Kyle Taveira I Architecture I Design by Kyle Taveira

KYLETAVEIRA Architecture I Design

TABLECONTENTS FOUNDATIONS

UNDERGRADUATE

GRADUATE

CAPTUREMOVEMENT

INTERTWINEPAVILION

DREAMTIME

SPRING 2015

FALL 2016

SPRING 2018

FORESTESSENCE

UPCYCLEDROW

THECATALYST

FALL 2015

FALL 2016

SUMMER 2018

REIMAGINESTAIRS

FACADECONCEPTION

URBANSCHOOL

SPRING 2016

FALL 2016

FALL 2018

LABYRINTHLIVING

RENOVOLIBRARY

SPRING 2017

SPRING 2019

CIRCULATE2059 FALL 2017

CAPTUREMOVEMENT SPRING 2015 I PROFESSOR Eric Oskey In order to study basic movement within space, a hand operating a wine bottle opener was photographed then digitally mapped using Rhino. After selecting different times through the movement, I highlighted different parts of the hand with unique movements. Using lofted surfaces, I generated a visual representation of movement through space and time. Then, I fabricated a physical manifestation through material tests and manipulation. The changes in materials allow for a visual relationship as well as a visual isolation of specific movements.

MAPPING MOVEMENT IN SPACE

MATERIAL MANIPULATION

QUANTITATIVE + QUALITATIVE DRAWING

FORESTESSENCE FALL 2015 I LOCATION Elkins Park,PA I PROFESSOR Dennis Playdon

MAPPED SECTIONS

Measured Sections and Plotted Points

In order to understand the relationship between the human body and nature, a selected section of terrain in High School Park was surveyed using only the human body. By relating steps to a known factor, a personâ&#x20AC;&#x2122;s height, we were able to map out and triangulate the terrain. After mapping the triangulation, the points were input into Rhino and a surface was generated. To be able to fully comprehend the site, sketches and photos were taken to understand the quality and spatial aspects of the site. Special attention was given to the areas between the leaves and the trees that allowed light to flow through the space as well as the different thresholds the trees created.

TRIANGULATED MESH

Triangulated Mesh

Patch Surface and Contour Lines

CONTOUR SURFACE

SELECTED SITE + PATH

Selected Site and Path

SECTIONS CUTS

Selected Cuts of Site

ASSEMBLED CUTS

Selected Cuts Modeled from Site

SPATIAL SKETCHING

PROCESS BREAKDOWN

4 HAND DRAFTED SECTION OF MODEL

CAPTURING THE ESSENCE After further study of the selected site, certain aspects were mimicked into a physical model. The way the light shone through the trees was projected in the design of the module that allows light to come through. The way the water and rocks interacted in the creek influenced the shape of the model, which portrays the exact instant the water hits the rocks. The light from the trees and the movement in the water was reproduced further into a spatial model that recreated the essence of the creek. The wave-like modules grew vertically to create a shaded structure resembling the tree canopy. The wood grid represents the vertical and horizontal elements of the tree trunks and branches. The armature became a structure for the different levels of the terrain.

SELECTED SITE

TRANSITION

THRESHOLD

SHELTER

LIGHT

FOOT TO STAIR CONTACT ANALYSIS

REIMAGINESTAIRS SPRING 2016 I LOCATION Tuttleman Learning Center I PROFESSOR Sonja Bijelic In order to understand the relationship between the human body and the built form, a staircase was surveyed and drafted. Through measurement and documentation, a general understanding of scale was developed. The body’s movement up the staircase was drawn and analyzed to evaluate the relationship between the human foot and the scale of a stair tread. After a general comprehension of the current ratios of tread to riser, a choreographed routine movement was developed to examine what a staircase would look like with a different natural movement.

CHOREOGRAPHED MOVEMENT

SPATIAL POINT CLOUD SYSTEM

Point Cloud scale 1”=1’

HAND DRAFTED STAIR SURVEY

TRIANGULATED MOVEMENT

REIMAGINING STAIRS Certain points on the person enacting the choreography were mapped in space and time. These points allowed for an analysis of how the person used and filled the space. After studying the movement and recognizing a consistent swaying pattern, the new stairs were shifted and curved to allow for maximum movement in a wave-like form. The second flight of stairs overlooked the first flight and mirrored the wave movement. This new shape challenges what it means to be stairs by helping guide that natural movement up and down.

