Sean Morrissey - 2019 Architecture Portfolio by Sean Morrissey

Sean Morrissey 317.213.6398 seandmorrissey@gmail.com 1717 31st Avenue Seattle, WA 98122

BACKGROUND 02 Resume 03 Approach + Biography

PROFESSIONAL 04 Sea-Tac International Arrivals Facility 08 Waterfront Seattle: Overlook Walk 11 East Kapolei Middle School Campus 13 University of Colorado, CASE Building 15 Denver Design District 16 Misc Civic Work - OZ Architecture 17 6 E Washington Street 19 IUPUI Projects - Dormitory + Administrative Offices ACADEMIC + PERSONAL 23 WestLink - Live/Work Thinktank 33 IndyGo Red Line Design Competition 35 Capsule of Porosity - Element Brewery 40 Extroverted Divide - LAX Detention Center 47 Junction - Barcelona Beach Market 51 Grass Roots - Interactive Installation 55 Public Identity - LoDo Public School 49 Educational Nomad - Lennox Head School PHOTOGRAPHY 62 Various Locations TRAVEL 63 Domestic + International REFERENCES + CONTACT 64

Sean Morrissey

Contents 1

LICENSURE American Institute of Architects Washington State - April 2017 EMPLOYMENT PROJECT ARCHITECT The Miller Hull Partnership *Projects: Sea-Tac International Arrivals Facility, East Kapolei Middle School Campus, and Seattle Waterfront: Overlook Walk

April 2016-Current

INTERN ARCHITECT OZ Architecture *Projects: University of Colorado CASE Building, South Metro Fire Station 31 & 32, , Roots Charter School, variety of feasibility studies and competition projects primarily in multi-family residential and civic work.

71 Columbia St, #600 Seattle, WA 98104 206.682.6837 millerhull.com 3003 Larimer Street Denver, Colorado 80205 303.861.5704 ozarch.com

January 2015 - April 2016

INTERN ARCHITECT Sink Combs Dethlefs: Sports Architecture (Perkins + Will) *Projects: Target Center Renovation and Pepperdine Event Center

July 2014 - January 2015

475 Lincoln Street Denver, Colorado 80203 303.308.0200 sinkcombs.com

INTERN ARCHITECT Axis Architecture + Interiors - Worked and assisted on educational, civic, corporate office, and interior renovation projects primarily in the conceptual design and schematic design phases.

618 E Market Street Indianapolis, Indiana 46202 317.264.8162 axisarch.com

Summer 2010 + June 2011-August 2012 + Summer 2013

GRADUATE ASSISTANT Clemson University 872 Teaching Assistant + Community Research & Design Center Barcelona Architecture Center Clemson University: School of Architecture Digital Design Studio

2012 - 2014

FREELANCE VISUALIZATION + DESIGN Various Freelance Rendering + Schematic Residential Design Work

EDUCATION Clemson University College of Architecture, Art and Humanities M.Arch - 2014 Ball State University College of Architecture and Planning BS.Arch - 2011 HONORS

IndyGo Red Line Design Competition, 1st Place, 2016 Comprehensive Design Competition, 1st Place, 2014 Harlan E. McClure Award, Finalist, 2014 Tau Sigma Delta Honor Society, 2014 Work showcased in CUSoA Centennial Gallery, 2013 AIAS Student Research Honor Award, 2011 Cripe Design Competition Finalist, 2010 Gresham Smith Design Competition Finalist, 2010 ICMA Design Competition 1st Place, 2008 Sigma Chi Scholarship Award, 2008-2011 Deanâ&#x20AC;&#x2122;s List, 2007-2011

SKILLS Revit Rhino w/ V-Ray AutoCad Adobe Photoshop / Illustrator / InDesign SketchUp w/ V-Ray Lumion DSLR Photography ACTIVITIES American Institute of Architects Young Architects Forum Seattle ACE Mentorship Program Seattle AIA Seattle Design and Wellbeing Committee Member

Resume 2

APPROACH

Itâ&#x20AC;&#x2122;s not what Architecture is, itâ&#x20AC;&#x2122;s what it does... - Glenn Murcutt Architecture at its foundation gives value and quality to living. Thus, it is our obligation, as architects to design buildings and communities that follow this foundation with our professional work. However, thoughtful design and architecture can and should go beyond this and do much more. As an architect, my love for architecture lives in the idea that the value of architecture is not simply an assembly of materials, but that it can become a tool to solve problems and become a catalyst for clients, communities, and environments. I strive to create architecture that is deeply rooted to its place, fosters community engagement, and creates a sense of craft and harmony. Ultimately practicing architecture is an opportunity, an opportunity to create a better tomorrow â&#x20AC;&#x201C; this sense of optimism is what inspires me to design and practice. PROFILE Currently a Project Architect at the Miller Hull Partnership in Seattle, Washington, I see myself as not only a designer and architect, but a student of my surroundings - each day provides new challenges that become opportunities to grow and learn as person and professional. I am a motivated individual that is passionate about my work, the built environment, and collaborating with clients and consultants in creating placed based solutions that improve quality of life of individuals and communities. For the last three plus years at Miller Hull, I have had the opportunity to work on both complex and rewarding design work seeking to not only be beautiful, timeless, and contemporary, but also innovative and humane. With this, I have also had the amazing opportunity in collaborating with various design partners and clients including; Skidmore, Owings and Merrell, Port of Seattle, James Corner Field Operations, Waterfront Seattle, LMN Architects, and Ferraro Choi and Associates. The amount of professional growth and valuable design experiences over these few years has been invaluable during my formative years as a young architect. Prior to working at Miller Hull, I worked as an Intern Architect in both Indianapolis, IN and Denver, CO. During that time, I had the opportunity to gain design and construction experience working on a wide range of projects from educational to civic to interior design projects. I graduated from Ball State University in 2011, earning a Bachelor of Science in Architecture and graduated from Clemson University in 2014 with a Master in Architecture. During my time in school, I was fortunate enough to win numerous design honors, and also had the great opportunity to travel both independently and as a student to 15 different countries.

