ALEX LAMOUREUX
Academic Works
ALEXANDER LAMOUREUX
I am a student in the Master of Architecture program at the University of Kansas. My anticipated graduation is May 2024. Throughout my educational and professional experience I have developed a design ability and understanding that would be an asset to any team.
EDUCATION EXPERIENCE
UNIVERSITY OF KANSAS
M.Arch / Honors Student Pursuing Graduate Certificate in Urban Design School of Architecture and Design Lawrence, KS / Class of 2024
FABRIC FORMWORK WORKSHOP
Taught by Mark West + Keith Van de Riet Spring 2022
PRITZKER LAUREATE ARCHITECTURE TOUR Dallas - Fort Worth, Texas Fall 2021
CONESTOGA HIGH SCHOOL Murray, NE / Class of 2019 Salutatorian
SOFTWARE
PROFICIENT: Rhino, Grasshopper, Sketchup, Adobe Creative Cloud, Lumion
FAMILIAR: Vray, Enscape, 3DS Max, AutoCAD, Revit
REFERENCES
KAPILA D. SILVA
Professor of Architecture University of Kansas kapilads@ku.edu 785.864.1150
ONE JAE LEE
Design Director Haenglim Architects o.lee@haenglim.com 82.010.9157.1142
JAE D. CHANG
Professor of Architecture University of Kansas jdchang@ku.edu 785.864.1446
alamoureux@ku.edu 402.917.8007 issuu.com/alexlamoureux www.linkedin.com/in/alex-lamoureux
HAENGLIM ARCHITECTS Architectural Intern / Competition Studio Seoul, South Korea / May - August 2022
TEACHING ASSISTANT Assistant for Third Year Architecture Studios Lawrence, KS / Fall 2022
RESEARCH ASSISTANT Research for Dr. Kapila D. Silva Lawrence, KS / Spring 2022
AWARDS
SIMPSON STRONG-TIE® SCHOLARSHIP Recognized for my academic achievement at a ceremony in San Fransisco, at Simpson Strong-Tie’s Headquarters. One of 100 recipients nationally.
U.S. BANK BELIEVER & ACHIEVER Top 48 Award Awarded to students committed to citizenship, school involvement, and community betterment. One of 48 recipients in the state of Nebraska.
FREEMAN SCHOLARSHIP Recipient of the Freeman Foundation Scholarship for students pursuing architecture internships in East Asia.
3RD YEAR PORTFOLIO WINNER University of Kansas Recognized by external reviewers as having an exemplary portfolio. One of 12 third-year students recognized.
DEANS LIST Awarded 6 Times
2022 UNDERGRADUATE RESEARCH SYMPOSIUM Received the Outstanding Presentation Award, for “The Museum of Vanishing Arts”
EXTRA-MURAL ACTIVITIES
2022 IES LIGHTING COMPETITION Choreographed Light: Re-imagining the Lobby of Crafton-Pryer Theater
UNDERGRADUATE RESEARCH: THE SEOUL VIBE An analysis of urban design strategies for livable city environments with special reference to Seoul, South Korea.
The Museum of Vanishing Arts pg. 01-22
CONTENTS
Cultivate OKC pg. 23-34
Professional Work pg. 35-36
01
THE MUSEUM OF VANISHING ARTS
A Museum for Dead & Dying Arts Fort Worth,
TX
Professor: Kapila D. Silva Fall 2021
The Museum of Vanishing Arts, located in the Arts District of Fort Worth, TX, acts as a sanctuary for the endangered and vanishing arts. Vanishing arts refers to crafts, skills, or human creative activities that have, or are starting to, become obsolete. The vanishing arts are more often referred to as “dead art.” This title would not be a correct name for these arts. While it is true that some of these art forms are genuinely dead, many are still being practiced by a small number of individuals in many communities around the world. A revival then occurs by bringing attention to the apparent endangerment of these arts. The cyclical life that these vanishing arts go through is akin to ‘Samsara’ — a fundamental belief of Buddhism and Hinduism. The Museum of Vanishing Arts aims to educate visitors on the ‘Samsara of Arts’—the life cycle that arts take on. The form of the museum emulates the vanishing arts — drawing inspiration from the Caddo hut, a vanishing art practiced by the local Native Americans, for the museum’s generic spatial module. Traditional settlements of Native Americans inspire the spatial organization of the design modules. The cylindrical spatial modules are clustered together to form a premise that evokes the expression of a craft village. The museum’s construction, facade, and materiality convey the skills the vanishing arts require, creating a crafted space that engages and educates visitors through a progressive gallery experience.