BOTTOM OF FIRST STAIR SKETCH

TOP OF FIRST STAIR SKETCH

INTERTWINEPAVILION FALL 2016 I LOCATION Yanaka Ginza, Japan I PROFESSOR Andrew Wit Yanaka Ginza is a well-known street in Tokyo filled with mixed markets as well as the home of large populations of cats. The task was to develop a pavilion that could embody what this space is about, keeping in mind the tight and condensed space of the steps and street. After using paper modeling to come up with an origami type of module for the space, it was applied to the main staircase. The pavilion is made up of two modules that interlock with one another with alternating aluminum and bamboo plywood. The lower level is known as a â&#x20AC;&#x153;cat cafeâ&#x20AC;?, that shelters the immense number of stray cats and establishes a set area for locals and tourists to sit down and play with the cats. The upper level is an artist gallery where each month local artists can display their work. SITE PLAN

YANAKA GINZA SITE PLAN

CROSS SECTION

WEST ELEVATION

APPROACHING WEST ENTRANCE

FOLDING DIAGRAM

WEST ENTRANCE

APPROACHING EAST ENTRANCE

FLOOR PLAN

LONGITUDINAL SECTION

MATERIAL ANALYSIS

UPCYCLEDROW

PROGRAM

FALL 2016 I LOCATION Olde Kensington, PA I PROFESSOR Andrew Wit Philadelphia is known for the typical rowhouse for a single family. The challenge was to develop a prototype that could create a mixed-use building that had the same qualities of a typical rowhome while also housing a workspace. Upcycled Row pairs an resident artist with a team of upcyclers. The lower levels include workshops and assembly spaces for furniture upcyclers. A private entrance to the upper levels in the back allow for the resident artist to go to their house at the top or to their private art studio. The third floor encourages a collaboration space where the upcyclers and the resident artist can display their work and have people come in and see it. The outward movements of the masses are set up based on public versus private views from the street. The reimagined part of the rowhouse is the interaction between public and private within the building.

FOURTH FLOOR RESIDENCE

PROGRAM ANALYSIS

PRIVATE VS. PUBLIC

THIRD FLOOR ARTIST STUDIO

FIRST FLOOR MAKER SPACE

SECOND FLOOR COLLABORATIVE SPACE

CROSS SECTION

LONGITUDINAL SECTION

DOWN

THIRD FLOOR PLAN

FOURTH FLOOR PLAN

DETAIL DOUBLE-SKIN CONSTRUCTION SYSTEM 1- Galvanized steel copping 2- Window operating machinery 3- Roof: Galvanized steel shingles, waterproofing membrane, roofing membrane, 9” tapered rigid insulation, 5” poured in place concrete, corrugated metal sheet, intumescent painted steel beam 4- Flashing 5- Ventilation opening 6- Galvanized steel support 7- Steel column 8- Aluminum clad double glazed insulated operable awning window 9- 4” Rigid insulation, aluminum paneling 10- Galvanized steel grid 11- Steel columns, aluminum clad laminated single glazed operable window 12- Floor: sealed & polished poured in place concrete slab, corrugated metal sheet, intumescent painted steel beam 13- 5” Slab on grade, vapor barrier membrane, 4” thermal insulation, w/ protection board 14- 4” Gravel depth 15- Concrete foundation poured-in-place, waterproofing, protection board & drainage mat 16- 4” Dia. drain pipe

DETAIL WALL ELEVATION

FACADECONCEPTION FALL 2016 I PROFESSOR Sonja Bijelic The facade consists of an operable double skin system. During the winter, the facade stays closed, allowing the sun to heat up the space in between the two skins. The interior skin can be opened, allowing the warm air from between the two facades to enter the building. During the summer, the exterior facade can be opened, allowing for ventilation and acting as a shading device. With the exterior facade opened, the heat can be released reducing interior heat gain. The exterior skin opens with a motorized system located on the roof.

