ARCH 20101 Portfolio Noah Jock

Architecture Design Portfolio Noah Jock

Kent State University CAED 2024–2025

The Snow Scroll............................................................................................................................................5 ARCH 10102 - SPRING 2025 Material Organization...............................................................................................................................11 ARCH 10102 - SPRING 2025

Spatial Movement.......................................................................................................................................17 ARCH 10102 - FALL 2024

The Snow Scroll Observing Snow Rollers

ARCH 10102 - First Year Design Studio II Instuctor- Kathryn Strand 4

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Cuyahoga Valley, OH, AI blended for surreal terrain (bottom right). Introducing phenomenon Snow Rollers (top right).

Circulation persepctive from entry point, observing the snow rollers. Examining the threshold identities though the varying thickness of framework.

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1/4” Section of Observatory (top), 1/4” Plan integrated in site (middle), 1/16” Section cut (middle-right), 1/16” Elevation of site plan (bottom).

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Paneling creates open spaces with more volumetric framing to emphasize thresholds that can observe the snow rollers.

Varying thicknesses show where structural framing absorbs into a boundary and/or space that holds the thresholds.

Half-piping of the terrain emphasizes the circulation of the snow rollers that give a valley for skiers and the rollers to follow upon.

The snow rollers are held stationary when skiers are prepared to follow the trail.

Material Organization

ARCH 10102 - First Year Design Studio II Instuctor- Kathryn Strand

Continous thresholds created from splices of door frames.

Rotating thresholds derived from a tripodal system, with vertical orientation.

Door component studies of individual thresholds derived from volumetric splice identities.

Spatial Movement Study of Voids and Aerodynamics

ARCH 10102 - First Year Design Studio I Instuctor- Mika Ito

Study of Streamlines and Airfoils (right). Section cuts (bootom and top left) and plan view of Voided Spatial Machine.

Multi-piped streamlined airfoils, study of voided surfaces and continuous surfaces.

Study Model exploring voided spatial conditions, colors emphasizing varying thicknesses.

Study model exploring different geometric shaped voids to create continuous airflow.

Thickness of framing intends a lighter mass as the black represents solid space for an intended heavier mass. (Top side of machine)

The darker surfacing shows the areas in which solid volume should be distributed, as the white holds light framework. (Bottom side of machine)

Blue represents glass that is used to study how a volumetric machine extracts continuous void space.

Triangular pieces represent solidified framework used to construct a physical iteration The curvature in the surfacing exaggerated possible void spacing that could interpret light mass to the machine

The repetition of white frame gives the nose of the machine a heavier mass, emphaszing two separate volumetric surfacing.

Geometric sectioning creates a comprehendable framework that could easily be replicated.