(Rhino, Grasshopper, AutoCAD, Lumion, Illustrator, Photoshop)
1 THE MUSEUM OF VANISHING ARTS
2 THE MUSEUM OF VANISHING ARTS
HISTORY AND BACKGROUND
Samsāra: “The cycle of death and rebirth to which all in the material world is bound.”
Causes of Endangerment for Arts
THE SAMSĀRA OF ARTS
THE VALUE CHANGE OF ARTS
CREATING A CRAFTED SPACE
The materiality, facade, and construction techniques should emulate the vanishing arts to achieve a crafted space.
EXPRESSING CULTURAL WEAVING
The United States has long been considered the melting pot of the world—a country where people of all different nationalities, cultures, and ethnicities are mixed together. All of these different cultural experiences weave our social fabric together.
REVIVING DEAD ARCHITECTURE
The form takes inspiration from the dead architecture of the local Native American
3 THE MUSEUM OF VANISHING ARTS
THE RENAISSANCE 14501600 PREINDUSTRIAL REVOLUTION
INDUSTRIAL
ARTS AND CRAFTS MOVEMENT 18601920 MODERNISM
THE AGE OF ENLIGHTENMENT
SOCIAL VALUE INCREASING DECREASING
17301760
REVOLUTION 17601840
19001940
17151790
LIFE DEATH DETERIORATION REVIVAL
-Technological Advancement -Commodification -Loss of Value -Appropriation -Loss of Authenticity
4 THE MUSEUM OF VANISHING ARTS
CREATING
VILLAGE
LIGHT VIEWS ACCESS
FORM DEVELOPMENT HUT MODULE CADDO HUT STRUCTURE
PLAN OF PUEBLO BONITO
A
Form Generation
Unfolding Variations Gallery Progression Water as a Source of Life
01 PRESERVING ORDER
The Kimbell Art Museum demonstrates order and encourages the surrounding context to follow suit. Order is preserved and extended onto the site through a modular grid that is projected by the Kimbell Art Museum.
LAYOUT PROGRESSION CLUSTER PROGRESSION
Grid & elliptical module layout is created
02 ORGANIZING SPACE
The site is divided into the primary functions—galleries spaces are subdivided into public and private. spatial order and thus is separated from the
Modules are orientated towards the center of the grid GALLERY
04 CONFIGURING FORM
The form of the hut modules emerges from a curved extrusion of the module’s elliptical footprints. The height of each extrusion is determined by the number of floors and the function of the space.
05 INTERTWINING THE BUILDINGS
The various hut modules are intertwined through walkways orientated along the grid. The walkways between the modules—creating dynamic interior
5 THE MUSEUM OF VANISHING ARTS
functions—galleries and support spaces. Support private. The Heritage Tree acts as the center of the rest of the site by a courtyard.
03 CRAFTING A VILLAGE
A series of elliptical modules are arranged around the Heritage Tree and orientated along the grid. The eliptical modules are clustered together to accommodate various spaces’ programmatic needs
Modules are clustered in various formations to accommodate programmatic needs
BUILDINGS through a series of single and multi-level walkways bow blocking interior sight lines interior experiences.
06 ACKNOWLEDGING HERITAGE
The rooftops of the huts are angled towards the Heritage Tree—acknowledging the tree’s significance to the site.The rooftop of the lobby hut modules tilts away from the Hertiage Tree and down towards the street expressing the primary access.
6 THE MUSEUM OF VANISHING ARTS
GALLERY GALLERY OFFICES OFFICES
7 THE MUSEUM OF
VANISHING ARTS
Primary Entry from Darnell Street
The primary entry to the museum is from Darnell Street and is adjacent to the Museum of Modern Art, designed by Tadao Ando. The entry hut module tilts down towards the street rather than the courtyard to signify the primary point of entry.
