Alan Chan Architecture & Urban Design Work Sample

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A L A N C H A N A r c h i t e c t u r e U r b a n D e s i g n W o r k S a m p l e s M . A R C H + M U P U n i v e r s i t y a t B u f f a l o 2 0 1 3 - 2 0 1 7

description

Post Graduate work sample / portfolio

Transcript of Alan Chan Architecture & Urban Design Work Sample

  • A L A NC H A NA r c h i t e c t u r eU r b a n D e s i g nW o r k S a m p l e s

    M . A R C H + M U PU n i v e r s i t y a t B u f f a l o2 0 1 3 - 2 0 1 7

  • A L A N C H A N30-55 Linden Pl. Flushing NY, 11354

    [email protected]

    www.linkedin.com/in/achan5

    EDUCATION

    ACTIVITIES

    AWARDS & RECOGNITION2016 Shortlisted for Gates Cricle Architecture Competition (results pending)2015 Beijing Design Week2015 BUGAIK International Architecture Exhibition2014 Western New York APA: Outstanding Student Project2014 Intersight Magazine2013 UB Celebration of Student Academic Excellence: Excellence in Research2012 Intersight MagazineACE Scholarship

    FASA Executive Board | Buffalo, NYManaged the Filipino-American Student Association which had over 100 active membersForesaw a $14,000 budget and helped fundraise $10,000 through sales and events

    Habitat for Humanity | Buffalo, NYAssisted with the framing phase of construction on 3 new build projects Constructed scaffolding, wall assemblies, staircases, floor assemblies, and roofing

    2010-2013

    Summer2013

    Summer2012

    State University at Buffalo | Buffalo, NYBachelor of Arts in Environmental DesignMinor in Architecture

    State University at Buffalo | Buffalo, NYMasters Candidate for ArchitectureMasters Candidate for Urban and Regional Planning

    2013-2017

    2013-2017

    American Red Cross in Greater New YorkIntern for the Emergency Preparedness TeamDevised and designed innovative outreach methods: recognized as a best practice modelDesigned the American Red Cross Newletter layout and American Red Cross brochuresRepresented the Greater New York Chapter at community meetings

  • SKILLS

    EXPERIENCE

    REFERENCES

    LANGUAGES

    Adobe Photoshop, Illustrator, InDesign AutoCAD, Rhino, Sketchup, Revit, ArcGIS, CityEngine, CommunityVizV-Ray, Lumion, GrasshopperModel Making, Pepakura, Hand SketchingMicrosoft Office

    EnglishChineseVietnamese

    Hiroaki HataNicholas RajkovichShannon Bassett

    FluentConversationalConversational

    716-829-5891415-441-4251716-829-6911

    [email protected]@[email protected]

    RTSPC Pinnacle | New York, NYIntern for an Architecture FirmAssisted in drafting construction documents for Monster Worldwide HQ in Florence, SCdrafted construction documents for gastrointestinal facility renovations

    Apollo Builders | New York, NYExpeditor for a Construction FirmObserved several stages of construction on a mixed use apartment building in ChinatownAssisted the head architect and engineer in drafting revisions for the apartment building

    Adelhardt Construction Corporation | New York, NYAssistant Project Manager Intern for a General Contracting FirmProvided assistance to Project Managers on two Citibank renovation projects in ManhattanInvolved in the dialogue between architect, contractor, and clientWeekly on-site visits with client to make sure construction stays on schedule

    Turenscape | China: Xixinan Village, Anhui & BeijingStudy Abroad at Peking University and Landscape Architecture firm, TurenscapeWorked with Turenscape on conceptual proposals for Xixinan VillageDesign exhibited in Beijing Design Week & 2015 BUGAIK International Architecture Exhibition

    Summer2015

    Summer2014

    Summer2010

    Summer2009

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    X Y Z M U S E u MThe project brief was to design a museum on an urban site in Buffalos Allentown District.

    The design takes the philosophy that the observation of movement of people throughout each space is just as essential to the museum experience as the artworks themselves.

