Katelyn Troutman | Architecture Portfolio | B.Arch 2016

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P O R T F O L I O | B. A R C H 2 0 1 6 K A T E L Y N T R O U T M A N

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Transcript of Katelyn Troutman | Architecture Portfolio | B.Arch 2016

  • P O R T F O L I O | B. A R C H 2 0 1 6

    K A T E L Y N T R O U T M A N

  • Piazza di Siena

    Villa Medici

    Piazza del Popolo

    Casino Nobile

    Main Entrance

    Museo delle Arte Moderna

    Propilaea

    1 7 9 13 17 21

  • T A B L E O F C O N T E N T S

    1

    7

    9

    13

    17

    21

    S A I Y I N G P U N W E T M A R K E T S P R I N G 2 0 1 5 | H O N G K O N G , C H I N A

    B R E A T H E: R E F U G E E S C H O O L F O R W O M E NS P R I N G 2 0 1 6 | B E I R U T , L E B A N O N

    S U B T E R R A N E A N C O A L E S C E N C EF A L L 2 0 1 5 | L O N D O N , E N G L A N D

    E V E N T A R I U MF A L L 2 0 1 4 | R O M E , I T A L Y

    K I T o f P A R T SS U M M E R 2 0 1 4 | L E W I S B U R G , P A

    B R O W N S V I L L ES P R I N G 2 0 1 4 | B R O W N S V I L L E , P A

  • SPRING 2015

    LISA IULO AND ERIC SUTHERLAND

    ARCH 432

    DURATION: ONE SEMESTER

    GROUP PROJECT - JOHN STOVALL

    AND JACKIE NIETO

    Because of its limited space and further limiting agricultural infrastructure, Hong Kong relies heavily on imported food from China, which poses a great issue for the citys independent cultural identity.

    To alleviate this dependency, the Neighborhood Agricultural Network focuses on connecting residents to locally grown food, by placing roof top farms on public buildings in the neighborhood, and by having available space in our building to grow and cultivate products.

    Within the network hub are four floors of enclosed market space. The interior wall of the market is glass, providing consumers with a visual connection to the food theyre purchasing. The growing space is an open-air structure with grated catwalks. Plant shelves wrap around the exterior to maximize sun exposure. The fifth and sixth floor are both open air and house fish tanks for the aquaponics system, and additional planting shelves.

    S A I Y I N G P U N W E T M A R K E T

  • 100 of fresh beef 94 of fresh pork

    66 of eggs 92 of vegetables

    HONG KONG FOOD IMPORTATION

    90 of food is imported

    IMPORTED FROM THE MAINLAND

    HONG KONG FOOD iPRODUCTION

    30 of seafood consumed 7 of pigs consumed

    60 of poultry consumed 1.9 of vegetables consumed 20 of food to feed the population

    ACTIVELY FARMEDLAND: 7 sq km

    ARABLE LAND: 110 sq km

    TOTAL LAND AREA: 1104 sq km

    100 of fresh beef 94 of fresh pork

    66 of eggs 92 of vegetables

    HONG KONG FOOD IMPORTATION

    90 of food is imported

    IMPORTED FROM THE MAINLAND

    HONG KONG FOOD iPRODUCTION

    30 of seafood consumed 7 of pigs consumed

    60 of poultry consumed 1.9 of vegetables consumed 20 of food to feed the population