Approach + Bio 3

Program: Airport Terminal Location: Seattle, WA Area: 557,000 s.f. Phase: DD-CA Duties: Design development, construction documents, interior design, space planning, construction admin. *In collaboration with Skidmore, Owings & Merrill

Due to airport growth and projected passenger passenger forcasts, the Port of Seattle determined a new landside International Arrivals Facility was needed to meet demand/current standards. The project constists of three portions in order to accomplish that goal: a Pedestrian walkway that connects the exting international gate South Satilite over the taxi lane to Concourse A, A new Sterile Corridor on the airside of Concurse A that allows for additional international capacity for the airport, and a new International Arrivals Facility on the landside of Concourse A that allows for an overall better passenger exprience and creates a dedicated baggage handling/ claim for International passengers. The IAF consists of four primary floors, two lower levels providing baggage handling, MEP service, and egress, the concourse level consisting primarily of the baggage claim hall and CBP processing areas/functions and the upper level providing new local CBP office space. The facility is designed to not only meet increased demand and forcasts, but also create a more streamlined passenger experience by creating a facility that is open, pleasing, and easy to navigate. Various design decisions were also made to allow the building to create a gateway to the Pacific Northwest by framing specific views to contextual landscapes and using local materials and finishes.

Intl. Arrivals Facility - Sea-Tac Sea-Tac Intl. Airport Seattle, WA Professional Work at M|H

The IAF Building represents a gateway for international travelers into the United States and more specically, into the unique Pacic Northwest region. With this in mind, the IAF Building is imbued with a strong sense of place with carefully landscaped spaces of planted evergreens and other regionally focused vegetation. The atmospheric qualities of the lush Pacic Northwest forests appear in critical areas of the project and enhance the passenger experience by both celebrating this distinct part of the country and softening exterior views of the surrounding Sea-Tac airport hardscape.

vel e us ethe

Mt R

Sketches for passenger experience

e ainie

gnition n Build ogy ut, and m the are ational

sc ad e

GMHL Ramp down

Automated Passport Control

EXT ONTEXT & SITE & SITE ANALYSIS ANALYSIS HWEST ORTHWEST SENSE SENSE OF PLACE OF PLACE

TSA

Pacic Northwest Forest

Baggage Claims

DVO

Re-check CBP Support

Secondary Processing

Program + Circulation

Views to Nature

The organization of the IAF building allows for the standard CBP APC processing flow and The IAF building along with the Pedestrian Walkway and allowing for passengers to recieve their bags in the arrival hall prior to document verification. the Pacific Northwest. With this in mind, the building is de Natural Material Natural Material trasts Cleared passangers move down the sloped walkway if their final destination is Seattle or follow landscapes and cafefully crafted and landscaped areas The use of The timber, use rock, of timber, and metals rock, and in architecture metals in architecture all highlightallthe highlight appreciation the appre for Northwest is visually distinct is visually from distinct other from regions other due regions to the due occurrence to the occurrence of visual conof visual conthe recheck corridor for baggage recheck and TSA inspection for connecting domestic flights. vegetation.

natural surroundings that the NW that region the NW hasregion to offer. has Views to offer. and Views integration and integrat with na sthe found natural in the landscape natural landscape and sky. This andissky. partly This due is partly to the due rocktoand thesoil rock types, and soil natural types, surroundings take this appreciation take this appreciation even further. even further. nellwet assurfaces often wetthat surfaces take-on that darker take-on hues. darker The hues. low sun-angles The low sun-angles breaking breakingvegetationvegetation CLARK CONSTRUCTION GROUP LLC 100% CD PORT MILESTONE | 20 JULY 2018 SKIDMORE, OWINGS & MERRILL LLP ugh g and morning afternoon and clouds afternoon addclouds to the add effect. to the effect.

Architectural Parti Contextual Influences

Contrasts

The Northwest is visually distinct from other regions due to the occurence of visual contrasts found in the natural landscape and ski. This is partly due to the rock and soil types, as well as often wet surfaces that take-on darker hues. The low sun-angles breaking through morning and afternoon clouds also add to this effect.

Natural Material

The use of timber, rock and metals in architecture all highlight the appreciation for the natural surroundings that the PNW region has to offer Views and integration with natural vegetation take this appreciation even further

the Cascade Mountain Range ahead. Shortly thereafter, the roof gradually lowers and guides passengers towards the Automated Passport Control (APC). Subsequently, turning toward the baggage hall, passengers are guided down the escalator with the dynamic movement of the king-post roof trusses. In the baggage hall, the roof gradually opens and reveals evergreens beyond, thus guiding passengers toward the DVO / Secondary areas. In order to create a more intimate viewing experience, the roof is lowered down to 12’ before it gradually tilts up again at the exit ramp. Recognizing that most of the passengers will exit out the new IAF Building through the ramp, the roof opens up towards views of the neighboring courtyard. As the exit ramp moves down, the roof lowers to allow for more light and views into Concourse A. On the northeast tip of the IAF Building, the roof is once again lifted up to celebrate the views of the garden between the IAF Building and GMLH.

Pine Forest Lightwell

Existing Section A - Optimization of Views and Light for Concourse A Trees

EL. 397’-6”

Corner Pine Forest

d Sterile Corridor represent a gateway to esigned to create views of surrounding Bright & Textured planted with regionally specific

IAF BUILDING INTERIOR MATERIAL PALETTE: C A continous undulating roof form inspired by the tinting/manuevering of arriving aircrafts is used Roof Form + Interior Volume PROPOSED

to create a singular gesture throughout the building. The tipping king-post trusses is used to accentuate specific views throughout the passengers process of moving through the building.

While the Northwest is well-known for its rainy season, the area also experiences beautiful summers and an ever-changing seasonal climate full of daily surprises. The need forCLARK optimistically bright spaces that can feel open and airy, even on overcast days, are CONSTRUCTION GROUP LLC 100% CDLLP PORT MILESTONE | 20 JULY 2018 SKIDMORE, OWINGS & MERRILL ever-important.

Bright + Texture

While the PNW is well-known for its rain season, the area also experiences beautiful summers and an ever-changing seasonal climate full of daily surprises. The need for optimistically bright and warm spaces that can feel open and airy, even on overcast days are vital

100% CD PORT MILESTONE

20 JULY 2018

Structural Expression

Creating a structure that is both expressed and aesthetically crafted mimics the urban/port infrastrutrure at both Seattle and Tacoma to create an architectural expression that binds both cities together. Ceiling • • • •

Acoustic Metal Decking – Main Arrivals Hall Acoustic Plank Tile – Ramp towards GMLH Acoustic Gysum – APC Level Graphic Wall Zone Acoustic Tile – Administrative and Back-of-House Areas

IAF BUILDING PASSENGER EXPERIENCE

Automated Passport Control View toward Cascade Mountain Range

Gypsum Wall Board w/ Alum Trim

Artwork to be installed by artist

Mech. Nozzle Diffuser Plastic Laminate Wall Panel

IAF BUILDING Stainless Steel PASSENGER EXPERIENCE Base + Rail Terrazzo

DVO / Triage Interior Vignette PLAN Wall KEY Views towards secondary processing and exits

International Mezzanine

*Project depictions are artist’s renderings of the design intent, and should not be used as representation of the nal priced design.