DETAIL MODEL

DETAIL WALL SECTION

DETAIL RAIN SCREEN CONSTRUCTION SYSTEM 1- Stainless steel copping 2- Flashing 3- Waterproofing Membrane 4- 3/4” Roofing Membrane 5- 9” Tapered Rigid Insulation 6- 3/4” Exterior Gypsum Board 7- 2”x12” Joist - 16” O.C. 8- 10” Thermal Batt Insulation 9- 3/8” Drywall 10- Alumnium Clad Double Glazed Insulated Operable Awning Window 11-Galvanized Steel Grid Framing System 12- Terra Cotta Rainscreen Facade 13- Ashtech Powdered Aluminum Rainscreen Facade 14- Ventilation Cavity 15- 3/4” Hardwood Floor & 3/4” Plywood Subfloor 16- 4” Rigid Insulation, Tyvek, 3/4” Exterior Sheathing, 2”x6” Stud - 16” O.C., Thermal Insulation w/ 3/8” Drywall 17- 5” Slab on Grade, Vapor Barrier Membrane, 4” Thermal Insulation w/ Protection Board 18- 4” gravel Depth 19- Concrete Foundation Poured in PLace, Waterproofing, Protection Board & Drainage Mat 20- Double Glazed Fixed Insulated Safety Glass Window 21- 4” Dia. Drain Piper 22- Aluminum Door w/ 2” Aluminum Door Frame DETAIL WALL ELEVATION

FACADECONCEPTION FALL 2016 I PROFESSOR Sonja Bijelic The facade consists of a series of rainscreens. The terra cotta rainscreen stands off from the moisture-resistant surface of an air barrier applied to the sheathing that creates a capillary break to allow drainage and evaporation. The system prevents the wall air/moisture barrier on the sheathing from getting wet. The pattern of the facade creates a linear movement across drawing your eye to the vertical curtain wall system wraping the corner.

DETAIL MODEL

DETAIL WALL SECTION

LABYRINTHLIVING SPRING 2017 I LOCATION East Kensington, PA I PROFESSOR Chris Renn A neighborhood plagued with condemned houses and demolished lots called for a new prototype of housing and community development that could revitalize its original essence. After visiting an ecovillage in Ithaca, NY, I became aware of how sustainability could be a bonding element in community development. After interviewing locals, it became apparent that they did not have any green space for growing. The location was optimal for maximum solar exposure as well as being right down the street from public transportation. The name originates from the interior maze that runs throughout the building. The structure consists of scaffolding with a specially designed joint enabling its use for planters. On the upper floors are affordable micro-apartments. Both the residents and the community come together to fill the scaffolded pathways with greenery ranging from vegetable plants to common ferns. The residents also share a communal kitchen to encourage an interior community richness.

MOCK-UP SCAFFOLD MODEL

PROCESS MODELS

DOWN

SECOND FLOOR

DOWN

THIRD FLOOR

MODULAR CONNECTION

FOURTH FLOOR

MODULAR GLASS INSERT

PLANTER SYSTEM

ial

ific

Art

Diffused

Lig

Light

Charge Controller

Breaker Panel Electricty Demand Battery Storage

D/C to A/C Inverter

Electrical Grid Meter

SMART SOLAR GLASS

OPERABLE WINDOWS

CROSS SECTION

CIRCULATE2059

PONDS

FALL 2017 I LOCATION South Philadelphia, PA I PROFESSOR Andrew Wit In 2059, the water level will rise tremendously leaving most of Philadelphia under water. The question is, what will architecture look like and what will its purpose be? First, an urban master plan was developed to remediate the toxic land and accommodate new life. In order to respond to the rising water levels, a super structure was designed on the southern tip of the site that sits high above the predicted water line. Circulate works as a transition building to go between water, air, and land. The building also becomes a hub for trading in the market place in a time where each person has their own specialty item. The back side of the building uses aeroponic farming to mass production produce. The spiraling building mimics the superstructureâ&#x20AC;&#x2122;s amphitheater legs while also narrating the interior circulation ramp. Architecture in the future becomes a living being that shifts its uses based on evolving needs.