    The form Integrates a series of intersecting tubes extruded along the X, Y, and Z axis, creating spatial geometries that curate a holistic experience. The attention of the user becomes a dialogue between artwork, indoor movement, outdoor movement, and framed views. In this team collaboration, my contributions were the designs, 3D model, and all of the major graphics.

    Project Team: Alan Chan, Brian Ravinsky, William Pople

    Building Site Object Street Wall

    Stack Intersect & Push/Pull Lift & Push Final Form

  • Indoor Public Outdoor Public Galleries

    Office + Education Servant Spaces Core

  • Ground Floor First Floor

  • Accessible Elevator

    Accessible Ramp

    Shared Route

    Accessible Entrance

    Handicapped Parking

    60 Turning Circle

    Accessible Elevator

    Accessible Ramp

    Shared Route

    Accessible Entrance

    Handicapped Parking

    60 Turning Circle

    Accessible Elevator

    Accessible Ramp

    Shared Route

    Accessible Entrance

    Handicapped Parking

    60 Turning Circle

    Typical X Gallery Typical Y Gallery Convention Space

  • l i f t B o a t h o u s eThis proposal introduces a community boathouse on an underutilized park space by Buffalos downtown.

    The design blends together a boathouse, social resiliency, and a community center into folded landscapes, while taking advantage of contextual assets.

    Contextual FrontageUrban Connect Socia l Resi l iencyFold

    Water Col lect ion Circulat ion Programming

  • O P P I A N L I B R A R YThe library of tomrrow should embrace the dynamic form of knowledge; spaces must be flexible and easily adaptable.

    The geometries of the building first extrudes the private spaces. The masses were then shifted and rotated to accomodate for light and circulation. The spaces between the masses then became open public spaces, allowing for flexible programming.

    Integral to the design is the circulation through the book stacks, which also double as the structure, thus resulting in a dynamic experience between open and enclosed spaces.

    Private Spaces Public Spaces Final Form Bookstacks as Structure

  • TOTA

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    nd Sm

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    xpos

    ure in

    Home

    Curre

    nt Sm

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    Parti

    cipate

    in Ph

    ys. Ed

    .Cla

    sses in

    Scho

    ol

    Meet

    FDA H

    ealth

    y Foo

    d Con

    sump

    tion

    FLOOD AREA

    DISCONNECTION

    HEAT ISLAND

    5 T H A V E N

    UE

    3 R D A V E N U E

    D

    Waterfa

    ll at Bice

    ntennial

    Mall Stat

    e Park Ba

    sin

    Pedestria

    n Access

    from Lick

    Branch S

    tream to

    State Mu

    seum Roo

    f

    Museum

    of Natur

    al Histor

    y

    Bicenten

    nial Mall

    State Pa

    rk

    State Lib

    rary Arch

    ives

    Current T

    ributary

    5th Aven

    ue Gatew

    ay: Comp

    lete Stre

    et

    Water us

    ed for Sul

    phur Spr

    ings

    THE MUSIC CITY LOOP

    Conceptual VisionIssues & Challenges

    E C O S T R E A MThe Gerald D. Hines competition hosted by ULI called for proposals to transform Sulpher Dell, a neighborhood north of Nashvilles downtown. The challenge was to create a healthy and resilient community while considering river flood events.

    EcoStream is a multipurpose infrastructure system disguised as an iconic public park for visitors and locals of Nashville. The design is ubiquitously composed of three elements: History, Health, and the Environment.

    Central to the design is a daylit stream that not only channels flood waters and cleans Cumberland River, it also activates and completes a pedestrian loop, connecting Sulpher Dell to Downtown. Aside from my contributions as team leader, I worked primarily on design, research, diagrams, and graphics.

