
Develop a unitized curtain wall panel by examining plan, section, and elevation details, focusing on stack joint, transom marlin, and jump marlin (spitball) to create a repeatable, water-tight facade.
Explore the main unitized curtain wall panel parts, including split Malians, head marlin, seal marlin, stack joints, vision panel, and the opaque and spindle insulation areas.
Identify key curtain wall characteristics for Revit modeling, including a unitary, pre-assembled, pressure-equalized system with thermal separator, interlocking modules, and continuous structural silicone on glass.
Learn to sketch curtain wall details in bluebeam, define reference lines, and model glass and aluminum assemblies with soft joints, gaskets, insulation, and thermal breaks for watertight, well-protected edges.
Learn to transfer Bluebeam sketches into Revit by using reference lines and the intersection insertion point to outline curtain wall modules, glazing, and annotations with simple profiles.
Sketch the split mullion curtain wall detail in Bluebeam, defining module center line, the face of glass, panel depth, and 45-degree miters, with two legs and gasket alignment.
Name every detail to avoid confusion and keep plan details in a Revit family for mullion alignments; use reference lines and visibility to rotate and place split mullion details.
Explore transom mullion detailing in curtain walls and the kiss model. Review glazing chair, setting block, shadow box vents, and vapor barrier terminations.
Learn to detail a transom mullion in revit, translate marlin section details, and add shadow box and sealing locations, reinforcing that repeating drawings reveals the secret to great details.
Create repeating detail items for gaskets, nuts and bolts, and seals, then refine glazing chair and setting block to produce a realistic curtain wall detail ready for contractors.
Level up curtain wall detailing in Revit by repeating standard parts for efficiency, and address spindle panel condensation by converting vents to drainage near the transom.
Level up your curtain wall detailing in Revit by defining back-module joint line, gasket engagement, and the male–female module relationship to ensure two lines of defense against water and air.
Save curtain wall profiles as separate files to simplify modeling, then assign yes/no instance parameters to each detail and push the three-parameter family to a project.
Build curtain wall details in Revit by using reference lines to close gaps. Attach panels with embed, hook, and fist, and create a soft joint with fire saving.
Unitized curtain wall panels are pre assembled in the shop for repetition and planning, while stick systems rely on field assembly and on-site adjustments.
Design unitized curtain wall panels in Revit by assembling a complete panel family, establishing wireframe reference lines, and locking parametric joint sizes to streamline modeling and detailing.
Develop pattern recognition by distilling complex curtain wall details into visible mullion extrusions, then model them in Revit with a sweep anchored to reference lines.
Define a closed profile and push into the curtain wall panel family; use speech to generate the head's centerline and sweep, then repeat for the split marlin.
Model transom mullions, vision glass, and spandrel glass in Revit, aligning transfer modules and joints using bottom of marlin placement, reference lines, and extrusion profiles.
Explore using 2D profiles and the sweep method in Revit to create interesting curtain wall designs, shaping profiles with curves and rounded edges to extrude complex geometry and shading elements.
Test your curtain wall panel design in the project environment to verify that the parametric panel family works and delivers detailed elevations and graphics.
Generate stunning curtain wall drawings directly from the 3d model. Separate panel glass from vision glass, assign distinct materials, and add border and marlin lines to reveal modules and elevations.
Explore improving curtain wall sections in Revit by applying materials, controlling projection and cut lines with object styles, and embedding 2D details in 3D families for scalable drawings.
Test the alternative panel design with a transit modern to prove the workflow's power. Emphasize fundamentals—water control, air leakage, tolerances, movement, expansion—while noting limits of unionized panel methods.
Do you want to learn about the best practices used in detailing and modeling unitized curtain walls in Revit?
Let's arm you with powerful tactics and knowledge!
How are you going to feel after finishing the course?
Like a very technical architect
Knowledgeable about high-performance curtain wall systems
Ready to make impressive facade details
What kind of course is this?
This is a Zero to Hero guide for learning about unitized curtain wall systems and the (best) way they are detailed and modeled in Revit
The course and chapters are organized sequentially.
You need to follow the order to make the best out of step-by-step explanations.
There is plenty of technical information based on my work experience working in NYC.
Why learn from me?
I worked at architecture firms such as SOM, KPF, AAI, and Grimshaw.
I collaborated with engineers from TT, ARUP, GMS, and Heintges.
I did projects with contractors like Tishman, Turner, Enclos, Permasteelisa, Benson, W&W, AZA, and MCohen.
I was very lucky to learn from the best.
Now, I want to share my expertise with you ( leverage my +10 years of experience )
Part 1
Strategies for
Setting up work points and reference lines
Sketching details - stack joint, split mullion and transom mullion
Making technical details the right way
Preparing 2D details for 3D modeling
Part 2
Tactics for:
Making bulletproof models
Generating top-quality graphics
Leveraging 2D details in 3D models
Testing design options