8 THE MUSEUM OF VANISHING ARTS
9 THE MUSEUM OF VANISHING ARTS GROUND LEVEL
50’- 0”
1”=
10 THE MUSEUM OF VANISHING ARTS
11 THE MUSEUM OF VANISHING ARTS SECTION
BASEMENT 1”= 50’- 0”
A
12 THE MUSEUM OF VANISHING ARTS
13 THE MUSEUM OF VANISHING ARTS
Cultural Arts Gallery
14 THE MUSEUM OF VANISHING ARTS
The Cultural Art Gallery is a space dedicated to endangered cultural arts, crafts, and traditions. The cause of endangerment for these cultural arts ranges from technological advancement to colonization, as well as cultural appropriation.
Vanishing Art Gallery
The crafted feel of the facade enclosing the galleries reflects the craftsmanship of the arts preserved within the museum. The facade modulates the light entering the galleries, making the light a dynamic part of the museum experience.
15 THE MUSEUM OF VANISHING ARTS THE MUSEUM OF VANISHING ARTS
Dead Art Gallery
The Dead Art Gallery is buried beneath the ground, symbolizing the perceived finality of death.
Water flows down from the reflective pools in the gardens above. The flowing water, in tandem with the sun’s light illuminates the sunken space symbolizing hope and revival
16 THE MUSEUM OF VANISHING ARTS
WIDE FLANGE GIRDER
OPEN WEB STEEL JOIST OPEN WEB STEEL GIRDER HORIZONTAL
VERTICAL TIMBER SLATS MOUNTED ON HORIZONTAL TIMBER FURING ABOVE GRADE BELOW GRADE
GLUE LAMINATED TIMBER COLUMN CONCRETE RING BEAM CONCRETE COLUMN FOUNDATION
WIDE FLANGE GIRDER GLUELAM FINS MOUNTED ON GLUELAM COLUMNS AT 8’ INTERVALS
17 THE MUSEUM OF VANISHING ARTS
SCALE 1/2”=1’
VERTICAL TIMBER SLATS
HORIZONTAL TIMBER FURING
GLAZED CURTAIN WALL
GLAZED CURTAIN WALL MOUNTED BETWEEN GLUELAM FINS
HORIZONTAL TIMBER FURING MOUNTED ON GLUELAM FINS
DIAGONAL TIMBER SLATS
HORIZONTAL TIMBER FURING
GLUELAM FIN GALVANIZED C BRACKET WITH THERMAL BREAK C BRACKET ANCHOR PLATE GLUELAM COLUMN
DIAGONAL TIMBER SLATS MOUNTED ON HORIZONTAL TIMBER FURING
18 THE MUSEUM OF VANISHING ARTS
PLAN
19 THE MUSEUM OF VANISHING ARTS SCALE 1/4”=1’ A C B D E BASEMENT LEVEL 1 0’-6” -15’-0” -17’-6” 15’-0” 30’-0” 50’-0” 53’-6” LEVEL 2 LEVEL 3 ROOF TOP BOTTOM SCALE 1/4”=1’ 3 1/2” Concrete Slab Moisture Barrier 3” Rigid Insulation Vapor Barrier Concrete Fill on Metal Decking Open Web Joist KEY-LOCK® Suspension Rod KEY-LOCK® Suspension Clip KEY-LOCK® Top Cross Rail KEY-LOCK® Furring Channel 1 2 3 4 5 6 7 8 9 10 WATER SPILL OVER 3” PRECAST CONCRETE PANEL MOISTURE BARRIER 3” RIGID INSULATION GALVANIZED JBRACKET FURRING VAPOR BARRIER CONCRETE WALL WATER 1 2 3 4 5 6 7 8 WATERPROOFING MONOLITHIC CONCRETE MOISTURE 3“ RIGID VAPOR CONCRETE FILL ON METAL OPEN 1 2 3 4 5 6 7 DETAIL A Water Spill Over 3” Precast Concrete Panel Moisture Barrier 3” Rigid Insulation Galvanized J-Bracket Furring Vapor Barrier Concrete Wall Water 1 2 3 4 5 6 7 8 Waterproofing Monolithic Concrete Moisture 3“ Rigid Vapor Concrete Fill on Metal Open 3 1/2” CONCRETE SLAB MOISTURE BARRIER 3” RIGID INSULATION VAPOR BARRIER CONCRETE FILL ON METAL DECKING OPEN WEB JOIST KEYLOCK® SUSPENSION ROD KEYLOCK® SUSPENSION CLIP KEYLOCK® TOP CROSS RAIL KEYLOCK® FURRING CHANNEL 1 2 3 4 5 6 7 8 9 10 1/2 TOP RAIL W/ P.V.C. 1/4" P.V.C. ALUMINUM 3” PRECAST DETAIL B 1 2 3 4 5 6 7 8 9 10 11 1/2 Top Rail w/ P.V.C. 1/4” P.V.C. Aluminum 3” Precast
