David Laurence Jude O’Donoghue Architectural Portfolio
RESUME EDUCATION
University of Illinois Urbana-Champaign
2016 - Present
Master of Architecture (MArch)
Universidad Europea de Madrid
2016
University of Illinois Urbana-Champaign
2011 - 2015
Bachelor of Science In Architectural Studies
WORK EXPEREINCE IJM GROUP
La Grange, Illinois 2014-2015
Architectural Intern
Developed and revised various housing plans and additions in a small architectural office. Worked directly with clients to modify and create architectural plans for houses.
RESLIFE U OF I
Urbana-Champaign 2013-2014
Resident Advisor
Developed a positive living environment designed to link community, faculty, and residents, often resolving conflict.
LEADERSHIP ALLEN HALL FUNDING BOARD ALLEN HALL ORIENTATION
PRESIDENT
Urbana-Champaign 2012-2013
LEADER
Urbana-Champaign 2012-2013
AWARDS EDWARD C. EARL PRIZE
Urbana-Champaign 2013
FIRST PLACE
Nominated and Won First place based on Hive Pavilion and Retreat
SKILLS -Expert in Rhino, Sketchup, AutoCAD, VRAY, Adobe Suite, 123D Make -Capable in Grasshopper, Ladybug, Diva, Mosquito, Revit, 3DS Max, SAP 2000A -Built own personal operable 3D printer
-Fluent in English and Spanish -Travelled to 22 countries
CONTENTS Synthetic Morphology Path of Eden Hive Pavilion and Retreat Osscilatory Market Urban Canopy Modular Shift Old Town Libary Angular Tension Lattice Pavilion
4 12 18 26 30 34 38 42 44
Arch Studio 574 Professor Therese Tierney Partner : Mohona Murad Chicago, Illinois, USA
Conceived as a landform installation, Synthetic Morphology reflects the history of Chicago´s evolving lakefront emulating the artificially constructed nature of Burnham’s 1909 plan for the city of Chicago. Synthetic Morphology is intended to replace the existing McCormick Lakeside Center with the development ‘spilling’ over onto Northerly Island, creating a physical and cultural loop within the Museum Campus. The sprawling structure would allow for vast interiors capable of housing program that can adjust to the needs of the city. The exterior of the structure houses the roof walk, allowing pedestrians and cyclists to traverse the lakeshore and onto the island.
SYNTHETIC MORPHOLOGY
Activating the lakeshore and Northerly Island, Synthetic Morphology seeks to create a second hub of activity mirroring that of Navy Pier, an action reminiscent of Burnham’s vision for Chicago as well as a needed intervention in the Near South Side area of Chicago.
RECREATION 1 lounge 2 theater enrance 3 concession
1
2
4 ticket booth
2
7 ice-skating rental
A
2 1 4
5
1
A
8 indoor courtyard
8
1 shops
3
1
A 1
5
COMMERCIAL
3
4
6
6 boat rental
3
A
1
5
5 river walk
3
2 grocery store
8
3
3 bars 4 restaurants
4
8
2
HOTEL 2 1
5
1
hotel entrance
2
offices
3
conference rooms
4
gift shop
5
business center
6
fitness center
1
5
5
7
4
8
5 cafe
RESIDENTIAL
4
1 reception
6
2 dry cleaners 3 convenience store
6
Synthetic Morphology redefines the shoreline of the Near South Side but does not block the views of the city’s skyline.