JETTY

PEDESTRIAN PATH

AMPITHEATER GREEN SPACE

BOATING DOCK

PARK SPACE

COLLABORATOR Ashley McCabe (Super Structure) DRONEPORT

DEVELOPED TERRAIN

PHYTOREMEDIATION

TRANSPORT PONDS RAISED STRUCTURE

CHARGING PADS

ROADS & PATHS

SUPER STRUCTURE SUSTAINABLE FEATURES

SUPER STRUCTURE MAIN COMPONENTS

TERRAIN

FIRST FLOOR BOAT DOCK

FOURTH FLOOR RAMP

GREEN ROOF the sloped green roof meshes in with the lucious green super structure to continue the landscape

DRONE LANDING the roof top drone landing port is accessed for commuters arriving and departing short distances

45°

EXTERIOR SHELL a perforated facade is added to minimize light and heat gain for the aeroponic farm

3 FLOOR LEVELS the floor plates follow the main path’s slope allowing for maximum views and connections

AEROPONICS a large aeroponic controlled by an artificial intelligence program supplies the market

FORM DERIVATION

CIRCULATION main circulation ramp flows through whole building for pedestrians and bikes

RESEARCH & PROGRAMMING

LAZARUS LEG structural element of super structure

BUILDING MAJOR COMPONENTS

PROGRAM DIAGRAM

TRANSPORTATION

COMMUNITY MARKETPLACE

16 4 2 1

<-- FIRST FLOOR

6 7

1. Water Filtration Equipment 2. Restrooms 3. Fish Market 4. Lounge Space 5. Boat Dock 6. Drone Part Replacement 7. 3D Printing Room 8. Drone Programming 9. Entrance Area

LONGITUDINAL SECTION 1

1. Water Filtration Equipment 2. Restrooms 3. Fish Market 4. Lounge Space 5. Boat Dock 6. Drone Part Replacement 7. 3D Printing Room 8. Drone Programming 9. Entrance Area

SECOND FLOOR --> 10. Women’s Restroom 11. Men’s Restroom 12. Aeroponic Farming AI Storage 13. Drone Repairs 14. Drone Maintenance Parking 15. Drone Maintenance 16. Market Trading Station

12 10 10. Women’s Restrooms 11. Men’s Restrooms 12. Aeroponic Farming AI storage 13. Drone Repairs 14. Drone Maintenance Parking 15. Drone Maintenance 16. Market Trading Station

<-- THIRD FLOOR

27 26 25 17

23 19

20 22

17. Harvesting Room 18. AI Programming 19. Plant Incubation 20. Preparation Station 21. Seed Storage 22. Lounge Area 23. Cafe Seating 24. Cafe 25. Men’s Restrooms 26. Women’s Restrooms 27. Rentable Marketspace 28. Commuter Cafe 29. Commuter Lounge & Waiting

LONGITUDINAL SECTION 2

34 33

FOURTH FLOOR -->

31 32

30. Skywalk Lounge 31. Vegetable Market 32. Bike Parking 33. Herb Market 34. Flower Market 30. Skywalk Lounge 31. Vegetable Market 32. Bike Parking 33. Herb Market 34. Flower Market

DREAMTIME SPRING 2018 I LOCATION Melbourne, Australia I PROFESSOR Eric Oskey

HUMAN WORLD Ceremony, dancing, singing, story telling, people, family

The aboriginal dreamtime concept states that there are three parts to our world, the human world, the physical world and the sacred world. Together, the three components were created from the same source and everything was created in our dreamtime. Inspired by the theory, this installation strives to encapsulate the three components. A ceremonial opening in the field of stalks allows for celebration and space for the annual Tanderrum event. The elongated promenade of the installation mimics the shape of the rainbow serpent of the aboriginal art. The interactive light elements of the night allow for transformation from body to spirit. The dreamtime installation becomes an art PHYSICAL WORLD HUMAN WORLD piece that flows through the St. Kildasinging, Triangle site down towards Sky, the Port Bay. It animals, stars,Phillip sun, moon, Ceremony, dancing, becomes a visual enhancing sensation of serenity. site, rocks story phenomenon, telling, people, familythe site and developing aland,

PHYSICAL WORLD Sky, stars, sun, moon, animals, land, site, rocks

SACRED WORLD SACRED WORLD Time, existence, stories, creation,stories, spirit, transference Time, existence, creation, healing, spirit, transference

Range of Motion

COMPETITION ENTRY Land Art Generator Intiative, Melbourne PHYSICAL (4th Place) WORLD HUMAN WORLD