20 THE MUSEUM OF VANISHING ARTS 9 10 11 12 13 14 15 16 RIVER ROCK BONDCOAT CONCRETE SLAB MOISTURE BARRIER INSULATION VAPOR BARRIER METAL DECKING OPEN WEB JOSIT 17 18 19 20 21 22 23 KEYLOCK® SUSPENSION ROD KEYLOCK® SUSPENSION CLIP KEYLOCK® TOP CROSS RAIL KEYLOCK® FURRING CHANNEL 1/2 “ GYPSUM BOARD 1/2 “ GYPSUM BOARD LIGHT GAUGE STEEL FRAMING 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 River Rock Bondcoat Concrete Slab Moisture Barrier Insulation Vapor Barrier Metal Decking Web Joist 9 10 11 12 13 14 15 16 KEY-LOCK® Suspension Rod KEY-LOCK® Suspension Clip KEY-LOCK® Top Cross Rail KEY-LOCK® Furring Channel 1/2 “ Gypsum Board 1/2 “ Gypsum Board Light Gauge Steel Framing 17 18 19 20 21 22 23 11 12 13 14 15 16 17 18 19 20 1/2 “ GYPSUM BOARD GLAZING CHANNEL STEEL POST 1/4" TEMPERED GLASS GLAZING CHANNEL FLASHING BASE OF RAIL ALUMINUM PLATE SPACER RAIL ANCHOR PLATE PRECAST CONCRETE PANEL 21 22 23 24 25 26 27 28 MOISTURE BARRIER 3” RIGID INSULATION GALVANIZED JBRACKET FURRING VAPOR BARRIER CONCRETE COLUMN BACKER ROD AND SEALANT YES 45 XT MULLION STYSTEM HEADER DOUBLE INSULATED GLASS 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 1/2 “ Gypsum Board P.V.C. Glazing Channel Steel Post 1/4” Tempered Glass P.V.C. Glazing Channel Flashing Base of Rail Aluminum Plate Spacer Rail Anchor Plate Precast Concrete Panel Moisture Barrier 3” Rigid Insulation Galvanized J-Bracket Furring Vapor Barrier Concrete Column Backer Rod and Sealant YES 45 XT Mullion Stystem Header Double Insulated Glass 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 WOOD FLOORING SCREED CONCRETE FILL ON METAL DECKING OPEN WEB JOIST KEYLOCK® SUSPENSION ROD KEYLOCK® SUSPENSION CLIP KEYLOCK® TOP CROSS RAIL KEYLOCK® FURRING CHANNEL 1/2 “ GYPSUM BOARD DIAGONAL TIMBER SLATS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 TIMBER RING 4” DRAIN PIPE GLUELAMINATED TIMBER FIN CURTAIN WALL TIMBER BLOCKING GUSSET PLATE W 24X117 BEAM VERTICAL TIMBER SLATS GLUE LAMINATED TIMBER COLUMN 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 DETAIL D 20” STANDING SEAM METAL ROOF MOISTURE BARRIER UNDERLAYMENT 1/2” PLYWOOD SHEATHING 3” RIGID INSULATION 5.VAPOR BARRIER 6. LINER PANEL LIGHT GAUGE STEEL PURLINS OPEN WEB JOIST TIMBER BLOCKING GUSSET PLATE . W 24X117 BEAM COPING COVER 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 6” SPLICE CLEAT MOISTURE BARRIER UNDERLAYMENT GLUELAMINATED TIMBER RING ROOF DRIP EDGE 4 1/2” GUTTER GUTTER HANGER 4” DRAIN PIPE VAPOR BARRIER 1/2” PLYWOOD SHEATHING 3” RIGID INSULATION 1/2” PLYWOOD SHEATHINGIV 25 26 27 28 29 30 31 32 33 34 MOISTURE BARRIER VERTICAL ATTACHMENT FURRING (STONEWOOD®) CONTINUOUS RAIL EXTRUSION (STONEWOOD®) STANDARD CLIP EXTRUSION (STONEWOOD®) CORTEN STEEL PANEL FLASHING YES 45 XT MULLION SYSTEM HEADER DOUBLE INSULATED GLASS VERTICAL TIMBER SLATS GLUE LAMINATED TIMBER COLUMN DETAIL E 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 20 