The Attention System
The Stitch
The Learning Farm
Coldsprings Cidery
Train of Thought
Tool &/ Weapon?
Metacity
Village Lounge of Shangcun
Theory
Image Space
Residual Spaces
Vision & Void
Elements
Beam
Lamp
Wall
Object
Experiential
Boucheron: From Paris to New York
Tory Burch: NYFW FA2024
The Art of Life: Mawangdui Han Tombs
Rippling
Mindscape
Refusing Refuse
Macbeth: Dagger In The Mind
Rule of Thirds
Ricardo Bofill
Japanese Macaque
Expressions
Masters of Architecture Thesis
Instructors: Manuel Bouzas Barcala & Iroha Ito
Cornell University Department of Architecture | Fall 2025
Media saturation multiplies vantage points, dissolves perceptual hierarchy, and challenges architecture’s ability to structure experience. In this condition, the pixel rivals the brick, and digital surfaces increasingly function as architectural material.
This thesis proposes the attention system: an operational framework for designing space through the calibrated coordination of vision, image, and spatial geometry, where image is not a mere representation of space, nor architecture the tangible execution of an image, but complementary forces shaping perception together.
Fashion scenography serves as a primary research lens, revealing how anticipation, presence, and memory are choreographed across physical and mediated environments.
Times Square is positioned as the epitome of this mediated condition and as a testing ground where the attention system is spatially examined.
Rather than resolving a single building, the thesis advances a method for constructing spatial presence and perceptual clarity within an image-dominated urban environment.
Trailer:
Unrealized Times Square:
Summer Nights
Fall Harvest
Winter Warmth
Site Analysis
Topo Section
Site Model Scale: 1/16” = 1’-0”
Program & Formal Dichotomies
public | private
intersect | interact
light | heavy
empty | filled
continuous | distinct
Floor Plan
Longitudinal Elevation + Section
Facade Section Details
Glue Laminated Timber Framing
Rammed Earth Structural Wall
Cross Section + East Elevation
Components
Material Processes
Sectional Model Scale: 1/4” = 1’-0”