DDA Week 7 Lecture & Practical - 05-03-2026
- utechcsa
- 6 days ago
- 4 min read
DDA Class Recap – Revit Tags, Schedules & Documentation Standards
This session focused on Revit documentation workflows, particularly schedules, tags, and annotation standards. We also addressed software access issues and demonstrated several advanced features that help produce professional drawing packages.
Below is a structured overview of the key topics covered in the recording.
1. Revit Software Access & Autodesk Accounts
At the start of the session, several students reported issues accessing Revit and AutoCAD after their trial licenses expired.
Key points discussed:
Access to Autodesk software will be provided using UTEC email accounts
Students should sign in using their institutional email credentials
Some students have already been granted access through the Autodesk Construction Cloud (ACC) platform
If verification emails are not received, students should check their spam or junk folders
Autodesk is gradually transitioning parts of its ecosystem from ACC to Autodesk Forma
Students who still have access issues should send their Autodesk sign-in information to the instructor so they can be added to the system.
2. Introduction to Schedules and Legends in Revit
The main focus of the lecture was data organization in Revit through schedules.
Schedules allow architects to extract information directly from the BIM model and automatically generate documentation tables.
Examples discussed included:
Room schedules
Door schedules
Material takeoffs
Site information schedules
Key schedules
These schedules help ensure data consistency and accuracy because they are parametrically linked to the model.
However, it was emphasized that while Revit can generate precise quantities, human oversight is still required, especially when considering construction tolerances and real-world conditions.
3. Creating and Formatting Revit Schedules
A live demonstration showed how to build and format schedules within Revit.
Key techniques included:
Adding and Editing Fields
Students learned how to add parameters such as:
Room area
Room perimeter
Room volume
Wall, floor, and ceiling finishes
Unnecessary fields can be hidden to simplify the schedule layout.
Sorting and Grouping Data
Schedules can be organized by:
Room number
Level
Door type
Material type
Grouping helps make large schedules easier to read and allows architects to calculate totals automatically.
Improving Schedule Readability
Several formatting techniques were demonstrated:
Using wide lines for headings
Striping rows for readability
Grouping related information
Maintaining consistent text formatting
Applying view templates for consistent styling
These small formatting decisions significantly improve the professional quality of drawings.
4. Room Schedule Customization
Room schedules were explored in greater detail.
Students were shown how to:
Include room finishes
Display area, perimeter, and volume
Calculate totals
Group rooms by level
Show upper limits for double-height spaces
The goal is to create schedules that communicate complete room information clearly and efficiently.
5. Door Schedule Enhancements
Door schedules were also discussed as part of the documentation package.
Recommended fields include:
Door type mark
Door height and width
Material descriptions
Door counts
Images of door types (optional but useful)
Students were reminded to remove unnecessary fields and keep the schedule concise.
6. Creating Multi-Category Tags in Revit
One of the key demonstrations involved creating custom multi-category tags.
This was done live while assisting a student with tagging issues.
The process included:
Creating a new multi-category tag family
Adding labels and parameters
Adjusting text size
Aligning leader lines
Loading the tag into the project
Multi-category tags allow users to tag multiple element types with a single tag family, making documentation more efficient.
Students were reminded to maintain consistent tagging practices across their drawings.
7. Editing Parameters and Units
Another demonstration covered editing parameters within families and schedules.
Examples included:
Changing type names and descriptions
Editing cost parameters
Adjusting currency settings
Modifying unit formats
Understanding parameters is essential because Revit relies heavily on parametric data relationships.
8. Annotation Groups and Detail Components
The session also introduced grouping annotation elements in Revit.
Students were shown how to create groups for:
Construction details
Annotation sets
Repeated drawing elements
An example included creating a group for an eave detail and placing instances of the group within viewports.
This helps maintain consistency and efficiency when documenting repetitive elements.
9. Construction Detailing and ICF Systems
During the discussion on construction details, examples were shown from real projects, including Insulated Concrete Form (ICF) construction.
Students were encouraged to research the QuadLock system, which is commonly used in ICF wall construction.
This reference will help students better understand how construction systems translate into architectural details.
10. Drawing Documentation Standards
The class reviewed several elements that should appear in a complete drawing package.
These include:
Key plans
North arrows
Legends
Schedules
Callout tags
Grid lines
Revision information
Students were also shown an example of a room data sheet that included:
An enlarged plan
Elevations
Schedules
A QR code linking to a 3D Autodesk A360 model
These components help make drawings clear, informative, and professionally organized.
11. Image Handling and Documentation Practices
Students were advised to link images rather than insert them directly into Revit whenever possible.
Benefits include:
Smaller file sizes
Easier updates
Better model performance
The importance of saving work frequently and maintaining backups was also emphasized.
12. Assignment and Documentation Requirements
Students were reminded that their project packages should include:
A title page with project information
A symbol legend
A 3D view
Schedules and legends
At least one fully detailed sheet
Where possible, students may also enhance their documentation with QR codes linking to 3D views.
Next Steps for Students
Before the next class, students should:
Complete the Miro class activity
Create schedules similar to the demonstration
Add project address information to their Revit model
Update room heights and base offsets
Include key plans, north arrows, and tags on enlarged plans
Create room schedules and material schedules
Format schedules for clarity and consistency
Review previous class recordings and blog posts
Students are also encouraged to explore additional Revit scheduling tutorials to reinforce the concepts demonstrated in class.