19 21 22 23 24 26 25 27 28 30 29 31 32 33 34 9 9 Wood Flooring Screed Concrete Fill on Metal Decking Open Web Joist KEY-LOCK® Suspension Rod KEY-LOCK® Suspension Clip KEY-LOCK® Top Cross Rail KEY-LOCK® Furring Channel 1/2 “ Gypsum Board Diagonal Timber Slats Timber Ring 4” Drain Pipe Gluelaminated Timber Fin Curtain Wall Timber Blocking Gusset Plate W 24x117 Beam Vertical Timber Slats Glue Laminated Timber Column 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20” Standing Seam Metal Roof Moisture Barrier Underlayment 1/2” Plywood Sheathing 3” Rigid Insulation Vapor Barrier Liner Panel Light Gauge Steel Purlins Open Web Joist Timber Blocking Gusset Plate W 24x117 Beam Coping Cover 1 2 3 4 5 6 7 8 9 10 11 12 6” Splice Cleat Moisture Barrier Underlayment Gluelaminated Timber Ring Roof Drip Edge 4 1/2” Gutter Gutter Hanger 4” Drain Pipe Vapor Barrier 1/2” Plywood Sheathing 3” Rigid Insulation 1/2” Plywood Sheathing 13 14 15 16 17 18 19 20 21 22 23 24 Moisture Barrier Vertical Attachment Furring (Stonewood®) Continuous Rail Extrusion (Stonewood®) Standard Clip Extrusion (Stonewood®) Corten Steel Panel Flashing YES 45 XT Mullion System Header Double Insulated Glass Vertical Timber Slats Glue Laminated Timber Column 25 26 27 28 29 30 31 32 33 34 15 14 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 1 2 3 4 5 6 7 8 9 10 11 12 13 DETAIL C GLUE LAMINATED TIMBER COLUMN INTERNAL KNIFE PLATE CONNECTORS STEEL ANCHOR WITH PIN CONNECTION WOOD FLOORING SCREED CONCRETE FILL ON METAL DECKING OPEN WEB JOIST CONCRETE RING BEAM KEYLOCK® SUSPENSION ROD KEYLOCK® SUSPENSION CLIP KEYLOCK® FURRING CHANNEL KEYLOCK® TOP CROSS RAIL 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 1/2 “ GYPSUM BOARD VERTICAL TIMBER SLATS TIMBER RING DOUBLE INSULATED GLASS GLUELAMINATED TIMBER FIN 4” DRAIN PIPE TIMBER RINGS DIAGONAL TIMBER SLATS YES 45 XT MULLION SYSTEM SILL BACKER ROD & SEALANT FLASHING CONCRETE SPLASH BLOCK 25 26 27 28 29 30 31 32 33 34 35 3 1/2” CONCRETE PAVING MOISTURE BARRIER 3” RIGID INSULATION VAPOR BARRIER CONCRETE FILL ON METAL DECKING OPEN WEB JOIST KEYLOCK® SUSPENSION ROD KEYLOCK® SUSPENSION CLIP KEYLOCK® TOP CROSS RAIL KEYLOCK® FURRING CHANNEL 1/2 “ GYPSUM BOARD Glue Laminated Timber Column Internal Knife Plate Connectors Steel Anchor with Pin Connection Wood Flooring Screed Concrete Fill on Metal Decking Open Web Joist Concrete Ring Beam KEY-LOCK® Suspension Rod KEY-LOCK® Suspension Clip KEY-LOCK® Furring Channel KEY-LOCK® Top Cross Rail 1 2 3 4 5 6 7 8 9 10 11 12 1/2 “ Gypsum Board Vertical Timber Slats Timber Ring Double Insulated Glass Gluelaminated Timber Fin 4” Drain Pipe Timber Rings Diagonal Timber Slats YES 45 XT Mullion System Sill Backer Rod & Sealant Flashing Concrete Splash Block 13 14 15 16 17 18 19 20 21 22 23 24 3 1/2” Concrete paving Moisture Barrier 3” Rigid Insulation Vapor Barrier Concrete Fill on Metal Decking Open Web Joist KEY-LOCK® Suspension Rod KEY-LOCK® Suspension Clip KEY-LOCK® Top Cross Rail KEY-LOCK® Furring Channel 1/2 “ Gypsum Board 25 26 27 28 29 30 31 32 33 34 35