Range of Motion

PHYSICALPHYSICAL WORLD WORLD PHYSICAL WORLDSACRED WORLD HUMAN WORLD HUMAN WORLD HUMAN WORLD SACRED WORLD SACRED WORLD SACRED WORLD Sky, stars, sun, animals, Ceremony,Ceremony, dancing, singing, Time,animals, existence, creation, Sky,moon, stars,Sky, sun, stars, moon, sun, Sky, animals, moon, stars, sun, animals, moon, Ceremony, dancing,Ceremony, dancing, singing, singing, dancing, singing, Time, stories, existence, Time, existence, stories, Time, creation, stories, existence, creation, stories, creation, land,family site, rocks story telling,story people, family transference land, site,land, rockssite, rocks land, site, rocks healing, spirit, telling, story people, telling,story family people, telling, family people, healing, spirit, healing, transference spirit, healing, transference spirit, transference

Range of Motion

ter Range of Motion

Range of Motion

ters me 4.6

me 4.6

ters me 4.6

ters

rs ete 4.6 m

18 meters

SPIRITUAL fiber optics

triboelectric fabric

piezoelectric disks

18 meters

Range of Motion

4.6

18 meters

Range of Motion

SPIRITUAL 3 SPIRITUAL3 SPIRITUAL fiber optics fiber opticsfiber optics

TRANSFERENCE oled lighting

SPIRITUAL 2

fiber optics

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piezoelectric disks

triboelectric fabric

THECATALYST SUMMER 2018 I LOCATION Callowhill, PA I PROFESSOR Ximena Valle Callowhill in Philadelphia is full of large superblocks made up of industrial buildings and factories. It creates a divide in the city with a dead space and lack of greenery. This proposal rethinks the city block and how to move within and around it, while incorporating important green infrastructural element to reduce the overall contaminated run-off of the impervious pavement of the surrounding parking lots. The Catalyst is intended to spark change and encourage developers and urban planners to think about cars and humans as two separate entities. The site separates itself diagonally inviting pedestrians to enjoy the spaces. The interior paths also generate safer spaces to move away from the streets. The overall master plan starts to become more humancentric rather than center around a machine. The interior spaces was design through spatial sequencing pairing programs that seem very different but could be connect in different ways or through different times of day creating an overall richer environment for a greater audience.

CONNECTOR WALKING PATHS

BUILDING DENSITY

MAJOR HIGHWAY STRUCTURE

PARKING LOTS

ROAD STRUCTURE

GREEN SPACE

PUBLIC TRANSPORTATION NETWORK

SOLAR PATH

FUNDAMENTAL SITE COMPONENTS

CONTAMINATED RUN-OFF

GREEN INFRASTRUCTURE

CLEAN WATER

ACCESSIBLE WALKING PATHS

ACCESSIBLE BIKING PATHS

PEDESTRIAN SAFETY FROM CARS

INTERIOR VIEW OF SITE

FORMAL DIAGRAM

SPATIAL SEQUENCING

A PLACE FOR SHOPPING, EXERCISE, ENTERTAINMENT

A PLACE FOR NATURE, PLAY, RETREAT

A PLACE FOR DISPLAY, EXERCISE, RETREAT

3 2

LONGITUDINAL SECTION

<-- FIRST FLOOR 10 4

1. Rock Climbing Wall Area 2. Fresh Market Rentable Booths 3. Prototype Sales Rentable Booths 4. Lobby Area 5. Mail Room & Housekeeping 6. Drop-Off / Pick-up Waiting Area 7. Break-out Spaces 8. Kitchen 9. 24-Hour Cafe 10. Robotic Book Retrieval

SECOND FLOOR --> 1

EAST ELEVATION

11. Restaurant & Bar 12. Kitchen 13. Game / Play Room 14. Housekeeping & Mechanical Closet 15. Lobby Area 16. Classrooms & Event Space

<-- THIRD FLOOR 20

19 18

SOUTH ELEVATION

17. Gym 18. Laundry Cafe 19. Kitchen 20. Dry Cleaning 21. Quiet Reading & Computer Area 22. Mechanical Room

NINTH FLOOR --> 23. Mixed Housing Units 24. Electrical Closet & Housekeeping 25. Start-up Company Office 26. Mixed Lounge 27. Senior Housing Units 28. Lounge

25 23

URBANSCHOOL

FALL 2018 I LOCATION Philadelphia, PA I PROFESSOR Bob Shuman, Fauzia Garcia The Temple University Architecture and Environmental Design division has been relocated many times. In 2011, the Architecture Building was built on Main Campus, aside from Landscape Architecture and Horticulture on the Ambler Campus. This distance has created a divide in the majors underutilizing the collaborations that the professions typically utilize. The proposal brings these majors together under one roof finishing the last part of the Tyler School of Art Complex. The proposal includes a new entry to the complex with a large atrium leading directly to the courtyard. The atrium is seen as a collaboration space for all majors to interact. By closing off the courtyard, it can be used as interior circulation. A major component of the landscape school is the green house, which is located on the top floor of the building collecting optimal solar energy and can be seen from inside the Tyler Complex.