    Project Team: Alan Chan, Brian Ravinsky, Di Chen, Tino Goo

  • BC E

    Sulphur

    Dell Bas

    eball Fie

    ld

    North Lic

    k Market

    North Lic

    k Comm

    ons

    Flood Pre

    vention

    DamBiofiltra

    tion Swa

    les

    UV Treat

    ment Fac

    ility

    3rd Ave. G

    ateway

    1st Floor

    Retail

    Upper Fl

    oors Res

    idential

    North Lic

    k Plaza

    Eco-Roof

    Water us

    ed for Sul

    phur Spr

    ings

    1

    5

    7

    4

    9

    21

    6

    8

    10

    17

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    20

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    18

    11

    14

    15

    A

    B

    C

    2

    D

    E

    3

    12

    19

    13

    416'

    418'

    416' 418'

    HEALTH

    ENVIRONMENT HISTORY

    HISTORY

    ENVIRONMENT

    HEALTH

    Fresh Produce

    PedestrianInfrastructure

    Food Access

    EconomicActivity

    Tourism

    Critial Mass

    LICK BRANCH STREAM

    Flood ControlSustainabilityStormwater

    Management

    Critial Mass

    EconomicActivity

    Tourism

    Public Space

    StormwaterManagement

    Flood Control

    Fresh Produce

    PedestrianInfrastructure

    Food Access

    ENVIRONMENT HEALTH

    HISTORYHISTORY

    HEALTHENVIRONMENT

    Existing Figure-Ground Proposed Figure-GroundPublic Transit NetworkPedestrian Access

    Existing Bike LanesComplete Street Network

    Proposed Bike LanesBike Share

    BRT LineOne Way Streets

    New Street ConnectionsMusic City CircuitsProposed Circuit Extension

    Arts & EntertainmentResidential

    CommercialInstitutionalMixed Use Residental

    Future ConstructionProposed ConstructionPreserved / Renovate

    Lick Branch Commons12 Sulpher Dell Springs3 Bicentennial Mall State Park Basin4 North Lick Plaza5 South Lick Market & Rooftop Beer Garden6 South Lick Condominiums & Hotel

    8 South Lick Arcade9 North Lick Market & Condominiums

    10 North Lick Rec Center11 Mixed Use Residential with Work Force Housing

    12 Office Buildings13 Residential Building14 Mixed Use with Parking Garage

    15 Parking Garage with Rooftop Farm16 State Museum with Pedestrian Roof Access from Lick Branch Stream

    17 State Library Archives

    7 South Lick Restaurants

    18 American Indian Museum19 Museum of Natural History20 3rd Avenue Gateway 21 5th Avenue Gateway

    Healt

    hEn

    viron

    men

    tHi

    story

    0 250 500 1,000

  • AccessWetland Active Path

    Passive Path

    Datum LineConstructed WetlandEvents Lawn

    Food Forest

    ParkingUrban Park

    Datum Line & Access Zones Paths

    RESILIENT NETWORK

    DESIGN DIAGRAMS

    Controlled Flood

    Protective Berm

    Water Runoff

    Protection from Hazards

    Social Nodes

    Social Cohesion Education

    Nature

    Wetlands

    Food

    Wildlife

    Hazards

    F l o o d s c a p eProject Team: Alan Chan, William Pople

    As a reaction to climate change, this project was a collaboration between architecture and planning students to come up with a resilient masterplan for an underutilized and overgrown park along Buffalo River.

    The goal was to rebrand the site as a model for resilient park design and a safe destination for the neighborhood, emphasizing on social cohesion, education, and protection from environmental hazards.

    Floodscape features boardwalks and an elevated canopy-walk throughout the site.The gesture curates a dynamic and rich experience with nodes to encourage social cohesion. Constructed wetlands were utilized for bank stabilization and water retention doubling as natural park features. Lastly, the proposal features a food forest, providing equitable food access. My contributions was design, research, and renderings.

  • Canopywalk

    Pier

    Agroforest

    Urban Park

    Outlook Point

    Floating Pier1

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    6

  • Due to extreme population density in Chinas major cities, there is a growing trend to move back into the villages. In collaboration with Peking University and landscape architecture firm, Turenscape, our team developed a conceptual proposal to integrate tourism into Xixinan, an ancient chinese water village, while being sensitive to local culture and traditions.

    Our proposal envisions agritourism and an artist community co-living with the locals. The masterplan emphasizes a connection to the water, proposing a mix of uses to activate paths along the canals.