5
8
4 business center 5 fitness center
2
4
6 lounge 7 bike rental
EXHIBITION
3
5
1 exhibition hall 2 gallery
6
7
6
3 ballrooms 4 ted-talk
1
5 lounge
LEVEL_1 FLOOR PLAN 20
40
80
LEVEL_2 FLOOR PLAN
6 storage
20
160
40
80
160
concrete roof spaceframe
9 roof insulation gyp. board
11
8
9
9
8
8 7
10
1
8 2
access floor for hvac composite deck rigid insulation sprinkler system
DN
3
UP
2
7
concrete truss DN
UP
5
concrete wall panels wool fiber insulation double pane low e coating glazing
8 11
9
10
8 11
8
1 9
LEVEL_1 FLOOR PLAN
LEVEL_1 FLOOR PLAN 20
80
40
20
40
80
5 lounge
5 lounge 20
160
concrete roof concrete roof
spaceframe
spaceframe
roof insulation gyp. board
roof insulation gyp. board
access floor for hvac composite deck rigid insulation sprinkler system
access floor for hvac composite deck rigid insulation sprinkler system
80
40
Synthetic Morphology allows for the expansive needs of the city of Chicago, providing plentiful bike paths, 8 ample exhibition space, 7 commercial 9 storefronts, recreation, residential, and an integrated hotel.
LEVEL_2 FLOOR PLAN
6 storage
LEVEL_2 FLOOR PLAN
6 storage
160
20
80
40
160
160
9
9
11
8
11
10
8
8
9
8
8
7
9
9
1
10
8
1
8 2
2 DN DN
3
3
UP
UP
2
7
2
7
concrete truss
concrete truss
DN DN
5
5
The hotel bridges9 Burnham Harbor, LEVEL_4 TYPICAL HOTEL FLOOR PLAN providing sweeping views EXHIBITION COMMERCIAL 1 of57 Chicago´s skyline and 2 8 boats entering the harbor. exterior wall section 10
20
40
160
80
steel truss
steel truss
exterior wall section SCALE: 1/4”=1’-0”
lounge
shops
offices
food court
meeting rooms
SCALE: 1/4”=1’-0”
9 conference rooms
8
8
11
11
double pane low e coating glazing
double pane low e coating glazing
10
8
concrete wall panels wool fiber insulation
concrete wall panels wool fiber insulation
UP
UP
11
8
10
8 11
8
1
1 9
9
9
LEVEL_4 TYPICAL HOTEL FLOOR PLAN 10
20
40
160
80
EXHIBITION RECREATION lounge 15 lounge offices 27 pool
meetingcenter rooms 38 fitness 9 conference rooms
COMMERCIAL HOTEL shops 2 1 offices
RECREATION
HOTEL
lounge 101elevator
2
offices
10 elevator
7 2 grand staircase
pool 112ice room/vending room
7
grand staircase
11 ice room/vending room
8
single/double rooms
fitness center 123maid’s closet
8
single/double rooms
12 maid’s closet
9
suite
9
suite
food court
SECTION AA 10
20
40
80
LAKEFRONT ELEVATION ELEVATION 10
20
40
80
TRANSVERSE SECTION
program exhibition multipurpose storage conference rooms permanent storage offices galleries storage tedx talk style
hotel suites single bed room double bed room conference rooms ballroom fitness center pool business center offices reception gift shop
residential convertible 1 bedroom 2 bedroom 3 bedroom 4 bedroom pool/patio business center dry cleaners reception bike rental
recreation indoor theater bird watching boat rental kayaking canoeing equipment rental sledding rockclimbing outdoor theater
commercial grocery store restaurants bars shops cafe offices
KINETIC PANEL FACADE SOLAR STUDY
WATER DRAINAGE DIAGRAM
EXPLODED AXONOMETRIC
Universidad Europea de Madrid Professors Nieves Martinez + Camila Rodriguez Retiro Park, Madrid, Spain
Located in the retiro park in the heart of Madrid, Path of Eden represents the creation of an elevated pathway to the top of the Retiro’s historical artificial mountain. This path allows for visitors to be able to walk among the trees. Using the interior of the walking path to create a habit for bioluminescent plants and insects, the path is naturally lit requiring zero energy to light it at night. The bioluminescent plants and insects draw curious visitors who might see it as they pass by. Three different pathway typologies allow users to gather on the walkway, observe the bioluminescent flora and fauna grown on the interior, or sit against and take in the views of the Retiro Park and the surrounding cityscape.