CLARK CONSTRUCTION GROUP LLC SKIDMORE, OWINGS & MERRILL LLP

DVO Exit

Aluminum Trim 100% CD PORT MILESTONE

20 JULY 2018

Glass Gradient Wall Panel Stainless Steel Base + Rail

PLAN KEY

Document Verification / Triage

Gradient Wall Vignette

*Project depictions are artist’s renderings of the design intent, and should not be used as representation of the nal priced design.

CLARK CONSTRUCTION GROUP LLC SKIDMORE, OWINGS & MERRILL LLP

PASSENGER EXPERIENCE

CBP Ofce Mezzanine processing below

CBP Ofce Mezzanine Secondary Secondary processing below

Wood Veneer

LDING NGER EXPERIENCE

Plastic Laminate Gradient Wall Panel Precast Shear Column

Glass Guardrail

Hall AF BUILDING Recheck Corridor Vignette ner Pine PLANTrees KEY PASSENGER EXPERIENCE

*Project depictions are artist’s renderings of the design intent, and should not be used as representation of the nal priced design.

CBP Office / Secondary Processing

*Project depictions are artist’s renderings of the design intent, and should not be used as representation of the nal priced design

PLAN KEY

aggage Claim Hall iew Toward Corner Pine Trees CLARK CONSTRUCTION GROUP LLC SKIDMORE, OWINGS & MERRILL LLP

100% CD PORT MILESTONE

20 JULY 2018

CLARK CONSTRUCTION GROUP LLC SKIDMORE, OWINGS & MERRILL LLP

eries of Trusses

Alum Curtain Wall

100% CD PORT MILESTONE

20 JULY 2018

GFRG Column

SST Fin Tube Enclosure Terrazzo Flooring

Curtain Wall Vignette

LAN KEY

TION GROUP LLC S & MERRILL LLP

*Project depictions are artist’s renderings of the design intent, and should not be used as representation of the 

*Project depictions are artist’s renderings of the design intent, and should not be used as representation of the nal priced desi

Baggage Claim Hall

Primary Interior Spaces + Finshes 6 100% CD PORT MILESTONE

20 JULY 2018

Baggage Claim Hall from Mezzanine

Pedestrian Walkway Roof Line WEST

Roof Line WEST

Roof Line EAST

Threshold

CONCOURSE A

Loading Dock

Shell Space

(Future Baggage Handling) CONCOURSE A

Shell Space Baggage Handling (Future Baggage Handling) System

Baggage Claim Hall Loading Dock

Baggage Handling System

Sloped Walkway + Lightwell

Future Baggage Handling

Sloped Walkway

Re-check Baggage Scanning

Program: Market + Retail + Landscape Location: Seattle, WA Area: 28,000 s.f. Phase: Schematic Redesign Duties: Schematic design, programming, landscape/ civil coordination, visualization *In collaboration with James Corner Field Operations

The Overlook Walk and Building B create the heart of the newly design Seattle Waterfront (designed by JCFO) that creates the much needed pedestrian connection from the Pike Place Market and Marketfront to the waterfront and Seattle Aquarium. The project utilizes a series of sloped walkways, various scales of landscaped program/areas and and carefully placed stairs and elevators to create to create a graceful connection with 104â&#x20AC;&#x2122; of elevation change. Building B creates both a backdrop to the landscape of the Overlook Walk and amazing views to the city skyline to the East and Olympic Mountains to the West, but at the same time creating a porous space that can be activated with people and events. The building is organized with retail and BOH functions on the Roadway/Promenade Level, a market and cafe space on the Overlook Walk Level, and a retail/restaurant space on the upper Market Connection Level. The market on the Overlook Walk Level creates an active facade with custom overhead sectional doors that roll out to create canopies and additional covered/vendor space. The market is also tiered to create distinct zones between vendors and step with the landscape. The building uses a palette of concrete, glass, wood, and steel to create aetheic that blends with both the historic context of the market and the new architecture of the waterfront/aquarium. Glass and ourtdoor spaces were implemented on the West facade to take advantage of the amazing views towards the Olympic Mountains and Elliot Bay.

Overlook Walk + Bldg B 2016 Waterfront Seattle Seattle, WA Professional Work at M|H

BUILDING B

OVERLOOK WALK A

LASKAN WAY central waterFrOnt PrOject area OVERLOOK WALK

FUTURE AQUARIUM PAVILION WATERFRONT PROMENADE

EXTISTING AQUARIUM South Tunnel Portal

Site Axon

Port of Seattle

st .

D P

n bO r

Pier 48 Railroad way

st .

kin g

Washington Landings

wa y

Habitat Bench

st .

Colman Dock

Fire Station

Pier 54

sO n

Washington St. Boat Landing st .

st .

wa y er sl

S. Washington St. Improvements

western ave.

Occidental Park

POst ave.

cOlumbia st.

On gt

wa s

S. Main St. Improvements

Columbia St. Improvements

sPring st.

Marion St. Bridge Improvements

alaskan way

madisOn st.

mariOn st.

hin

av e

ma in

S. Main St. Improvements

Fir

ar de s.

Stadium Plaza

Century nk Field

PIKE PLACE MARKET

PIKE PLACE MARKETFRONT

C c U c

Pie

P C M

DESIGN PRINCIPLES - Develope a clear, legible physical and visual connection from the historic Pike Place Market to the newly renovated Seattle Waterfront - Create a porous architecture that embraces the design of the Overlook Walk and connects to the dramatic views of the Puget Sound - Use materiality and structural expression to create a dynamic architecture that is complementary to the surrounding context and local culture

OVERLOOK WALK

Site Connections

building c tO aQuarium

- Provide a variety of uses on the site to activate the site throughout the day and night

PIER 62/63

- Create an interactive facade on the Overlook Walk level that animates the Market Hall and public open spaces

SEATTLE AqUARIUM PREFERRED LOCATION OF AqUARIUM PAVILION

WATERFRONT PARK PROMENADE

ELLIOTT WAy

OVERLOOK WALK AN ALASK WAy

VICTOR STEINBRUECK PARK

BUILDING B PIKE PLACE MARKETFRONT

PIKE HILL CLIMB

UNION STREET

PIKE PLACE MARKET

WESTERN AVE.