21 THE MUSEUM OF VANISHING ARTS
The Heritage Courtyard
The Heritage Courtyard sits at the center of the site and is spatially organized around the Heritage Tree. The lush greenery and flowing water evoke feelings of life and revival. The courtyard seperates and protects the Heritage Tree from the rest of the site.
22 THE MUSEUM OF VANISHING ARTS
CULTIVATE OKC 02
Mixed-Use CLT Skyscaper
Oklahoma City, OK
Professor: Eddy Tavio Fall
2022
Cultivate OKC, located in the Arena District in Oklahoma City, looks to reimagine the future of urban dwelling. Cultivate OKC is a mixed-use CLT Skyscraper, and its completion would make it the tallest CLT construction in the United States. The program of the building consists of three residential towers that provide high-density urban living, a sports academy pedestal for the community, and restaurants that interface with the shared central courtyard and the sports academy. The building gets its name based on the definition of cultivating: “to foster the growth of.” In this project, cultivation looks like cultivating a vertical urban landscape, cultivating the built environment, cultivating the city culture, and cultivating relationships with people in the community. Cultivate OKC would provide nearly 600 housing units for the people of Oklahoma City, bringing the city closer to its goal of a high-density central heart of the city. The other primary objective of Cultivate OKC is to create a new vertical urban landscape. This vertical urban landscape looks to extend the greenery from the adjacent Scissortail Park and the Myriad Botanical Gardens. The greenery from these public spaces is continued vertically along the roof of the pedestal and on the balconies of the residential units. The extension of the greenery along the building provides numerous benefits, such as improving thermal comfort, noise absorption, air quality, and the physiological benefits of biophilia. Cultivate OKC looks to foster the growth of the new future of high-density urban living.
(Rhino, Grasshopper, AutoCAD, Enscape, Illustrator, Photoshop)
23 CULTIVATE OKC
24 CULTIVATE OKC
HISTORY AND BACKGROUND
Oklahoma City: A Timeline of Urban Development
2022 1993 1964 1937 1930 1910 1900
Land Run
Over 100,000 people line up and rush into Oklahoma to stake down and claim the land for themselves.
Economic Boom
Oil is discovered south of the city limits, with this discovery causing significant growth in the OKC economy.
The Great Depression
The Great Depression was felt world wide, this occurred after major falls in stocks prices in the United States
I.M. Pei Masterplan
This master plan was aimed at demolishing antiquated buildings, and replacing them with new construction.
Sonic Boom Test
High speed air travel tests are conducted over Oklahoma City, resulting in frequent sonic booms.
The Past, Present, and Future Development of OKC Past
MAPS 1
The Metropolitan Area Projects (MAPs) is a multi year municipal capital improvement project.
MAPS 3
$777 Million in public works and redevelopment in Oklahoma City, funded by local sales tax.
