
Learn building terminology and how Revit uses project files, elements, categories, families, and types. Explore how BIM coordinates a 3d model across plan, design, build, operation, and maintenance.
Download and install Autodesk Revit for 2024 and 2025, create an Autodesk account for a 30-day trial, review system requirements, and configure the metric templates and UK English libraries.
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.
Explore the Revit interface from the start screen, using the architectural template and templates. Navigate with the properties palette and project browser, and work with 3D views.
Configure project standards, including units and discipline, for a Revit project. Enter identity data, geo locate the site, set true north, and establish a starting view stored in a template.
Create and name datum levels across elevations, attach walls to them, and use plan views, offsets, and elbows to keep text legible; reuse create similar and copy to speed setup.
Set up your Revit project by creating external and internal walls with height constraints, align and adjust using temporary dimension, and explore 3D and elevation views to refine the model.
Model a floor by boundary in Revit using boundary lines and pick walls. Align the floor core with wall cores, then offset to create a footpath.
Explore how to create a roof by extrusion in Revit, using work planes, elevation views, and a section view to position the roof and attach profiles, text, and guides.
Begin a two-story house in an architectural template, place grid lines and levels, and learn wall types, including stacked walls, with concrete columns wrapped by architectural columns.
Create and customize a wall type in Revit by duplicating an existing wall, editing the assembly, and configuring layers, materials, and wraps for accurate core boundaries.
Use the section box to view inside the building and, with the wall displace gizmo, pull walls or the roof along the green, red, and blue axes, then reset.
Apply conceptual massing in place to create an external surround, using reference lines and voids, then cap with a bespoke roof and adjust an offset of 5 millimetres.
Create and customize a Revit family by defining parameters, assigning reference planes, and locking geometry, then load types like coffee table and dining table into a project.
Finalize the housing project in Revit by applying aluminium dark material to windows and curtain walls, tidy wall geometry, and add a balcony with final renders.
Learn to create area plans in Revit, including gross building, gross internal, and rentable areas. Define boundaries, adjust lines, and tag areas to generate accurate floor-area results.
Learn to create technical elevations in Revit by refining crop views, applying earth hatch, adjusting line weights, using depth cueing, and adding spot elevations, leaders, and tags across all elevations.
Create construction ready callout views in Revit to illustrate wall junctions, add masking regions and hatch fills, and reuse repeating detail components for precise drafting views.
Learn to create and customize schedules in Autodesk Revit, including room, door, and window schedules, by selecting categories, choosing fields, applying filters, sorting, formatting, and exporting to Excel.
Create a door and window legend in an elevation view, populate it with legend components, apply scale 1:20, and annotate with finished floor level, dimensions, and labeling for manufacturing.
Link and manage AutoCAD and Revit files to coordinate site geometry, choosing link vs import, aligning topo with survey points, and configuring project north and true north.
Learn to manage project phasing in Revit by assigning elements to existing or new construction, switching phases, and using phase filters to visualize demolished and proposed work. Create and compare existing and proposed views, demonstrate demolitions, demolish tools, and build extensions with accurate phase transitions.
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!