Site/Proximity Plan 9

Bell Harbor Conference Center

Bell St. Bridge Seattle Great Wheel

ve tt a

Pier 62/63

elliO ay nw il> ska tra bay iOtt

Pier 57

Waterfront Park

Ocean Pavilion

uniOn st.

Portal Park

st.

university st.

bell

st.

eneca st.

. ave

Bell St. Park

Pla

st.

Pike

Victor Steinbrueck Park

. ave

Ora

Pike Place Market

ern

west

a nch

Pike Place MarketFront

len

st. inia

POst alley

Pike St. HillClimb

ern

west

rOa

rail

y elliOtt wa

virg

western ave.

Union St. Elevator + Stairs

Overlook Walk

bnsF

bla

alaskan way

Pine st .

Pier 56

Central Waterfont Project Area Plan First

. ave

st. ery batt

er 55

Bell St. Park

Lenora St. Ped. Bridge Improvements

ala

< ell

Seattle Aquarium

PIKE PLACE MARKET

PIKE PLACE MARKETFRONT

RETAIL SPACE MARKET HALL SERVICE & RR OFFICE

STAIR SECTION

REST. LEVEL

RESTAURANT

ALASKA

BUILDING B

N WAY

OLW LEVEL

OVERLOOK WALK CAFE OVERLOOK WALK

STAIR & ELEVATOR

ALASKAN WAY FUTURE AQUARIUM PAVILION

STAIR 2 ALASKAN WAY

DESIGN PRINCIPLES

Building B Program

EXTISTING AQUARIUM

WATERFRONT PROMENADE Building B Overlook Stair

Develope a clear, legible physical and visual connection from the historic Pike Place Market to the newly renovated Seattle Waterfront Create an porous architecture that embraces the design of the Overlook Walk and connects to the dramatic views of the Puget Sound Use materiality and structural expression to create a dynamic architecture that is complementary to the surrounding context and local culture Provide a variety of uses on the site to activate the site throughout the day & night Create an interactive facade on the Overlook Walk Level that animates the Market Hall and open public space

OOK

Market Patio - Summer

PIKE PLACE MARKET

PIKE PLACE BUILDING MARKETFRONT B market hall BUILDING B tiers + sPaces MARKET HALL TIERS & SPACES

PATIO

SECTIONAL dOORS

MARKET

BUILDING B

ALASKA

N WAY

OVERLOOKoverlook WALK walk

dn sectional

door above

TRASh/REC

CAFE 612 SF

TRASh/REC SECTIONAL

CAFE TERRACE

OuTdOOR PATIO

dOORS

MARKET hALL 3,513 SF

+58’-7 1/2”

BUILDING B

STAIR 2

+60’-6”

+62’-3 1/2”

dn +63’-10”

STORAgE

EXTISTING AQUARIUM

STAIR 1 dn

RESTROOMS

ELEV

FUTURE AQUARIUM PAVILION

market hall - clOsed dOOrs

STORAgE 417 SF

MECh

WATERFRONT PROMENADE

Market Hall Plan 34

Market Patio - Winter

Program: Middle School Campus Location: Kapolei, Hawaii Area: 213,000 s.f. Phase: DD-CD Duties: Design development, envelope/exterior detailing and design, design coordination *In collaboration with Ferraro Choi and Associates

Due to the current and expected growth in the KapoleiEwa region, Oahu’s “second city”, a new middle school campus was develped to meet the expected demand. The new school focuses on creating a site plan and architecture that embraces the local landscape/climate, reduce the need active systems systems to function, and create a resilient facility that will stand up to the harsh Hawaii climate. The entire campus consists of 6 destinct building; 3 (3 level) house or classroom buildings, a physical education facility with play courts and locker rooms, a library and administration building, and a cafeteria and art/ music building. All of the buildings utilize a palette of the same materials (CIP concrete, glass, stucco, and fiber composite screens) and architectural expressions to create a campus wide aethetic that is both regional and performative. The campus was organized using traditional polenesian stick chart mapping techniques that channeled trade winds through the campus and buildings, while creating shaded exposures and courtyards to help thermal comfort both on the interior and exterior. Lastly, the building also deploys a variety of operable facade components (shutters, jalosies, windows) to allow the users to passively modify to the various climate conditions. This also allow the building to become a teaching tool for teachers and students alike.

East Kapolei Middle School Middle School Campus Kapolei, HI Professional Work at M|H

ENVIRONMENTAL STRATEGIES

POLYNESIAN STICK CHART

1 .Natural Ventilation Classrooms are located to maximize exposure to trade winds. P.E.

2. Outdoor Learning Lanai Outdoor learning lanais located in shaded areas adjacent to classrooms.

E US HO 3

M T/ AR

E US HO

F CA

E US HO 1

5. Traditional Systems Jalousie storefront systems provide excellent natural ventilation.

RY RA

4. Night Flush Perforated shutters close for improved storm protection.

SOLAR PATTERNS

LIB

3. Local Construction Building use a concrete structure accented by traditional stucco.

6. Large Overhangs When perforated shutters are open they provide overhangs to reduce glare and solar heat gain. 7. Sunscreen Vertical fiber composite battens provide shaded circulation areas.

Site Plan / Analysis

House Bldg Section

Cafe from Courtyard

Library from Courtyard

Program: Higher Education Location: Boulder, Colorado Area: 93,800 s.f. Phase: DD-CD Duties: Envelope development/detailing, space planning, and visualization *In collaboration with Bora Architects

The Center of Academic Success and Engagement (CASE), situated on the existing 27-year old below grade Euclid Parking Garage in the heart of the University of Colorado campus in Boulder, CO, provides much needed student services spaces, administration spaces, and recruiting offices for the growing campus. The building also serves as a gateway to the campus by both respecting the campus aesthetic and also creating a portal that invites students and faculty to pass through the building. The portal is created by splitting the building into two volumes and providing monumental stairs that allow the public to pass through the buidling. This also allows natural light to enter into the core and interior spaces of both sides of the building. Due to the portal facades not facing the public surroundings, it allowed the design team freedom to deviate from the campus vernacular. Large limestone panels, metal panel, and curtain wall are used to create complimentary yet modern language for the portal. Sky bridges connect the 3rd and 4th floors to allow individuals to pass through both sides of the building and to allow the activity of the interior of the building to be visible from the public portal. In the interior of the building, a central stair and atrium brings light to each floor plate and creates a connection through the floors. Public and transparent private meeting spaces primarily surround the atrium, and private office, classrooms and advising spaces are clustered around the periphery of each floor plate.