Students from Kardon Atlantic

1. Remove existing entrance and fill in overhang

2. Establish new signified entrance and atrium leading to courtyard

3. Add additional square footage for new building programs

4. Break down new facade towards rowhouses

Students from the View

Students from Morgan Hall, The Edge, and 1300

Students from Diamond Green, SEPTA regional rail

Students from 1940 and West Norris Street

Students from 12th Street

Students from Camac Street Students from 13th Street

PEDESTRIAN PATHWAYS

Students from West Diamond Street, J&H, and Susquehan-

5. Utilize an expressice butterfly roof for shading

6. Create dedicated landscape areas for students to use

FIRST FLOOR

SECOND FLOOR

DESIGN-BUILD SHOP 1578 SF OFFICE 89 SF

OFFICE 89 SF

OFFICE 90 SF

OFFICE 89 SF

OFFICE 90 SF

SHADE HOUSE 1438 SF

OFFICE 92 SF

SUITE 2 217 SF

OFFICE 90 SF

OFFICE 122 SF

OFFICE 131 SF

BATHROOM 174 SF

LOADING DOCK 166 SF

BATHROOM 166 SF

OFFICE 120 SF

BATHROOM 171 SF

OFFICE 113 SF

CLOSET 59 SF

BATHROOM 165 SF

UP UP

OFFICE 92 SF

OFFICE 89 SF SUITE 1 257 SF

OFFICE 94 SF

SEMINAR ROOM 249 SF

PROGRAM OFFICE 208 SF

FACULTY WRKRM 200 SF

COPY/WRKRM 182 SF SMALL CLASSROOM 487 SF

OFFICE 96 SF

EXHIBITION CORRIDOR 1711 SF

LA UNDERGRAD STUDIO 2386 SF

LARGE CLASSROOM 2 958 SF

EXHIBITION CORRIDOR 2211 SF

ADJUNCT OFFICE 232 SF

COMPUTER ROOM 490 SF

PLOT ROOM 118 SF

MULTI-PURPOSE/ JURY ROOM 1610 SF

PLANT BIOLOGY LAB 1198 SF LARGE CLASSROOM 1 971 SF

LOBBY EXHIBITION 2992 SF

ATRIUM 1865 SF

COLLABORATION SPACE 1518 SF

OFFICE 136 SF

FOUNDATIONS STUDIO 3715 SF

SUITE 3 198 SF

FOUNDATIONS STUDIO 3658 SF

OFFICE 134 SF

OFFICE 139 SF OFFICE 134 SF

ARCHITECTURE LOBBY 3522 SF

STUDIOS

SEMINAR ROOM 1262 SF

MULTI-PURPOSE JURY ROOM 2257 SF

COLLABORATION SPACES

OFFICES

DESIGN BUILD SHOP

THIRD FLOOR

FOURTH FLOOR

OFFICE 131 SF

OFFICE 122 SF

OFFICE 92 SF

OFFICE 120 SF

BATHROOM 171 SF

OFFICE 113 SF

BATHROOM 165 SF

CLOSET 59 SF

MANAGER OFFICE 103 SF

GREENHOUSE SUPPORT 258 SF

BATHROOM 171 SF

BATHROOM 165 SF

CLOSET 59 SF

VESTIBULE 73 SF

SMALL CLASSROOM 487 SF

LA UNDERGRAD STUDIO 2386 SF

EXHIBITION CORRIDOR 2193 SF

COMPUTER ROOM 490 SF

ADJUNCT OFFICE 232 SF

PLANT RESEARCH LAB 581 SF

PLOT ROOM 118 SF

EXHIBIT CORRIDOR 1501 SF

LA GRADUATE STUDIO 1195 SF

GREENHOUSE 4003 SF

PLANT BIOLOGY LAB 1197 SF

ATRIUM 1163 SF UP

DN DN

ATRIUM 1865 SF

VESTIBULE 79 SF

ARCH UNDERGRAD STUDIO 3715 SF

GREENHOUSE

ARCH UNDERGRAD STUDIO 3658 SF

ARCH GRAD STUDIO 2810 SF

CLASSROOMS

LOADING DOCK

ARCH GRAD STUDIO 2421 SF

CORE

CROSS SECTION

Aluminum Air Foil Assembly Bolted Into HSS Roof Assembly Type 2 Roof Membrane 8.5" Rigid Insulation Damp Proofing 3" Corrugated Metal Deck W Steel Beam Metal Furring Metal Cladding

4th Floor 133' - 0"

Spider Glass Assembly Double Glazed Panel Spandrel Cable Tensioned Structure

