ADAM BARRETTUNIVERSITY OF TEXAS AT AUSTIN

REVIT WORK SAMPLES

AUSTIN AMTRAK STATIONSECTION PERSPECTIVE

This is a “design graphic” representation of my proposal for a new Aus-tin Amtrak station. All of the work was done in Revit with some added layering in adobe.

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1.) Steel Reinforced Concrete Slab2.) Curtain Wall Mullion3.) Dual Pane Low-e coating curtain wall4.) 24” Open Web Steel Joist5.) 21” Open Web Steel Joist6.) Air Duct7.) Air Supply8.) 1/4”(rad) Steel Tension Cable9.) Eyehole Cable connection10.) Louver11.) 1/4”(rad) Steel rod (Louver Assembly)12.) Steel Stud (Louver Assembly)13.) 6” Fiberglass Batt Insulation14.) 1” Gypsum Board15.) 4” Air Space16.) Brick Masonry17.) Copper Flashing18.) CMU Masonry19.) 3” Steel Decking20.)6” Steel Floor Joist21.) 4” Concrete Slab22.) 1/2” Folded Plate Moment Frame23.) 1/2” Folded Steel Plate Roof24.) Welded Steel Plate and Joist Hanger25.) Concrete Light Box26.) W 12x36 Column27.) Aluminum Gutter28.) Air Return29.) Wood Studs30.) Vapor Barrier31.) Argon Filled Air Gap32.) Cast-Concrete Footing33.) Gravel34.) Roof Membrane35.) Drain Pipe36.) Air Grate37.) Rigid Board Insulation38.) Galvanized Steel Panel39.) Metal Tie

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AUSTIN AMTRAK STATIONDETAIL SECTION

This section detail was also created in Revit, but conveys very different information from the first drawing I’ve presented. All of the structual systems are visible, as well as the layers of each wall’s construction. Within the Revit model itself, all of the structural and facade systems are custom families, built from the ground up using nested components and then assembled together in the project environment

Structural SystemPrimary - Hybrid Folded Steel Plate Rigid FrameSecondary - 45’ span OWSJ (24” deep, 40‘ o.c.)Tertiary - 40’ span OWSJ (21” deep, 15’ o.c.)Quaternary - 15‘ span Steel Floor Joists (6” deep, 4’ o.c.)

CompressionTension

Moment Resistance

AUSTIN AMTRAK STATIONSTRUCTURAL DIAGRAM

This simple force diagram stripps away wall and ceiling surfaces to reveal the skeleton of the building underneath. Each component within this drawing was created from the ground up in Revit.

JMP KING’S CROSS ADDITIONBUILDING ANALYSIS

The goal of this project was to analyze an existing project through Revit. Everything was created from scratch in Revit using only photos of the building as a reference. This was both an exercise in learning how to recreate complex structures within Revit and creative problem solving.

JMP KING’S CROSS ADDITIONPlan + Section

SYMBIOTE THEATER PROJECTSection Perspectives + Plans

The graphic style for this project used very straight-forward line work with color used very sparingly. These plans and section perspectives were generated out of a 3D revit model, which has a hybrid of mass families constructed in other programs and custom families built in the revit environment.

AUSTIN GREEN BUILDING OFFICESPerspectives + Plans

This project represents my first foray into the Revit software. Everything was constructed using Revit’s built in families for things like curtain walls and wooden louvers. At this point, I’d had no formal training in Revit, but the skills I learned from trial and error during this project have stuck with me to the present day.

NURB CURVE MASSPerspectives

This project introduced the concept of creating very complex forms outside of Revit, importing them, and further editing them within the Revit environment. The assignment also involved using Revit to generate plans and sections.

COMPONENT PAVILIONPerspectives

This was an early, assignment-driven project that involved modifying existing revit families within the mass editor, and then applying those components to form the roof and wall of a pavilion.

BLUEBONNET MULTI-USE HOUSING COMPLEXPerspectives + Plans

This project was created using a hybrid of Revit and McAffee’s Rhino 3D. Components were exported from Rhino and into Revit, where I assembled and rendered them. Using each software in the context of the other helped me become more efficient with 3D modeling in both.