CASE Building - CU Boulder Various Projects Colorado USA Professional Work at OZArch.

Concept Rendering

View from Lawn

View from Breezeway CD Development + Detailing

Program: Retail + Residential Location: Denver, CO Area: 603,000 s.f. Phase: Conceptual Design Duties: Conceptual design, programming, and visualization The design concept for the first major development in Denver’s Design District along Alameda Ave. and Broadway St. focuses on creating a gateway and civic plaza for the neighborhood as well as providing much needed density to the area. Currently, the site is occupied by surface parking and retail strip development (Albertson’s and OfficeMax) with loading currently facing Alameda Ave. The proposal expands the footprint of both Albertson’s and OfficeMax, creates a new front along Alameda, and provides new a new parking garage for residential tenants and for the retail on the ground level. A void is cut through the building at the NE corner to provide a gateway and public plaza for the development and the Design District neighborhood. Covered by the residential mass above, the new plaza becomes perfect for farmer’s markets, fairs, outdoor movies, and even meeting a friend for lunch. The building massing is oriented with two residential bars running east and west to allow for proper daylighting and to create a variety of amenity spaces in the courtyards. The 600,000 GSF building provides 305 apartment units with two large amenity decks, gym and office space, and parking garage. The ground floor retail combines for a total of 75,000 SF.

Denver Design District Multifamily Residential Colorado USA Professional Work at OZArch.

AVON POLICE AND FIRE DEPT.

BAYFIELD COMMUNITY CENTER

This charrette and feasibility study was preformed to create a design solution for a new Police and Fire Headquarters Building on an extremely sloped site in Avon, Colorado. Due to the site shape and slope the building uses terraces and stepped floors to one connected building that serves two different departments

This design concept creates a 75,000 SF community center for the Town of Bayfield Colorado that includes a Fire Dept. Headquarters, Recreation Center, Library, and Event Center. The building uses a connected linear structure to connect all of the different uses with various openings and courtyards along the central spine to break up the long corridor and provide a sense of openness to the spaces.

Duties: Conceptual design, space planning, and visualization services

SOUTH METRO FIRE AND RESCUE AUTHORITY #31 Located in a suburban residential area in Greenwood Village, Colorado, this 11,000 SF Fire Station uses traditional forms and proportions to create a civic structure that blends into its residential surroundings. The small site and drive-thru apparatus bay dictated the overall organization and form of the building. The project is currently under construction and is to be completed in April 2016. Duties: Design Documents, Construction Documents, Construction Administration, and Entitlements Support

Misc. Civic Work - OZ Arch. Various Projects Colorado USA Professional Work at OZArch.

Program: Corporate Office + Retail Location: Indianapolis, IN Area: 8,700 s.f. Completion: Spring/Summer of 2014 Duties: Schematic and Design Document Packages This small urban infill project aims to create a flexible modern office space that also respects the historical downtown context of Indianapolis. Due to budget restraints, the project only contains two floors, thus gaining height anywhere possible was essential for the building to fit the urban context and also give prominence on Washington Street. This height is gained by both large ceiling heights in both the retail and office levels and also creating a mezzanine level in the office space. The building is configured around creating a large public facade that faces Washington Street. A simple limestone frame around a curtain wall responds to the transparencies of the surrounding buildings. A large transparent monitor and exterior patio create an immediate dialog between the streetscape and the office above that allows the office to feel a part of the urban environment and not just in it. The interior is designed to be as open and flexible as possible. The vertical circulation, restrooms, and cores are placed to the east party wall to create a large open volume and connect back to the existing space in the adjacent building. The large two-story office space, clerestory windows, and south glazing provide the deep floor plan that will be provide daylight throughout the office.

6 E Washington Street Urban Infill Indianapolis, IN Professional Work at Axis Arch.

Level 03

Level 02

Ground Level

Bump Out Detail

Washington St. Elevation 1 Limestone Veneer 2 Alum. Storefront w/ Clear Glass 3 Butt Glazed Alum Curtain Wall 4 Alum. Curtain Wall w/ Reflective Glass 5 Open to Beyond 6 Zinc Metal Panel

7 Not Used 8 Metal Panel Canopy 9 Not Used 10 White and Orange Trespa Window Monitor (see. dtl) 11 Not Used 12 Cast Alum. Address Number

Program: Corporate Office Location: Indianapolis, IN Area: 93,800 s.f. Phase: Shortlisted Duties: Conceptual design, space planning, cost estimation, and visualization services *In collaboration with AECOM Architects

The new IUPUI (Indiana University - Purdue University Indianapolis) Administrative Offices focuses on creating transparency between disciplines along with the university administration and students. The new facility will internally provide open office environments, private offices, a variety of meeting/conference rooms, and social hubs. The exterior of the building provides two social plazas that flow from the main atrium space, as well as a private parking court that doubles as an event court. The focal point of the new administration building is 4-level atrium lobby. This dynamic space provides both a beautiful entry and an abundance of natural light into the building. Glazing on the north and wood louvered glazing to the south allow for diffused light to enter the work spaces and also provide a â&#x20AC;&#x153;lightâ&#x20AC;? exterior presence. The subtle IUPUI branding on the southern facade helps give an identity to the campus that is severely lacking. The use of limestone, weathered metal panel, wood, and translucent and transparent glass combine to create a strong architectural piece that will serve as the public gateway into the campus.

IUPUI Master Plan Projects IUPUI Administration Offices Indianapolis, IN Professional Work at Axis Arch.

Ground Level

Level 02-04 1 Atrium 2 Reception 3 Office Space 4 Loading/Trash 5 Mech/Elect Space 6 Main Entry Plaza 7 Secure Entry 8 Service Court 9 Footbridge

Program: Residential + Retail + Wellness Location: Indianapolis, IN Area: 175,000 s.f. Phase: Shortlisted Duties: Conceptual design and visualization services *In collaboration with AECOM Architects

The design concept for the IUPUI Student Residential Hall is centered around the idea of a stream running through fingers. This concept provides an opportunity to connect the campus to its westerly boundary, the White River. The residential hall is broken into juxtaposed bars or fingers that allow for the landscape, activities, and people to flow freely between. The buildings open volumes and transparent elevated walkways breed interaction throughout the site. The building and site push to create much more than a place to sleep. It also contains a myriad of areas for sports/fitness, music, relaxation, studying, eating, and laundry. The residential hall has a capacity of 500 students, with the inclusion of retail, fitness, and study spaces. Local and regional materials are used throughout the scheme, including limestone, brick, cedar, as well as native plants in the landscape. Visually the complex is compelling and will certainly be an asset to the Universityâ&#x20AC;&#x2122;s Master Plan and student recruiting efforts.