2nd Floor 105' - 0" Typical Store Front Assembly Double Glazed

Stainless Steel Structure Attached to Atrium Wall Framing

Entrance 88' - 0"

TRANSPARENT WALL DETAIL SECTION

L I

8 7

1:12

1:12 3:12

3:12

3,264 FT2 OF SOLAR WATER HEATERS

1 C A

TYPICAL REFLECTED CEILING PLAN

WEST ELEVATION

G D

TYPICAL STRUCTURE + HVAC PLAN

ROOF PLAN

Mechanical 145' - 0"

Aluminum Air Foil Assembly Bolted Into HSS Roof Assembly Type 2 Roof Membrane 8.5" Rigid Insulation Damp Proofing 3" Corrugated Metal Deck W Steel Beam Metal Furring Metal Cladding Coping Stone Parapet 136' - 6" Wall Assembly Type 2 Metal Cladding Metal Furring 3" Rigid Insulation Damp Proofing 5 / 8" Exterior Gypsum Board 6" Metal Stud Bat Insulation 5 / 8" Gypsum Board

4th Floor 133' - 0"

Roof Assembly Type 1 5" Poured Concrete Damp Proofing Concrete on 3" Corrugated Metal Deck W Steel Beam

3rd Floor 119' - 0"

Floor Assembly Concrete on 3" Corrugated Metal Deck Bolted Structural Plate W Steel Beam Dropped Ceiling

2nd Floor 105' - 0"

Wall Assembly Type 1 Stone Panels Steel Brackets 3" Rigid Insulation Damp Proofing 8" CMU Metal Furring 5 / 8" Gypsum Board

1st Floor 91' - 0"

Ground 86' - 0"

OPAQUE WALL DETAIL SECTION

1/2â&#x20AC;? Opaque Wall Section

RENOVOLIBRARY SPRING 2019 I LOCATION Renovo, PA The proposal is a prototype to replace the typical Carnegie Library type. The site-specific mountainscape influenced the libraryâ&#x20AC;&#x2122;s overall form. The shell lifts up to reveal the interior activity at the two entrances. The shell holds up the sloping green roof keeping with the greenscape of the surroundings. The roof collects water and is reused for irrigation and as a grey water system to minimize wasted usable water. The back of the building has built-in amphitheater seating for community events and gatherings. The overall concept of the library is to allow for growth in a multigenerational environment. With technology constantly changing and the stigma behind libraries, this new library proposal allows for timeless spaces that can adapt to change as needed. The library is no longer just to read books, but a hub for gathering and learning. Learning is no longer solely through reading books, but itâ&#x20AC;&#x2122;s about discovery using computers, tablets, phones, etc.

GREEN ROOF

ASH STREET

12TH STREET

COMPETITION ENTRY John Stewardson Competition

STONE SHELL BIRCH STREET

HURON STREET

PARKING

GLASS REVEALS SITE PLAN

MULTIPURPOSE ROOM

LONGITUDINAL SECTION

THE COVE

<-- FIRST FLOOR UP

1. Public Lobby / Gallery Space 2. Mechanical Room 3. Large Meeting Room 4. Stoup Lounge 5. Multi-Purpose Room 6. Public Computer Area 7. Computer Classroom 8. Classroom 9. Small Meeting Rooms

9 7

6 5

4 DN

CROSS SECTION

SECOND FLOOR --> 10. Reading Room 11. Staff Work Room 12. Directorâ&#x20AC;&#x2122;s Office 13. Storage