25 CULTIVATE OKC
Present Future Plan
Urban Development Objectives STRENGTHEN OKC Strengthening the OKC economy through design interventions in the built environment GREEN OKC Improve the availability and amount of green spaces within the urban environment PLAY OKC Increase access and availability of recreational activities and entertainment LIVE OKC Support existing OKC communities and improve their sense of place. ENRICH OKC Bringing people together for unforgettable experiences
OKC:
FORM DEVELOPMENT
Site Context as Design Motif
Creating a Vertical Urban Landscape
Cul·ti·vate (verb) 1:
To raise or grow plants on a large scale: CULTIVATING
Defining Cultivate in OKC
Cul·ti·vate (verb) 2:
To improve or develop something: CULTIVATING
Cul·ti·vate (verb) 3:
To positively foster the growth of something: CULTIVATING
Cul·ti·vate (verb) 4:
To seek the society of: to make friends with:
26 CULTIVATE OKC
Scissortail Park Myriad Botanical Garden Paycom Center (NBA Stadium) Existing Basketball Courts on Site
VERTICAL URBAN LANDSCAPE
A
THE BUILT ENVIRONMENT
THE CITY CULTURE
CULTIVATING RELATIONSHIPS
01 SITE AND CONTEXT
The site is located in the newly established Core North District in Oklahoma City. The project site has adjacencies to the future NBA stadium, the Myriad Botanical Gardens, and the newly developed Scissortail Park.
02 ORGANIZING SPACE
The site is divided into the two primary residential housing and a sports academy. The the site, creating visual connections between
PRELIMINARY SKETCHES
04 CONFIGURING FORM
The form of the building emerges from the vertical extrusions of the sports academy podium and the twisted extrusion of the residential towers, which optimizes the towers’ views of the stadium and the parks.
05 CREATING A VERTICAL URBAN
The green space from the Myriad Botanical and extended vertically along the residential the concept of cultivation.
27 CULTIVATE OKC
Dining/Courtyard Conecpt Sports Academy Section South Elevation
components of mixed-use development— The sports academy is situated to the east on between it and the future NBA stadium.
03 AXES AND SITE PERMEABILITY
Two primary axes are established—the stadium axis and the academy axis. The program responds to these axes, improving site permeability and creating a sports alley that engages the central courtyard.
URBAN LANDSCAPE
Botanical Garden and Scissortail Park is continued residential towers. This vertical landscape reinforces
06 EXTENDING THE ENEVLOPE
The envelope of the towers peels away and extends itself over and around the podium, creating a shading device for the interior court spaces and the exterior sports alley while visually tying together the towers and the podium.
28 CULTIVATE OKC
East Elevation North Elevation West Elevation North Elevation
29 CULTIVATE OKC
View from NBA Stadium
30 CULTIVATE OKC
The flowing facade of Cultivate OKC moves both vertically and horizontally, wrapping itself around the sports academy pedestal. The facade from the towers peels off and swoops itself over the dining modules adjacent to the courtyard and the sports academy.
31 CULTIVATE OKC UP UP UP UP UP DN UP UP UP UP
1 4 7 10 2 5 8 3 6 9
2
5 9
GROUND
INDOOR COURTS COURT STORAGE MAIL ROOM DINING TOILETS ACADEMY MGMT CAFE LOCKER ROOMS RESIDENT LOBBY PARKING GARAGE
1
4
10 10 10 3
LEVEL
32 CULTIVATE OKC DN DN DN DN DN DN DN DN DN UP DN
6 7 8 1 2 3 4
LEVEL
CAFE MEZZANINE PHYSICAL THERAPY RUNNING TRACK DINING LEASING + MGMT WEIGHT TRAINING 1 3 5 6 2 4
5 5 6 6 6
02
33 CULTIVATE OKC
Sports Academy Floor
34 CULTIVATE OKC
The sports academy floor has six basketball courts. From the interior, the flowing exterior facade can be seen. This fluid motion is carried on into the interior ceiling, creating a visual connection between the exterior and interior of the building.
03
PROFESSIONAL WORK
Seoul, South Korea
Summer 2022 Haenglim Architects
Pyeongtaek Children’s Experience Center
Competition: Winning Entry
Project Status: CD
The Children’s Experience Center is a children’s museum located in Pyeongtaek, South Korea. The design features a circular form with an interior courtyard that connects to the adjacent park. As a part of this project, I contributed to the museum’s form and concept generation and the design and concept for the exterior perforated screens.