IUPUI Master Plan Projects IUPUI Student Residential Hall Indianapolis, IN Professional Work at Axis Arch.

1 Art Court 2 Auto Court 3 Fitness Space 4 Retail 5 Sidewalk Cafe 6 Seating Terrace 7 Lawn

8 Basketball 9 Volleyball 10 Badminton 11 Game Court 12 Service 13 Dining Terrace 14 Residentâ&#x20AC;&#x2122;s Court

Ground Level

Typ. Floor Plan

Program: Office + Multi-family Residential Location: Greenville, SC Year: 2nd Year M.Arch (2014) - Comprehensive Studio Honor: Comprehensive Design Competition, 1st Place Harlan E. McClure Award, Finalist * In collaboration with Nicole Miller

Westlink provides an environment for young aspiring startups in Greenville, SC to grow, develop, and collaborate by creating an architecture that “links”. The facility creates an economic link between an idea (startup) to a sustainable company, a social link between businesses and the public, a physical link between Main Street and Field Street, and a city link making The West End no longer an “End”, but a node for innovation and community for Greenville. The 43,500 SF mixed-use building provides 36 private office spaces and 30 apartments, along with other amenities for young startups to turn their ideas and passion into a reality. The architecture creates ample opportunities for entrepreneurs collaborate and focus, at the same time creating opportunities for the startups to engage the public and make connections. The ultimate goal of the facility is to not only aid startups, but also create a more prosperous and diverse Greenville economy and community.

WestLink - Live/Work Live/Work Thinktank Greenville, SC

Greenville context map 01. Site 02. Fluor field 03. Falls park 04. Swamp rabbit trail 05. Greenville county square 06. Riverplace development

CITY CENTER

1/2 Mile radius around site 0’

250’

500’

1000’

08 2000’

06 03

WEST END 01 02 05 04

West End + Greenville Located adjacent to the railroad a track between Main Street and Field Street, the site is in the heart of the historic West End neighborhood across from Fluor Field (Greenville Professional Baseball Stadium). Recent development along Main Street has invigorated Greenville’s city center with culture and activity, however this new found culture and activity diminishes towards the south of the West End. By locating this startup hub in an area desperate for innovation and improvement, it will provide a catalyst for future development and improvements in the area.

Physical + Social

The up and coming historic neighborhood of the West End provides a diverse context and a pedestrian friendly environment. The site and building will both connect the development advancing south on Augusta Street to recent Main Street development, as well as provide amenities for the community.

Environmental

Located in a humid subtropical climate, the building has opportunities to open to the environment. However, due to the long hot and humid summers, the architecture must capture summer winds from the southwest and northeast and provide shading both interior and exterior.

Visual

Higher levels will offer occupants views to Fluor Field to the southwest, the Blue Ridge Mountains to the north, and Downtown Greenville to the northeast.

911 E Main St.

Field & Augusta St.

RETAIL PATIO

EVENT SPACE

SERVICE DRIVE

COMMUNITY GARDEN

GREENWAY

DETENTION BEDS

Site Design The site design provides a passage that not only creates a place to go to but also through, by connecting Main Street to Field Street with a much-needed greenway. Sunken water detention landscaping is introduced to create a safe passage and community space. A community garden and a large shaded event space provide spaces for startups to connect with the public, other companies, and other startups.

Site Plan

Greenway/drive

Site Section

Train

Walk

Overlap “A common area of interest, responsibility, etc.” “A space or period of time in which two events or activities happen together.” Boundary “Mending walls” - what divides also brings together interior and exterior into a symbiotic relationship Passage “A narrow space that people or things can move through.” “A continuous movement or flow”

Architectural Responses Building Organization

Building footprint

Massing: park

Massing: work

Massing: retail

Massing: live

Circulation

Due to the railroad and its setbacks, the building is sited in the northeast portion of the site. This area allows for both a large amount of frontage both on Main Street and the new railroad greenway.

Retail space is introduced adjacent to the new “front” established with the railroad greenway. This space could possibly be a coffee shop, tap room, or even an art gallery; a space that not only links the public to start-ups, but start-ups to other start-ups.

Parking for the building is located underground to allow the ground level to be public green space, retail, and office space. The parking footprint also provided an organization for the form, structure, and circulation of the building.

The living spaces are located in the upper two levels to provide privacy from the activity of Main Street and the surrounding area. The form is broken into two shifted broken bars that allow gathering spaces facing both downtown and Fluor Field, and an active social breezeway for the tenants.

The office space occupies the ground and 2nd levels providing a connection to the public through Main Street and the landscape. The southwest corner is left open to provide an exterior event space both for private and public events.

The building and site designs provide both a place to go to, as well as go through. Creating a space that links private start-ups to both the public and other start-ups.

N/S

N/S N/S

ELEV ROOM MAIL CONF SRV

ENTRY UP

RETAIL STOR

CONF

RECEPTION

STOR

LOUNGE

JAN

SOCIAL HUB KITCHEN/STOR E/W

ASSEMBLY E/W

BLDG SECT

CONF RESOURCE

STOR

COLLAB

CONF STORAGE

SOCIAL HUB

ELECT

MEP

CAFE

ELEV ROOM

Lower level: Parking Garage

50 Total Parking Spaces 3 Handicap Parking Spaces

Level 01: Retail + Reception

Level 02: Office

Retail: 1,950 SF Reception + event: 2,995 SF Storage + mep: 3,085 SF

Office: 12,495 SF

Office Floor Plans Office Parti Social Core

Private offices surround a social core to create a central collaboration space for all start-ups.

Transparency

Exterior windows and interior storefront provide daylighting and visual connections between privates offices and social spaces

Diversity

A variety of scales of social spaces create work and collaborative environments for all types of people and meetings.