    Public Building Green Roof Network 1/64 = 1 - 0

    N

    FOOD IMPORTS AND EXPORTS PUBLIC GREEN ROOF NETWORK

    FARMED LAND

    NEIGHBORHOOD NETWORK

    2

  • BUILDING CIRCULATION CROSS ATRIUM VIEW

    THE NETWORK HUB MARKET FLOOR PLAN GROWING FLOOR PLAN

    3

  • GREEN WALL FILTER SCREEN

    FILTERED AIR

    SEE A5

    HIGH PRESSURE

    LOW PRESSURE

    PULLS IN CLEAN AIR ABOVE STREET LEVEL

    NATURAL CROSSVENTILATION

    RAINWATER COLLECTION

    COOLED AIR 70O F

    ATRIUM

    OUTSIDE AIR TEMP > 90O FIN SUMMER

    PLANTS + WATER TANKSCOOL & CLEAN AIR

    PROVIDE SHADE

    CLEANER, COOLER AIR EJECTED ONTO STREEL LEVEL

    SOLAR HEAT USED TOCOOL WATER

    WATER SCREEN

    WATER CHILLER

    COO

    LS AND DEHUMIDIFIES

    LOWERS TEMPERATURE

    AT GROUND

    EARTH COOLING SYS

    TEM

    Much of the occupied space of the building is open air, and uses an elaborate series of passive systems to cool and clean the air in and around the building, turning it into a city sized air filter.

    LONGITUDINAL SECTION PASSIVE SYSTEMS

    SITE PLAN

    4

  • CLARIFIER SOLID WASTE FILTER

    PUMP

    DEGASSING

    PUMP ROOM 2

    PUMP ROOM 3

    PUMP ROOM 4

    PUMP ROOM 1

    AQUAPONICS SYSTEM

    INTERIOR MARKET VIEW

    RENDERED FLOOR PLAN

    FESTIVAL SPACE

    5

  • CEILING

    TIE-BACKSTEEL TRUSS

    4 POURED IN PLACECONCRETE FLOORWITH STELL DECK

    CURTAIN WALL

    MOVABLEALUMINUM

    PANEL

    PANEL PIVOT

    2 TOPPING

    8 MULLION

    ALUMINUMSPANDREL PANEL

    BRACKET ANDCABLE CEILING TIE

    HVAC

    WA

    LL S

    ECTI

    ON

    AN

    D E

    LEVA

    TIO

    N

    3/4 = 1WALL SECTION EXTERIOR VIEW

    6

  • SPRING 2016

    JOHN STEWARDSON MEMORIAL

    FELLOWSHIP COMPETITION

    ARCH 492H

    DURATION: 10 days

    The Shatila Refugee Camp was opened in the southern part of Beirut, Lebanon in 1948 to accommodate Palestinians fleeing from Israel. Since the outbreak of the Syrian war, a new flood of refugees has moved into the camp, almost doubling its population. The neighborhood has become a slum - garbage in the streets, crumbling buildings, and tightly packed alleyways. Since the conditions of this neighborhood are so compact and unhealthy, the site of the Girls Refugee School is moved to the outskirts of the neighborhood, to allow room for growth, play, and a breath of fresh air. Removed from the melancholy atmosphere of their homes, the girls will have a chance to focus on their education and the bright future that lies ahead.

    B R E A T H E: R E F U G E E S C H O O L F O R W O M E N

  • The school itslef consists of two structures, each containing a primary classroom space, a secondary space for other programmatic elements, and support spaces for storage, offices, or bathrooms. In the event, that the school will need to expand, this module may be added in any direction, and applied at any site.

    The school will be constructed with bricks, made from the rubble in the streets of the slum. The local refugees will be employed to collect the rubble, crush it into finer pieces, manufacture bricks, and construct the school.

    MODULAR DESIGN

    CONSTRUCTION METHODS PLAN

    SOUTH ELEVATIONSITE PLAN

    8

  • FALL 2015

    JUAN RUESCAS

    ARCH 491/ARCH 492H

    DURATION: ONE SEMESTER

    (ONGOING)

    The London Underground is the citys most important mode of transportation, stretching 270 miles beneath the city streets. While it is an essential part of everyday life in London, there is a disconnect between this extensive underground network and the dense urban fabric above. The majority of stations are not distinguishable underground - save for their name - while riding the tube. Therefore, it is impossible to know what is happening at ground level. Further disconnected from the system are the 20+ disused stations of the Underground, most of which are derelict. These abandoned stations present an opportunity for expansion and reintegration into the system, making use of the existing infrastructure and enriching the local community. Coalescing the forgotten London Underground and the fabric of the city remedies the disconnect between these two worlds while facilitating deceleration and interaction in a space that is normally intended for transience.

    The project focuses specifically on the abandoned tunnel and platform at Euston Station, which lies between active station platforms on the Northern and Victoria Lines.