PATH OF EDEN
LONGITUDINAL ELEVATION
LONGITUDINAL SECTION
BIOLUMINESCENT INTERIOR
PATHWAY TYPOLOGIES
EXTERIOR SUBSTRATUM
Arch Studio 373 Professor Fang Xu Allerton Park, Illinois, USA
The Allerton Park Performance Pavilion is an outdoor performance space for musical and theatrical events. The design for this pavilion was to work with the natural contours of the site to create a large amphitheather space through the creation of an artificial hill. This ensured the site was able to give back as much of the area it took up. Reversing the contours of the existing site mirrored the natural context creating a balance between the natural and the built environment. Located near the pavilion lies a retreat space for visiting artists and writers wishing a quiet and calm space to inspire them. Built with the same language as the pavilion, the retreat cantilevers along a hill leaving the occupants level with the treetops of the surrounding forest.
HIVE PAVILION AND RETREAT
LONGITUDINAL SECTION
LONGITUDINAL ELEVATION
SOUTHERN ELEVATION DIVISION OF SHARED AND PRIVATE SPACE
PUBLIC AND PRIVATE SPATIAL GRADIENT
PRIVATE SEMI-PRIVATE PUBLIC
INCREASINGLY PUBLIC INCREASINGLY PRIVATE
RETREAT SITE PLAN
LONGITUDINAL SECTION
Arch Studio 475 Professors Amadeu Santacana + Tomeu Ramis Barcelona, Spain
Due to tough economic times within Spain, the city of Barcelona was forced to build nothing more than what is essentially a large concrete box around the train tracks leading out of the city. Urban Canopy seeks to bridge the box and reconnect the people of often neglected Can Vies to the rest of the city. Using a diagrid shell structure Urban Canopy peels the box apart and brings it down to the people and allowing them to access the future rooftop park to be built upon the concrete train tunnels. Providing much needed community space in an increasingly dense area of Barcelona, Urban Canopy provides community outreach and activities to the public.
URBAN CANOPY
TRANSVERSE SECTION
Arch Studio 476 Professor Jaime Batlle Barcelona, Spain
The Oscillatory Market is set within the Eixample of Barcelona. The site itself is centrally located between numerous metro stops, bus lines, and essential thoroughfares such as the Gran Via. The market floor extend to the diagonals of the site, while the entrances are located on each face of the building. This facilitates circulation around the market as people filter through the area. The market is an open-air market, enclosed only by the lateral louvers that serve as a frame for the market. The louvers provide solar shading while also leading the users through the market. The louvers create a sense of solid form yet allow light and air to perforate the market.
OSCILLATORY MARKET
SANT ANTONI MARKET CIRUCLATION
NEW MARKET TYPOLOGY
STALL KEY
SQ. METERS
SEAFOOD MEATS SPECIALTY BUTCHER VEGETABLES AND FRUIT WINE AND SPIRITS FLOWERS BAKERY POULTRY RESTAURANT/BAR
160 M2 165 M2 100 M2 200 M2 65 M2 50 M2 85 M2 126 M2 250 M2
MARKET PROGRAM
Arch Studio 272 Professor Andrea Melgarejo de Berry Urbana, Illinois, USA
Modular Shift began as an exercise in making space. Students were given twelve 10 square foot cubes, six stacked upon six. Given two moves students were to address a sloped site located in Urbana, Illinois. Splitting the stack of cubes down the middle allowed a courtyard area to be created, nestled into the sloping hill. Wooden slats clad the exterior facade of the building, breaking sightlines and creating privacy while still allowing plentiful light into the house.
MODULAR SHIFT
MODEL
SCALE: 3/8” - 1’ 0”
EASTERN ELEVATION
NORTHERN ELEVATION
TRANSVERSE SECTION SECTION PERSPECTIVE
Arch Studio 273 Professor David Emmons Chicago, Illinois, USA
Located near Lincoln Park and Chicago History Museum, Old Town Library seeks to provide a strongly needed public library and community center to the area. The Library provides ample meeting space, a children’s library, private reading rooms, and conference rooms for cultural and educational organizations to meet. The finned facade allows solar shading during the morning and evenings preventing glare to visitors reading or working. The vertical fins emphasize its verticality, drawing the eye upwards. Old Town Library‘s height allows for users of the library to have sweeping views of Lake Michigan as it rises above nearby buildings, a luxury for most in this area of Chicago.