Program

N/S

MAIN ST. PATIO

2BR

26 Small offices (100 sf) 06 Med. Offices (150 sf) 04 Large offices (200 sf) 36 Total units

DWN

2BR

PATIO

1BR 2BR

STUDIO 2BR

1BR 1BR

2BR

STUDIO STUDIO

2BR

BREEZEWAY E/W

BLDG SECT

1BR

2BR

E/W

BLDG SECT

STUDIO

2BR 1BR

2BR

1BR FLUOR FIELD PATIO

2BR

STUDIO

PATIO

1BR

STUDIO

1BR

STUDIO

1BR*

STUDIO

Level 03: Residential Residential: 12,665 SF

04 Focus booths 02 Social hubs 02 Public conference rooms 02 Private conference rooms 01 Resource center 01 Collaboration space O1 Lounge

1BR*

DWN

Level 04: Residential Residential: 10,625 SF Total SF: 43,815

Residential Floor Plans Residential Parti Breezeway

A large breezeway between the apartments provides a shared social space for residents, and also provides units with passive ventilation and daylight.

Program

Public spaces in residential units are located adjacent to the breezeway to allow the living spaces to connect with exterior.

PRIVATE

PUBLIC

PRIVATE

PUBLIC

PRIVATE

PUBLIC

PRIVATE

PUBLIC

Link

Glazed accordion doors are used in one and two bedroom units to allow the apartment living spaces to extend into the breezeway, creating both a social and environmental link.

PARAPET CAP WOOD BLOCK FLASHING SHEATHING PHOTOVOLTAIC PANELS

PARAPET +54' - 4"

1 PARAPET ROOF +54' - 4" +51' - 4"

ROOF +51' - 4"

WATER-RESISTANT MEMBRANE RIGID INSULATION, SLOPED PARAPET CAP METAL DECK WOOD BLOCK FLASHING SHEATHING METAL STUD WALL WITH BATT INSULATION PHOTOVOLTAIC PANELS SHEATHING

RIGID INSULATION VAPOR BARRIER WATER-RESISTANT MEMBRANE SHIPLAP WOOD SIDING RIGID INSULATION, SLOPED BEAM GIRDER METAL DECK FLASHING WITH DRIP EDGE 2X BLOCKING ALUMINUM WINDOW FRAME METAL STUD WALL WITH BATT INSULATION SHEATHING RIGID INSULATION TRANSOM WINDOW VAPOR BARRIER SHIPLAP WOOD SIDING BEAM GIRDER FLASHING WITH DRIP EDGE 2X BLOCKING ALUMINUM WINDOW FRAME COLUMN BEYOND TRANSOM WINDOW OPERABLE CASEMENT WINDOW

RESIDENCE

EXTERIOR

RESIDENCE

EXTERIOR

COLUMN BEYOND OPERABLE CASEMENT WINDOW

RAISED FINISH FLOOR CONC TOPPING SLAB RIGID INSULATION CONCRETE ON METAL DECK STEEL ANGLE

EXTERIOR

STEEL RAIL SUPPORT WOOD RAILING CONC TOPPING SLAB, SLOPED RIGID INSULATION CHANNEL DRAIN CONC SLAB ON METAL DECK STEEL ANGLE STEEL PIPE STEEL GIRDER STEEL RAIL SUPPORT WOOD RAILING SHIPLAP WOOD SLAB, SIDINGSLOPED CONC TOPPING VAPORINSULATION BARRIER RIGID RIGID INSULATION CHANNEL DRAIN SHEATHING CONC SLAB ON METAL DECK MTL STUD WITH BATT INSUL. STEEL ANGLE GYPSUM BOARD STEEL PIPE STEEL GIRDER

FOURTH LEVEL +39' - 8" RAISED FINISH FLOOR CONC TOPPING SLAB GIRDER RIGID INSULATION SPANDREL PANEL CONCRETE ON METAL DECK STEEL ANGLE

FOURTH LEVEL +39' - 8"

TRANSOM WINDOW GIRDER SPANDREL PANEL

TRANSOM WINDOW

THIRD LEVEL +28' - 0"

SECOND LEVEL +14' - 0"

RETURN

SUPPLY

RETURN

SUPPLY

RETURN

SHIPLAP WOOD SIDING VAPOR BARRIER RIGID INSULATION SHEATHING MTL STUD WITH BATT INSUL. GYPSUM BOARD

5/8" GYPSUM METAL STUD WALL WITH BATT INSULATION SHEATHING RIGID INSULATION VAPOR BARRIER SHIPLAP WOOD SIDING WALL CONTINUES TO DECK ABOVE

5/8" GYPSUM METAL STUD WALL WITH BATT INSULATION SHEATHING RIGID INSULATION VAPORFLASHING BARRIER DRIPSIDING EDGE SHIPLAP WOOD METALTO STUD FRAMING WALL CONTINUES DECK ABOVE RIGID INSULATION VAPOR BARRIER SOFFIT PANEL

FLASHING DRIP EDGE METAL STUD FRAMING RIGID INSULATION VAPOR BARRIER SOFFIT PANEL

SECOND LEVEL +14' - 0"

RETURN

SUPPLY

RESIDENCE

OPERABLE CASEMENT WINDOW

THIRD LEVEL +28' - 0"

SUPPLY

RESIDENCE

OPERABLE CASEMENT WINDOW

BRICK TIE, TYP. COLUMN BEYOND BRICK SHEATHING METAL STUD WALL WITH BATT INSULATION SHEATHING CONTINUOUS RIGID INSULATION VAPOR BARRIER AIR SPACE BRICK BRICK TIE, TYP. BRICK BEYOND TIE, TYP. COLUMN BRICK SHEATHING METAL STUD WALL WITH BATT INSULATION SHEATHING CONTINUOUS RIGID INSULATION VAPOR BARRIER AIR SPACE BRICK BRICK TIE, TYP.