    S U B T E R R A N E A N C O A L E S C E N C E

  • PLATFORM DEPTHS BELOW GROUND LEVEL UNDERGROUND TUNNELS

    EXPERIENTIAL DISCONNECT

    BROMPTON ROAD

    HYDE PARK CORNER

    DOWN STREETCHARING CROSS

    ALDWYCH

    KING WILLIAM STREETMARK LANE

    TOWER HILL

    ST. MARYS

    SHOREDITCH

    CITY ROAD

    ESSEX ROAD

    YORK ROAD

    KINGS CROSS

    EUSTON

    SOUTH KENTISH TOWNSWISS COTTAGE

    MARLBOROUGH ROAD

    LORDS

    EARLS COURT

    UXBRIDGE ROAD

    SHEPHERDS BUSH

    WHITE CITYWOOD LANE

    BRITISH MUSEUMWESTBOURNE PARK

    10

  • SITE PLANSURROUNDING SITE

    LONGITUDINAL SECTION

    11

  • TRANSIT CONTEXT UNDERGROUND ENTRANCE

    12

  • Piazza di Siena

    Villa Medici

    Piazza del Popolo

    Casino Nobile

    Main Entrance

    Museo delle Arte Moderna

    Propilaea

    FALL 2014 - ROME STUDIO

    DAVID SABATELLO

    ARCH 499

    DURATION: ONE SEMESTER

    The goal for this project was to create a new event venue and museum for the city of Rome, in the underdeveloped area of the Galoppotoio in the Villa Borghese.

    The main axis of the Galoppotoio cuts it in half diagonally, and people use this path to move to the Pincian Gardens. The master plan aims to move people from point A to point B in a more interesting way. Pieces of the program are introduced along the axis, and then pushed, pulled, and rotated to create an indirect path.

    The museum was inspired by the typology of the Roman domus. Though it is not completely enclosed, the floating bridges imply a courtyard space, and also form a gateway-like entrance into the site. The gallery spaces are in the more open, permeable block of the building, while the services are contained in the more opaque block, and the bridges serve as gallery spaces as well as interior circulation. An exterior circulation ramp wraps from the courtyard through an interior gallery space and onto the roof, without ever entering the building.

    E V E N T A R I U M

  • ENGLISH GARDENMUSEUM

    FAIRGROUNDS

    FORMAL GARDENS

    EVANTARIUM

    ARENA

    B

    AB

    A

    B

    A

    B

    A

    SITE PLAN MAIN AXIS SEQUENCE

    14

  • GALLERY

    GALLERY

    RECEPTION

    OFFICE

    CAFE

    ROOF15.5 m

    ROOF9.5 m

    FIRST FLOOR3.5 m

    FIRST FLOOR4.5 m

    SECOND FLOOR9.5 m

    STORAGE/COAT

    TICKETING

    RECEPTIONCAFE

    KITCHEN

    STORAGE

    BATHROOMS

    BATHROOM

    GIFT SHOP

    LOBBYSCULPTURE GARDEN

    DELIVERIES

    LPTTSCULLL

    RA

    HRHHHHHH

    RE G63.7000

    GALLERYDIRECTOR/

    CURATORIAL

    ART STORAGE

    RESEARCH

    RESTORATION

    EXTERIOR CIRCULATION

    GALLERY

    BATHROOM

    N

    RHHHHH

    63.7000DOCU-CENTER

    GALLERY

    GALLERY

    EXT

    ERIOR C

    IRCU

    LAT

    ION

    BATHROOM

    UL

    RHHHHH

    63.7000

    SECTION A-A

    SECTION B-B

    THIRD FLOOR SECOND FLOOR GROUND FLOOR

    15

    A

    B

    A

    B

    A

    B

  • MUSEUM ENTRANCE

    BRIDGE AND GALLERY SPACE

    16

    BUILDING MASSES

    GALLERY BRIDGES

    EXTERIOR CIRCULATION

  • SUMMER 2014

    Research and graphic work done with Lisa Iulo for the Energy Efficient Housing Research Group at Penn State

    The Energy Efficient Housing Research Group at Penn State is dedicated to making homes more affordably efficient. With this in mind, the Kit of Parts was developed as a catalogue of energy efficient, modular components that could be retrofitted into a house, used for the modular construction of new homes, or added as an auxiliary unit, detached from an existing house. Not only does this promote sustainability in terms of energy, but it can also provide opportunities for aging-in-place and increased density.

