Joseph Louis Flynn

Joseph Louis Flynn

Junior

B.S. Architectural Studies

SOPHOMORE

USC SCHOOL OF ARCHITECTURE

FRESHMAN

Architecture 102AArchitectural Design I>Amy Murphy>Lee Olvera4 Units

Architecture 114Architecture: Culture and Community>Yo-ichiro Hakomori, Ph.D>Aaron Bently2 Units

Architecture 105Fundamentals of Design Communication>Lee Olvera>Joe Sturges2 Units

FA 04

Architecture 102BArchitectural Design I>Amy Murphy>Li Wen, AIA4 Units

Architecture 214AHistory of Architec-ture>Diane Ghirardo, Ph.D4 Units

Writing 130 Analytical Writing4 Units

Math 108Introductory College Mathematics4 Units

SP 05

Architecture 202AArchitectural Design II>Paul Tang>Glen Fearon6 Units

Architecture 214BHistory of Architec-ture>James Steele, Ph.D4 Units

Architecture 213ABuilding Structures and Seismic Design>Goetz Schierle, PhD, FAIA 3 Units

Art History 120 Foundations of Western Art>Carolyn M. Malone, Ph.D4 Units

FA 05

Architecture 202BArchitectural Design II>Paul Tang>Kara Bartelt6 Units

Architecture 211Materials and Methods of Building Construction>Christoph Kapeller>Paul Tang3 Units

Architecture 213BBuilding Structures and Seismic Design>Goetz Schierle, PhD, FAIA 3 Units

Architecture 407Advanced Computer Applications>Karen Kensek3 Units

SP 06

Architecture 441A History of Archi-tectural Theory: 1400-1914>Diane Ghirardo, Ph.D3 Units

Architecture 215Design for the Thermal and Atmospheric Environ-ment>Marc Schiler3 Units

Architecture 270 Introduction to Archi-tectural Studies>Doug Noble, Ph.D2 Units

Architecture 440Literature and the Urban Experience>Diane Ghirardo, Ph.D4 Units

Anthropology 315 North American Indians4 Units

FA 06

Architecture 326 The Modern Movement in Architecture>James Steele, Ph.D4 Units

Architecture 526Professional Practice: Legal and Economic Context Project Documentation>Janek Tabencki Dom-browa3 Units

Writing 340Advanced Writing4 Units

Architecture 315Design for the Lumi-nous and Sonic Envi-ronment>Marc Schiler

SP 07

Arts and Letters 101Studies in Arts and Letters4 Units

InternationalRelations 101International Rela-tions4 Units

SU 07

Senior 1st-Year Grad 2nd-Year Grad

Masters of Architecture + Urbanism

Architecture 525 Professional Practice: Pre-Design, Project and Office Administra-tion3 Units

Architecture 444 Great Houses of Los Angeles4 Units

Architecture 313Design of Building Structures>Jeff Guh, Ph.D3 Units

Architecture 454Contemporary Asian Architecture>James Steele, Ph.D4 Units

Anthropology 200 The Origins of Human-ity4 Units

FA 07

Architecture 206Shelter>Sara Loe4 Units

Architecture 527Case Studies: The Development of Urban Housing>John V. Mutlow2 Units

Architecture 470 Architectural Studies Capstone Seminar>Paul Tang4 Units

Architecture 411Architectural Technol-ogy>Jeff Guh, Ph.D3 Units

Physics 125 Physics for Architects4 Units

SP 08

Architecture 505AGraduate Architecture Design>John V. Mutlow6 Units

Architecture 537Urban Plant Ecology>3 Units

Architecture 511 Building Systems>4 Units

Architecture 561 Architecture in the Urban Landscape>Robert Harris> Vinayak Bharne2 Units

Architecture 532Elements of the Urban Landscape2 Units

FA 08

Architecture 505B Graduate Architecture Design> Raveevarn Choksombatchai6 Units

Architecture 531The Natural Landscape>Doug and Regula Campell3 Units

Architecture 599Special Topics>Roger Sherwood2 Units

Architecture 563 Architecture in the Urban Landscape: Com-parative Theories> Rachel Berney> John Kaliski2 Units

Architecture 533Urban Landscape Case Studies> Rachel Berney2 Units

SP 09

Architecture 605A Graduate Architecture Design>Gail Borden6 Units

Architecture 417Computer Programming in Architecture> David Gerber>Roland Wahlroos-Ritter3 Units

Architecture 519 Sustainability in the Environment>Greg Otto3 Units

Architecture 534 Landscape Interven-tion: Construction Methods>Alexander Robinson3 Units

Geography 601 Sustainable Cities >Robert Vos, Ph.D4 Units

Policy, Planning andDevelopment 621Environmental Impacts>Robert Manford, Ph.D 4 Units

FA 09

Architecture 605BGraduate Architec-ture Design>>6 Units

EnvironmentalEngineering 502Environmental and Regulatory Compli-ance>3 Units

SP 10SU 09

bloo

m_wa

ll

BLOOM WALLdate_011.09class_arch_417_computer programming in architectureinstructor_dr. david gerber & roland ritter

bloom_wall is a parametric explo-ration into a component breath-ing wall system. the parameters of design were defined through the geometric logic seen in the morphol-ogy of a flower bloom. as such, the component morphology lends itself to an economy of surface area allowing maximum shading to occur at mid-day, and maximum exposure to occur when sunlight is less available.