35 Professional Work
Ochang 4th Generation Synchrotron Facility
Competition: Winning Entry
Project Status: DD
The Ochang 4th Generation Synchrotron Facility will be a state-of-the-art scientific facility. Synchrotrons use a particle accelerator to utilize synchrotron light for scientific research. As a part of this project, I contributed to the pre-design research, which included researching and modeling precedents and documenting relevant design constraints.
36 Professional Work 75 patents current and pending patents. The exact role of Diamond in each case is unknown – but a conservative estimate is around 1%. Research Output 9,600 articles, resulting in a cumulative impact to date of £677 million in terms of the production of research output. 80,000 visitors reached to date through programme of engagement supporting science, technology, engineering, and mathematics (STEM). £1.2 BILLION INVESTMENT £1.8 BILLION MONOTIZED RETURN Research Output Patents £677 Million £10.2 Billion +80,000 Visitors DIAMOND SYNCHROTRON SOCIOECONOMIC IMPACT *Technopolis Group’s 2021 Socio-Economic Impact Study (Diamond Synchrotron) The total gross economic impact to the UK equates to +£80 million each year. CONCLUSION: The construction of the SSRF (Shanghai Synchrotron Radiation Facility) may have acted as a catalyst for new development in the surrounding area. 2004 (PRESYNCHROTRON CONSTRUCTION) PRECEDENT STUDY: SHANGHAI SYNCHROTRON RADIATION FACILITY 2009 (SYNCHROTRON COMPLETED) 2022 (PRESENT DAY) RESIDENTIAL SYNCHROTRON RADIATION SYNCHROTRON RADIATION RESEARCH RESEARCH RESIDENTIAL EDUCATION RESIDENTIALMIXEDUSEDEVELOPMENT Parking FIRST FLOOR (LOBBY) Pedestrian Access Vehicular Access Reception Dining Area Toilets Mechanical and Loading SECOND FLOOR (SYNCHROTRON) Laboratory Pedestrian Access Vehicular Access Experiment Hall Particle Accelerator Parking SIRIUS SYNCHROTRON SÃO PAULO, BRAZIL CHARACTERIZING SPACE: BOOSTER RING AND STORAGE RING NOISE AND VIBRATION ISOLATION RADIATION CONTAINMENT The booster and storage ring are separated from the rest the building because they create vibration and noise. The walls of the booster and storage ring are 80 cm 1.5 m protect users from harmful radiation. CLIMATE CONTROL MAINTENANCE CRANE The climate control inside the tunnel keeps the accelerator working at optimal condition. Crane can easily access the accelerator tunnel; this important for maintenance and upgrades the facility. FACILITY SECURITY STRUCTURAL STABILITY The accelerator facility must be secured and locked for safety. Deep foundations with physical separations from the rest of the building. FIRST FLOOR PUBLIC SPACE SECOND FLOOR Reception Toilet Cafe Truck Loading Area Experimental Hall O ces Mechanical 2 3 6 7 9 10 75 patents current and pending patents. The exact role of Diamond in each case is unknown – but a conservative estimate is around Research Output 9,600 articles, resulting in cumulative impact to date of £677 million in terms of the production of research output. 80,000 visitors reached to date through a programme of engagement supporting science, technology, engineering, and mathematics (STEM). £1.2 BILLION INVESTMENT £1.8 BILLION MONOTIZED RETURN Research Output Patents Social Bene ts £677 Million £10.2 Billion +80,000 Visitors *Technopolis Group’s 2021 Socio-Economic Impact Study (Diamond Synchrotron) PRECEDENT STUDY: DIAMOND SYNCHROTRON SOCIO-ECONOMIC IMPACT Estimated Value of Protien Structure Research Conducted at Diamond How Synchrotron Produce Economic Impact Improvement of the existing companies Improvement of the public policies and services Attraction of R+D investments by the private companies Creation of new companies Transfer of highly trained personnel to the labour market ECONOMIC IMPACT £60,000,000 £80,000,000 £120,000,000 Number of Submitted vs Granted Proposals Per Year 1104 1388 1424 1536 1615 1788 2138 641 783 916 1095 The total gross economic impact of Diamond synchrotron to the UK equates to +£80 million each year.