    The following pages are some of the layouts I produced for the KoP research booklet. Preliminary research concerning module size was done by other members of the team, and I did much of the graphic work for the book. I researched standard home typologies and different ways the KoP could be added to these structures , specifically in Union County, in Pennsylvania. Text for these pages will be written by Lisa Iulo in the future.

    K I T o f P A R T S

  • 18

    MODULE TRANSPORTATION AND ASSEMBLY PAGE

  • 19

    UNIT SIZING PAGE

  • 20

    AUXILIARY UNIT CONFIGURATION PAGE

  • SPRING 2014

    SCOTT WING

    ARCH 332

    DURATION: ONE SEMESTER

    This project was located in Brownsville, PA, once a bustling industrial center and transportation hub along the Monongahela River. Today, the citys population has drastically dropped and many of the original buildings have fallen into disrepair. The program was to design a site plan with a hotel, restaurant, retail, and offices, that would increase tourism and industry and revitalize the city.

    The idea driving this site plan was returning recreation to the river. There is access down to Dunlap Creek from the park, with a foot path under the bridge, as well as directly down to the river where there is a kayak rental center and barge parks for visitors to sit and enjoy the view. The hotel design was also focused around the river. The rooms are on a single loaded corridor with emphasized views out to the creek and across the river.

    B R O W N S V I L L E

  • NORTH ELEVATION1/8=1-0

    0 5 101

    NORTH ELEVATION

    DUNLAP CREEK BRIDE RESTORATION

    22

    RESTOREDPAST RESTORED

  • OFFICE SUITES

    BAR

    BROWNSVILLE, PA

    MONONGAHELA

    MARKET

    STREE

    T

    CHARLE

    S STREE

    T

    BROW

    NSVILLE AV

    E

    BRIDG

    E STREET

    SITE PLAN 1/16=1-0KITCHEN GALLERY

    LOBBY

    RETAILDECK

    KAYAK RENTAL

    OPEN SPACE

    PLAYGROUND

    BARGE PARK

    RUIN PARK

    DELIVERIES

    PATIO

    PLAZA

    AMPHITHEATER

    FOOT BRIDGES

    UNDER BRIDGERIVER ACCESS

    +777

    +745

    +753

    STORERIVER ACCESS

    BALLROOM

    LOBBY

    CAFE+775

    N

    23

  • MARKET STREET

    CHARLES STREET

    BROW

    NSV

    ILLE AV

    E

    DELIVERIES

    PATIO

    PLAZA

    +777

    BALLROOM

    LOBBY CAFE

    +775

    N

    OFFICES

    STORAGE

    KITCHEN

    FLOOR PLANS1/8=1-0

    0 5 101

    BA B.1 C D E F G H I

    1

    2

    2.1

    3

    4

    5

    6

    7

    8

    2ND & 3RD FLOORS 4TH FLOOR 5TH FLOOR

    BA B.1 C D E F G H I

    1

    2

    2.1

    3

    4

    5

    6

    7

    8

    BA B.1 C D E F G H I

    1

    2

    2.1

    3

    4

    5

    6

    7

    8

    GROUND FLOOR

    GUEST ROOMS

    STORAGE

    VENDING

    GREEN ROOF

    GUEST ROOMS

    STORAGE

    VENDING

    SUITES

    SUITES

    STORAGE

    VENDING

    FLOOR PLANSWALL SECTION

    24

    1. ONE MODULE2 . MIRRORED MODULE 3 . FOLDED PANEL 4. VERTICAL BANDS (WIDTH OF BRICK) 5. PUNCHED WINDOWS 6. ANGLED WALLS FOR VIEW EMPHASIS

    FACADE DEVELOPMENT

    Precast concrete panels facet and undulate to mimic the motion of waves, and are made of 8 inch bands that reflect the width of the brick in the existing building all over town.