Architecture SCI-Arc 2014 – 2017

SCI-Arc
Architecture Portfolio

Selected studio work from the Southern California Institute of Architecture. 3.5 years of design research spanning form, material, program, and urban context.

SCI-Arc, Los Angeles
2014 – 2017
M.Arch 1
Rhino · Maya · AutoCAD · Illustrator
Thesis project exterior render — Los Angeles site

Cuts, Implied Volumes, Surfaces

Los Angeles · Mixed-use civic program · Advisor: Kristy Balliet

A thesis built around subtraction as a generative act. The architecture emerges through cuts — surfaces implied by what is removed rather than what is added. Program is organized around a central atrium system that distributes light and circulation through layered, overlapping voids.

The site sits at the intersection of two dominant urban geometries, and the building negotiates between them through a series of diagonal cuts that activate both street frontages while creating a compressed interior field of transparency and reflection.

Site axonometric — thesis project in urban context, Los Angeles

Site axonometric. The building straddles two street grids, using diagonal cuts to activate both frontages.

Physical model — interior view through arch, pink mesh panels and staircase
Interior model view through oval aperture — layered acrylic and gold

Physical model. Pink perforated mesh panels, gold acrylic floor plates, magenta structural columns. The aperture frames the interior as a series of overlapping transparent layers.

Street-level render — thesis building, glass cutaway revealing interior program, magenta column

Exterior render. The cut geometry creates legible interior volumes visible from the street — program announced through the skin.

"The cut is not a wound. It is the condition that makes the volume legible."


Coy Howard Studio — Cultural Building

Los Angeles · Coy Howard Studio · V-Ray renders

A cultural building sited on a triangular lot in Los Angeles, designed in Coy Howard's studio. The project works with the tension between a striated, horizontally banded facade and the curved, organic interior program — brick and metal exterior against warm wood and exposed structure within.

Exterior render — dark brick and curved metal canopy against sunset sky

Street-level exterior render. Dark brick facade with stacked curved canopies, V-Ray.

Side elevation render — stacked curved volumes against pink sky
Detail render — stair cascade and facade texture at sunset

Side elevation and stair detail. The striated facade reads as both surface texture and structural rhythm.

Interior render — gallery space with pendant lights, red columns, and plaster walls
Interior detail — sculptural undulating ceiling system, close-up

Interior renders. Gallery space with pendant lights and red columns; sculptural ceiling detail — undulating forms in glass and wood.


Form Studies — Cuts and Implied Volumes

Los Angeles · Rhino form research · Blush pink renders

A series of form studies exploring how cuts through curved volumes generate implied interior spaces. Each iteration was modeled in Rhino and rendered as a blush pink object — the uniform color removes material distraction and forces the read to be purely about geometry and shadow.

Top-down plan render — building in grey urban context, vivid pink and purple volumes across triangular site

Top-down plan view. The building explodes across the triangular site — pink, purple, and yellow program against grey city fabric.

Aerial site render — two buildings in white city context with pink, black, and yellow facades

Aerial site render. Two building masses straddling the freeway — patterned facades in pink, black, and yellow against white city context.

Blush pink form study — overlapping curved volumes with interior shadow

Form study. Overlapping curved volumes cut to reveal interior space — geometry legible only through shadow and edge.


Massing Study — Powder Print Model

Los Angeles · Form development · Rhino + powder print

Massing constructed in Rhino and output as a powder-printed physical model. The process allowed for a level of geometric complexity — compressed program units, shifted volumes, irregular aggregation — that would have been impractical to build by hand. Three views reveal how the same object reads entirely differently depending on orientation.

2GA physical model — top view, white powder printed massing
2GA powder print model — front elevation view
2GA powder print model — three-quarter view showing mass and shadow

Powder print model, three views. Massing built in Rhino, fabricated via powder printing. The irregular form reads as both plan fragment and sculptural object.

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