Autodesk Revit - Beginner to Advanced level will develop knowledge and skills that may be useful to these careers:
Architectural Drafter
An Architectural Drafter creates technical drawings for building projects, and this course provides the essential skills for this role. This course directly teaches the use of Autodesk Revit, a core software used in architectural drafting. With a focus on building components, 2D details, and construction documentation, the course is a great source of skills and knowledge for those who wish to be an architectural drafter. By the end of this course, you will be able to produce the type of drawings and documents used in architectural projects.
BIM Modeler
A BIM Modeler is responsible for creating and managing 3D models of buildings, and this course is especially useful for such a career. The course's emphasis on BIM principles and practices using Autodesk Revit allows you to adeptly create and manage intelligent 3D models, incorporating architectural, structural, and MEP systems. Through hands-on projects focusing on creating elements such as walls, windows, and roofs, you will gain a deep understanding of a BIM modeler's day-to-day tasks along with the coordination and collaboration required for BIM projects. Those looking to become a BIM Modeler will find this training highly relevant.
Architectural Designer
An Architectural Designer creates building designs and detailed plans, and this course directly prepares one for that task. The course's focus on Autodesk Revit, a key tool in architectural design, allows you to efficiently draft, model, and visualize designs. Understanding the software's capabilities for creating parametric families and advanced geometry helps build the skills required to create detailed and accurate architectural models. This course, by teaching how to generate construction documentation from Revit models, is particularly helpful for anyone seeking a start in the architectural design field.
CAD Technician
A CAD Technician uses computer-aided design software to create technical drawings, and this course provides an excellent entry point into the field. This course provides direct instruction in Autodesk Revit, which is a crucial skill for a CAD Technician. The course's coverage of 2D detailing and annotating components ensures that learners can produce the type of precise drawings expected in the profession. The experience of generating construction drawings, schedules, and other essential documentation using the software is also very important for a CAD Technician. This course helps build a robust set of skills for this career.
Virtual Design and Construction Specialist
A Virtual Design and Construction Specialist leverages technology to improve construction outcomes, and this course is an ideal starting point for such a career. This course develops proficiency in using Autodesk Revit for BIM, which is a primary tool in the profession. The course’s focus on advanced modeling techniques and visualization, including rendering and walkthroughs, makes you more effective in the virtual design process. Furthermore, the course’s instruction in project collaboration, worksharing, and linking projects are indispensable for successful virtual construction management. Those aiming for this career will find that this course provides a great base.
Construction Project Coordinator
A Construction Project Coordinator manages project documentation and communication, making this course a practical stepping stone into the field. This course provides insights into project collaboration using Autodesk Revit. Learning how to share and link Revit models, coordinate design changes, and manage conflicts directly aligns with the requirements of a project coordinator. The course's emphasis on generating construction drawings, schedules, and material takeoff sheets is also essential for documenting and tracking project progress. A person aspiring to the role of a Construction Project Coordinator will find that this course builds a strong foundation in digital construction tools.
Design Technology Specialist
A Design Technology Specialist supports the adoption and use of technology in design firms, and this course is directly applicable to the career. This course uses Autodesk Revit for Building Information Modeling, which is a critical tool in modern design. The course's coverage of advanced modeling techniques, project collaboration, and documentation aligns with the responsibilities of a design technology specialist. This course provides a great overview of the design process to those in support roles.
Interior designer
An Interior Designer plans the look and feel of interior spaces, and this course can aid in visualizing and documenting designs. While interior designers may not regularly use all features of Autodesk Revit, they can use its modeling and visualization capabilities to present their ideas. The creation of 2D details, annotation styles, and rendering skills taught in this course enhance the presentation of interior design concepts. Those who take this course have a leg up in the use of digital tools for design..
Project Engineer
A Project Engineer supports the technical aspects of a construction project, and this course may be beneficial for those wanting to enter this field. This course helps you to understand the process of generating construction drawings, project schedules, and material takeoff sheets. In addition, understanding how to collaborate on and manage project models can be an asset. Project Engineers can gain a better understanding of the digital tools used in construction through this course. This particular course may provide insight into the workflow between design and construction.
MEP Coordinator
An MEP Coordinator manages and coordinates the mechanical, electrical, and plumbing components of a building project, and this course may be useful for those looking to enter the field. While this course focuses primarily on architecture, experience with creating and managing intelligent 3D models, including MEP systems, can be useful. This course in particular may be helpful for understanding model integration within a broader project. This course may provide a practical introduction to how design changes are managed for those pursuing a career as an MEP Coordinator and would like a foundation in BIM.
Facilities Manager
A Facilities Manager oversees the maintenance and operation of buildings, and this course may be beneficial for those aspiring to this career. While not directly related, this course provides knowledge of building systems through modeling and documentation. Learning how to create and manage building models, plus generating schedules and material takeoff sheets, can give a Facilities Manager a better understanding of a building’s components and how to assess them. Those in facilities management might find this course helpful.
Construction Estimator
A Construction Estimator calculates the costs of building projects, and this course may be of some use in relation to that career. This course teaches learners how to create schedules and material takeoff sheets directly from Revit models, which are very useful for an estimator. While this is not the primary focus of the job, having experience with how a BIM model is structured may contribute to improved estimates. Those in construction estimation may find this course valuable.
Urban Planner
An Urban Planner develops plans for land use and development in urban areas, and this course may be useful in the process of creating those plans. This course provides instruction in the use of Autodesk Revit for creating topography, site plans, and conceptual models. Urban planners are typically more focused on the larger scale of a city or community, but experience with BIM tools could allow for enhanced visualization of a plan. This course may be useful for urban planners who want to explore digital design tools.
Structural Engineer
A Structural Engineer designs and analyzes the structural integrity of buildings, and this course may be useful for those in the field. While the course is centered around architectural design, it does include the modeling of structural components. The course provides a good introduction to Building Information Modeling and how the various aspects of building design all work together. Those who are structurally focused may find this course helpful to understand the practical digital tools used in the field.
Real Estate Developer
A Real Estate Developer oversees the development of properties, and this course may be useful for a professional looking to improve their skills. While this course does not focus on real estate development, it does provide a practical understanding of Building Information Modeling and the processes used in design. A developer may find that this course will familiarize them with the types of models and documents that are used in the field. This course may help a developer better understand the design and construction aspects of a project.

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 Autodesk Revit - Beginner to Advanced level.
Comprehensive guide to Autodesk Revit, covering a wide range of topics from basic modeling to advanced techniques. It is particularly useful for students who want to delve deeper into Revit's capabilities and learn how to use the software for complex projects. The book includes detailed explanations, step-by-step tutorials, and real-world examples. It is commonly used as a textbook in academic institutions and by industry professionals.
Provides a comprehensive overview of architectural drawing conventions and techniques. It is particularly useful for understanding how to represent 3D building designs in 2D drawings, which is essential for creating construction documents in Revit. The book covers a wide range of topics, including orthographic projections, axonometric projections, and perspective drawings. It serves as a valuable reference for both beginners and experienced architects.

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