    In addition, the masterplan requires architectural interventions; thus urban acupuncture was used to rehabilitate vacancies. The concept aims to design typological conditions that can be applied throughout the sight. Using existing vacancies, the idea is to expose traditional chinese structures with flexible programs that emphsaize co-sharing of knowledge between locals and visitors.

    Project Team: Alan Chan, Dan Kleeschulte, Gary Chung

    X I X I N A N V I L L A G E

  • Bridge

    Hotel Developement

    Pedestrian Bridge

    Huangshan Mountain

    Agriculture

    Historic Center

    Entrance into Village

    Artists Community

    Small Shops

    Tourist Destination

    Housing Development

    Resort / Hotel

    Agricultural Tourism

    Parks

    Retail

    Educational Facilities

    Historical Landmark

    High Speed Rail 200 kphHigh Speed Rail 300 kphUnder Construction

    WaterAnhui ProvinceHuangshan City

    RailroadsWater

    Huangshan CityMountains

    Major Roadways

    RailroadHigh Speed Rail

    WaterXixinan Village

    Anhui Province Huangshan CityRegional Scale

    Opportunities

    Reconnect to the Water Interconnectivity

    Proposed Land Use

    Incision Expose Integrate Old & New

  • UNDERGROUND CAR PARKING

    HIGH CAPACITY

    LOW CAPACITY

    HIGHWAYEXITS / RAMPS

    /

    ABOVE GRADE

    BELOW GRADE

    UNDERGROUND CAR PARKING

    PRT MANUAL OPERATION ZONE

    METRO

    PRT

    BIKE / PEDESTRIAN PROMENADE

    GROUND LEVEL BIKE PARKING

    PARK LEVEL BIKE PARKING

    The Shengzhen Bay Supercity competition brief required a new 170-hectare financial district for the city, including three high-rise structures, cultural buildings, and a large green space to connect the district to the surrounding city. The hope for the masterplan is to create a new iconic financial district for Shenzhen.

    Blooming City proposes a 160-story megastructure, broken into several programs to a create variety of spaces to to serve public, commercial, residential, and cultural programs. Sitting on an urban retail landscape, the roof becomes a green network that integrates ecological principles, transportation hubs, and public life.

    There were three design teams that participated in this submission: Tower, Transportation Hub, and Urban Design / Planning. I was a part of the Urban/Design Planning team and served as a liaison between the three teams.

    TrafficHighwayUnderground Parking

    Above GradeBelow GradePRT ZoneUnderground Rail

    Traffic

    Ground BIke ParkingPark Bike Parking

    FunctionWater Infrastructure Transportation Hubs

    Car Transportation PRT Transportation Bike / Pedestrian

    Parking 2

    Parking 1

    Commercial - Level -2

    Commercial - Level -1

    Commercial - Ground

    Park Level

    Project Team: Alan Chan, Brian Ravinsky, Vivek Thomas, Moath Rababah, Yan Duan, Xinjian Liao, Ian Liu, Tino Goo, Cody Cot Faculty: Jin Young Song, Hiroaki Hata, Bumjoon Kang

    B L O O M I N G C I T Y

  • T R A N S P O R T A T I O N H U B

    Single Pedal Added Veins Primary Fold Final Form

  • Diagonal grid structure is an extension of 3D park main design scheme on tower face. It provides less number of vertical columns and creates open views from tower to landscape.

    Connect with Sky Bridge

    Sharpen Form

    Extrude Towers

    Diagonal Grid Structure

  • Convention CenterRestaurantCultural Center Lobby

    Commercial & Transportation Hub

    Retail

    Office

    Residential

    Convention / Cultural Center

    Hotel

    Underground Parking

    Cultural Center

  • 2 0 M o t t s t.20 Mott Street20 Mott Street, New York, NY, 10013ICM Global DesignJohn ChenJHC Consulting Engineer, P.C.2010

    Project:Location:

    Client:Architect: Firm:

    Date:

    20 Mott Street was an 8 story mixed use office building located in Chinatown. At Apollo Builders, I helped the architect draft revisions for the project.