OLD TOWN LIBRARY
MASS
CARVE
EXTRUDE
LONGITUDINAL ELEVATION
CORE
CENTRAL STAIR
TRANSVERSE SECTION
DOUBLE HEIGHT
1
2
peq: peq: 11375 11375 lb lb
14’14’ 5687.5 5687.5 lb lb
W18 76 W18 Xx 76
CUSTOM ANCHOR Custom Anchor BOLT Bolt
7’
13’ 5281.25 lb
W18 x 76
W14 W14 x 30x 30
P
6’
875 plf Tributary Area = 20’ x 7’ = 140’
7’
20’
5281.25 lb
12000psi 12000psi > 39812.5 > 39812.5 x 12” x 12” S S S >S39.8125 > 39.8125
5687.5 5687.5
P
Tributary Area = 3.5’ + 3’ 125 psf x 6.5’ = 812.5 plf
125125 x 6.5’ x 6.5’ = 812.5plf = 812.5plf
5687.5 5687.5 lb lb
peq: 17500 lb
812.5 plf Tributary Tributary Area Area = 3’= +3’3.5’ + 3.5’ = 6.5’ = 6.5’
STEEL 1”1” Steel Tension Cable TENSION CABLE
1”Steel STEEL 1” Tension Cable TENSION CABLE
3
peq: 10562.5 lb
812.5 812.5plfplf
M = 1/2 x 6.5 x 5281.25 = 17164.0625
14031.25 lb
M= (17,500 x 10’) x (Px7) P= 5281.25 M= 211968.75 lb*ft
14031.25
W14x22 V
VV
SCALE: 1/4”=1’0”
10968.75
6’
P
1687.5 plf Tributary Area = 13.5’
7’
20’ 27843.8
27843.8
27843.8
7’
125 psf x 13.5’ wide = 1687.5 lb per linear foot
P
Tributary Area = 20’ x 7’ = 140’
20’ 14437.5
125 psf x 7’ wide = 875 lb per linear foot
875plf x 20’ = 10,562.5 lb
875plf x 20’ = 17,500
Mb= (10,562.5 x 13’) + (33750 x 10) + (10768.75 x 7) Ay = 2783.8
M= (17,500 x 10’) x (Px7) P= 5687.5 M= 214812.5 lb*ft
14437.5
12ksi > 214.812 k*ft / S S>17.9
W18x76
V
BEAM CALCULATIONS
875 plf 7’
6’
14437.5 lb
12,000 psi >[139219 lb*ft x (12”/ft)]/ S S>139.219
W18 x 76
M
Girder to Beam Connection 5Scale: 1/4” = 1’0” peq: 17500 lb
peq: 33,750 lb 10968.75
7’
W18 x 76
211968.75
M
SCALE: 1/4”=1’0”
1” Steel Tension Cable
-14031.25
17164.0625
MM
TENSION TO Tension Cord to Girder CORD Connection Scale: 1/4” = 1’0” GIRDER CONNECTION 4
W14x22
-5281.25
-5687.5 -5687.5
Tension Cord to Diagonal Column CORD Connection TENSION TO Scale: 1/4” = 1’0” DIAGONAL COLUMN CONNECTION
12 ksi > 211.968 k*ft / S S>17.664 V
39812.5 39812.5
125 psf x 7’ wide = 875 lb per linear foot 875plf x 20’ = 17,500
12000 psi > 17164.0625 x 12” S S > 17.164025
5281.25
14031.25
V
W14x22
-27843.8
-14437.5 214812.5
139219
M
M
5
4 3
Tension Cord to Girder Connection Scale: 1/4” = 1’0”
Girder to Beam Connection Scale: 1/4” = 1’0”
1
2
SECOND FLOOR FRAMING PLAN 5
4 3
SECOND FLOOR PLAN
BEAMS GIRDERS
1
2
THIRD FLOOR FRAMING PLAN
THIRD FLOOR PLAN
ANGULAR TENSION
LATTICE PAVILION