Foam study model: closed state

bloom_wall

Foam study model: Open Sate

bloo

m_wa

ll

Foam study model: closed state

bloom_wallFoam study model: Closed Sate

bloo

m_wa

ll

Foam study model: closed state

bloom_wallFoam study model: Open Sate

bloo

m_wa

ll

Foam study model: Open Sate

bloom_wall

Foam study model: Open Sate

bloo

m_wa

ll

Computer Model: Aesthetic Affect

bloom_wallComputer Model: Aesthetic Affect

bloo

m_wa

llComputer Model: Aesthetic Affect

bloom_wall

Computer Model: Aesthetic Affect

bloo

m_wa

llMorphogenetic Logic: Flower Bloom

bloom_wall

R D

R (Radius)

D (DEPTH) = .25

1

4=

R

D

R (Radius)

D (DEPTH) = 1.5

3

2=

Project Translation: Parameters

bloo

m_wa

ll

D

R

= .95R

D

CATIA Modeling: Component Design

bloom_wall

bloo

m_wa

ll

1:1 Mock-Up: Sanded Acetate

bloom_wall1:1 Mock-Up: Sanded Acetate

Trat Windfarm: Windlab Moduledate_09.09class_arch_505b_graduate_design_studioinstructor_raveevarn choksombatchai

project description_windLAB Module is an investigation into a malleable environment whereby wind en-ergy can be tested, debated, and studied using. the form of the module is shaped by the occupants. string vibrations har-ness wind energy at maximum levels given the optimal formation of the module, according to the dynamic inputs of wind velocity and direction.

TRAT w

indF

ARM:

MAP

PING

S

Windlab Module: Malleable Skin

TRAT windFARM: MAPPINGS

Preliminary Study: windlab Module

TRAT w

indF

ARM:

MAP

PING

S

Windlab Module: Section

TRAT windFARM: MAPPINGS

Windlab Module: Skin

Site MappingThe drawings map the morphoydynamic landscape as a tool for investiga-tion into energy available by wind movement and behavior. as such, density of vegetation played a par-ticularly influential role in driv-ing the resultant surface of wind resistance.

TRAT w

indF

ARM:

MAP

PING

S

Mappings: Datafield of vegetation density

TRAT windFARM: MAPPINGS

Mappings: Point Overlay

TRAT w

indF

ARM:

MAP

PING

S

Mappings: delaunay Triangulation of Points

TRAT windFARM: MAPPINGS

Mappings: Resulting Surface (Averaging)

TRAT w

indF

ARM:

MAP

PING

S

Mappings: Nodes, Folding, patchwork, political boundary

TRAT windFARM: MAPPINGS

Mappings: Resulting Surface

TRAT windF

ARM:

Win

d Tu

nnel

Trajectory of Wind Tunnel Structures: Overlay

TRAT windFARM: Wind Tunnel

TRAT windF

ARM:

Win

d Tu

nnel

Wind Tunnel: Frame with Infill Wind-Intake Panels

TRAT windFARM: Wind Tunnel

TRAT windFARM:

Res

iden

tial

Spa

Section

Residential SpaThe residential Spa is a parametri-cally driven residential unit that utilizes wave energy In addition to the wind energy generated from the wind tunnels that it is attached to.

TRAT windFARM: Residential Spa

TRAT windFARM:

Res

iden

tial

Spa

Wireframe: top View

TRAT windFARM: Residential Spa

Residential Units: Living Room

TRAT windFARM:

Res

iden

tial

Spa

Night View

TRAT windFARM: Residential SpaResidential Units: Bedroom

Eco Loungetrat ecoLOUNGE is the interstitial space between two systems of wind harvest. located above the tree canopy in trat, thailand, the outer shell swells while the inner skin contracts. the inner skin provides enclosure to wind energy harvest using small wind turbines. the undulating expansion and contrac-tion of this primary and secondary structure increase the wind veloc-ity, thus increasing energy har-vest. The Lounge is then positioned within he interstitial space be-tween these two interacting struc-tural systems.

TRAT win

dFAR

M: E

co L

oung

e Explod