  • Outline Specfications1. Foundation

    2. Ground Floor at Open Office

    3. Ground Floor at Prep/Storage

    4. Structure at Ground Floor

    5. CMU Construction for External Wall

    6. Structure at Second Floor

    7. Second Floor at Open Office

    8. Second Floor at Conference Room

    9. Second Floor Exterior Wall Construction

    10. Roof

    11. Glazing

    12. Sunscreen System

    - 8 inch cast in place concrete strip footing, 2 #5 rebar continuous in footing, 2 #5 rebar in stem wall at 16 inches o.c. #5 rebar vertical at 24 inches o.c. at center of wall

    - 4 inch crushed gravel- R-10 rigid insulation at perimeter and underslab-Vapor barrier- 4 inch cast in place concrete slab on grade- 2 inch concrete topping slab with fiber mesh reinforcement at areas with radiant heating system

    - 4 inch crushed gravel- 2 inch sand- R-10 rigid insulation at perimeter- Vapor barrier- 4 inch concrete slab on grade- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 X 8 X 16 CMU Wall- Building paper- 4 inch metal studs at 16 inches o.c.- R-11 batt insulation- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 inch hollow core concrete slab- 2 1/2 inch cast in place topping slab- 14 inch raised floor system

    - 8 inch hollow core concrete slab- 14 inch raised floor system

    - 5/8 inch gypsum white board- Vapor barrier- R-19 batt insulation- 6 inch metal studs- 5/8 inch gypsum sheating- 1/2 inch cementitious boards

    - 8 inch sloping hollow core- 2 1/2 inch cast in placeconcrete topping slab- R-30 rigid insulation- Single ply vented roofing membrane

    - Aluminum curtain wall system- Insulated glass

    - 2 inch X 24 inch horizontal aluminum grilles- 2 inch X 18 inch vertical aluminum tubes- Pre-engineered aluminum sunshade system

    Outline Specfications1. Foundation

    2. Ground Floor at Open Office

    3. Ground Floor at Prep/Storage

    4. Structure at Ground Floor

    5. CMU Construction for External Wall

    6. Structure at Second Floor

    7. Second Floor at Open Office

    8. Second Floor at Conference Room

    9. Second Floor Exterior Wall Construction

    10. Roof

    11. Glazing

    12. Sunscreen System

    - 8 inch cast in place concrete strip footing, 2 #5 rebar continuous in footing, 2 #5 rebar in stem wall at 16 inches o.c. #5 rebar vertical at 24 inches o.c. at center of wall

    - 4 inch crushed gravel- R-10 rigid insulation at perimeter and underslab-Vapor barrier- 4 inch cast in place concrete slab on grade- 2 inch concrete topping slab with fiber mesh reinforcement at areas with radiant heating system

    - 4 inch crushed gravel- 2 inch sand- R-10 rigid insulation at perimeter- Vapor barrier- 4 inch concrete slab on grade- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 X 8 X 16 CMU Wall- Building paper- 4 inch metal studs at 16 inches o.c.- R-11 batt insulation- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 inch hollow core concrete slab- 2 1/2 inch cast in place topping slab- 14 inch raised floor system

    - 8 inch hollow core concrete slab- 14 inch raised floor system

    - 5/8 inch gypsum white board- Vapor barrier- R-19 batt insulation- 6 inch metal studs- 5/8 inch gypsum sheating- 1/2 inch cementitious boards

    - 8 inch sloping hollow core- 2 1/2 inch cast in placeconcrete topping slab- R-30 rigid insulation- Single ply vented roofing membrane

    - Aluminum curtain wall system- Insulated glass

    - 2 inch X 24 inch horizontal aluminum grilles- 2 inch X 18 inch vertical aluminum tubes- Pre-engineered aluminum sunshade system

    Outline Specfications1. Foundation

    2. Ground Floor at Open Office

    3. Ground Floor at Prep/Storage

    4. Structure at Ground Floor

    5. CMU Construction for External Wall

    6. Structure at Second Floor

    7. Second Floor at Open Office

    8. Second Floor at Conference Room

    9. Second Floor Exterior Wall Construction

    10. Roof

    11. Glazing

    12. Sunscreen System

    - 8 inch cast in place concrete strip footing, 2 #5 rebar continuous in footing, 2 #5 rebar in stem wall at 16 inches o.c. #5 rebar vertical at 24 inches o.c. at center of wall

    - 4 inch crushed gravel- R-10 rigid insulation at perimeter and underslab-Vapor barrier- 4 inch cast in place concrete slab on grade- 2 inch concrete topping slab with fiber mesh reinforcement at areas with radiant heating system

    - 4 inch crushed gravel- 2 inch sand- R-10 rigid insulation at perimeter- Vapor barrier- 4 inch concrete slab on grade- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 X 8 X 16 CMU Wall- Building paper- 4 inch metal studs at 16 inches o.c.- R-11 batt insulation- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 inch hollow core concrete slab- 2 1/2 inch cast in place topping slab- 14 inch raised floor system

    - 8 inch hollow core concrete slab- 14 inch raised floor system

    - 5/8 inch gypsum white board- Vapor barrier- R-19 batt insulation- 6 inch metal studs- 5/8 inch gypsum sheating- 1/2 inch cementitious boards

    - 8 inch sloping hollow core- 2 1/2 inch cast in placeconcrete topping slab- R-30 rigid insulation- Single ply vented roofing membrane

    - Aluminum curtain wall system- Insulated glass

    - 2 inch X 24 inch horizontal aluminum grilles- 2 inch X 18 inch vertical aluminum tubes- Pre-engineered aluminum sunshade system

    Outline Specfications1. Foundation

    2. Ground Floor at Open Office

    3. Ground Floor at Prep/Storage

    4. Structure at Ground Floor

    5. CMU Construction for External Wall

    6. Structure at Second Floor

    7. Second Floor at Open Office

    8. Second Floor at Conference Room

    9. Second Floor Exterior Wall Construction

    10. Roof

    11. Glazing

    12. Sunscreen System

    - 8 inch cast in place concrete strip footing, 2 #5 rebar continuous in footing, 2 #5 rebar in stem wall at 16 inches o.c. #5 rebar vertical at 24 inches o.c. at center of wall

    - 4 inch crushed gravel- R-10 rigid insulation at perimeter and underslab-Vapor barrier- 4 inch cast in place concrete slab on grade- 2 inch concrete topping slab with fiber mesh reinforcement at areas with radiant heating system

    - 4 inch crushed gravel- 2 inch sand- R-10 rigid insulation at perimeter- Vapor barrier- 4 inch concrete slab on grade- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 X 8 X 16 CMU Wall- Building paper- 4 inch metal studs at 16 inches o.c.- R-11 batt insulation- 14 inch raised floor system

    - 18 inch cast in place architectural concrete columns, 8 #5 rebar, #5 coil at 3 inch pitch- 36 inch X 32 inch cast in place concrete beams, 12 #5 rebar

    - 8 inch hollow core concrete slab- 2 1/2 inch cast in place topping slab- 14 inch raised floor system

    - 8 inch hollow core concrete slab- 14 inch raised floor system

    - 5/8 inch gypsum white board- Vapor barrier- R-19 batt insulation- 6 inch metal studs- 5/8 inch gypsum sheating- 1/2 inch cementitious boards

    - 8 inch sloping hollow core- 2 1/2 inch cast in placeconcrete topping slab- R-30 rigid insulation- Single ply vented roofing membrane

    - Aluminum curtain wall system- Insulated glass

    - 2 inch X 24 inch horizontal aluminum grilles- 2 inch X 18 inch vertical aluminum tubes- Pre-engineered aluminum sunshade system

    P I E Rc E C O U N T YE. S. B U I L D I N G

    These drawings are a graphic representation of an existing 2-story office building. They outline the different building specifications through peeled back layers in axonometric view.

    Pierce County Environmental Services Office BuildingMiller/Hull PartnershipUniversity Place, WA

    Project:

    Architect:Location:

  • U R B A N S K E T C H I N GI like to sketch anywhere and everywhere. I find a lot of value in the coordination between space and perspective, and translating those hierarchies and experiences with a pen and a piece of paper. These sketches were studies on different spaces in rural China.