OFFICE

METAL RAIL COLUMN BEYOND STEEL ANGLE

STEEL ANGLE RIGID MOMENT CONNECTION BEYOND, TYP. HVAC DISTRIBUTION SYSTEM

SUPPLY

STEEL ANGLE RIGID MOMENT CONNECTION BEYOND, TYP. HVAC DISTRIBUTION SYSTEM

SUPPLY

STEEL ANGLE FLASHING PRECAST CONCRETE SOIL WATER-RESISTANT MEMBRANE RIGID INSULATION, SLOPED METAL DECK W/ CONCRETE

FIRST LEVEL +0' - 0"

STEEL ANGLE FLASHING PRECAST CONCRETE SOIL WATER-RESISTANT MEMBRANE RIGID INSULATION, SLOPED METAL DECK W/ CONCRETE

Wood Railing + Rainscreen Detail

SUPPLY

RETURN

SUPPLY

RETURN

RESTAURANT

LOBBY

GARAGE

RESTAURANT

LOBBY

GARAGE

FIRST LEVEL GRAVEL BACKFILL +0' - 0" PERF LINE, 4” PVC

CONC TOPPING SLAB RIGID INSULATION CONC ON METAL DECK BEAM BEYOND CAST-IN-PLACE CONCRETE

FILTER FABRIC

GARAGE

GRAVEL BACKFILL PERF LINE, 4” PVC FILTER FABRIC

COLUMN BEYOND, W/ GYP. 1/2" ISOLATION JOINT COLUMN FOOTING 4" CONCRETE SLAB RIGID INSULATION COMPACT GRAVEL FILL

LOWER LEVEL -10' - 6"

COLUMN BEYOND, W/ GYP. 1/2" ISOLATION JOINT COLUMN FOOTING 4" CONCRETE SLAB RIGID INSULATION COMPACT GRAVEL FILL

LOWER LEVEL -10' - 6"

Detail Section

East-West Section

CONC TOPPING SLAB RIGID INSULATION CONC ON METAL DECK BEAM BEYOND CAST-IN-PLACE CONCRETE

Brick to Wood Soffit Detail

Structure: Vertical

Structure: Primary Horizontal

Structure: Secondary Horizontal

Central All-Air System: Single Duct Variable Air Volume (VAV) Advantages

Versatile and widely-used system High degree of local temperature control Moderate cost Economical to operate Energy efficient (compared to dual-duct)

Components

150 Tons cooling capacity 1000 Sf fan room 850 Sf for boiler room and chilled water plant 150 Sf for cooling tower 21â&#x20AC;? Diameter main supply and return ducts (14 main ducts)

HVAC Diagram

North-South Section

Structure: Shear

Materials + Systems A natural and humble material palette of grey fly-ash brick, cypress wood, glass, concrete, and exposed steel are used to form a modern structure that respects the historical context of the West End. A steel structural system is used for its long spanning capabilities, high quality of construction, and durability. A single duct variable air volume HVAC system is utilized for energy efficiency, moderate costs, and its high degree of temperature control.

270,320 KWh/Yr Estimated yearly energy total @ 15.5 KWh/SF for typ. office space

รท 365

740

PHOTOVOLTAIC PANELS

*With 13,117 SF of usable roof area there is enough space for 807 panels

Convert to KWh per day

รท5

Average number of hours of sunlight in Greenville

1.25 Waste Factor

1000 Convert to Watts

COST OF SYSTEM AND RETURN ON INVESTMENT $736,394.25

Post Incentive Construction Cost of 740 PV Panel System

$2,673.95

Average Monthly Savings

16.6 YEARS To Break Even

$1,336,311.37 25 Year Total Savings

181.47% Return on Investment

รท 250

Wattage of Individual Panel

SOLAR

- The breezeway and floor to ceiling windows in residences provide natural daylighting in apartments

RAINWATER COLLECTION 431,569 GAL. 13,700 Sf x 50.72” In. of Rain per Year

- Southern glazing and office windows provide natural daylight in office space - Photovoltaic panels will be use to provide enough sustainable energy for the office space, allowing the owner/developer zero energy costs for the life of the structure - Reflective “cool roof” TPO membrane reflects up to 60% of

x 0.8

Efficiency of System =

345,255 GAL PER YEAR LAUNDRY LOAD 15 Gallons per load x .75 Loads per Day x 365 Days x 30 Residents =

solar radiation

123,187.5 GALLONS PER YEAR

NATURAL VENTILATION

TOILET LOAD

- Building opens to the Northeast and Southwest to react to prevailing winds - Breezeway and operable windows on the East and West facades create opportunities for cross ventilation - Vertical circulation and circulation in residential levels are open to the elements to minimize the square footage need to heat and cool - Large fans in exterior and interior of the office space provide 25x greater air circulation

SITE DESIGN

1.28 Gallons per Flush x 10 Flushes a Day x 365 x 40 Toilets =

186,880 GALLONS PER YEAR

310,067.5 GAL PER YEAR

Rainwater collection system will provide enough water For toilet and laundry needs of the building

$26,150

Price of 10,000 gallon cistern & installation

$5.61

Water costs in Greenville, SC per 1,000 gal.

- Integrated permeable paver and detention planting beds minimize water run-off and mediate groundwater on site

$1,740

Annual Savings

15 YEARS

19 Break Even

$52,200 30 Year Savings

Integrated into the design of the building, a variety of passive and active systems work together to create a more sustainable structure. The breezeway and accordion doors in the residential levels provide opportunities for natural ventilation and daylighting to help minimize need for active systems. The open-air circulation also saves square footage required to be heated or cooled. The roof above has sufficient space to for enough photovoltaic panels to provide enough energy to support the lower two office levels, thus providing zero energy costs for the life of the building. The roof also has enough space to capture enough rainwater to service all of the toilets and laundry units in the entire facility. The result of both these active and passive systems can lead to a 30-year savings of roughly $1.4 million dollars.

Sustainable Strategies 28

Operable windows in residences bring natural daylight and ventialation into living units

250W solar array provides enough energy to power entire office space

Breezeway brings fresh air and daylight into living units, as well as creating a social link between residents

Stacked plumbing cores allow for efficient construction and system output

Permeable pavement and Detention beds mediate 100% groundwater on site

Section Perspective

Dtl Sect

Cy sus tha an eff

ypress siding is more stainable and durable an composite materials, nd is also more costffective

Rainwater captured on roof is reused to service both toilets and laundry needs of the entire building

Office Reception Atrium

Office Space

Greenway

Residential Breezeway and Circulation

FInal Models

Program: Transit Stations Location: Indianapolis, IN Year: 2016 Honor: Design Competition - 1st Place The Link bus stations for the new IndyGo Red Line create not only a more enjoyable experience for riders, but are designed to create a link between where Indiana and Indianapolis have been and where they are going. This is executed by using architectural forms, materials, and systems that respect the past, as well as point towards the future. This focus allows the Link bus stations to be more than simple background structures in the urban and suburban fabric of Indianapolis. They will be structures that are both aesthetically pleasing and instill â&#x20AC;&#x153;Hoosierâ&#x20AC;? pride in its users and the everyday passerby. The overall aesthetics of the bus stations are inspired by the vernacular architecture found throughout the state. From the long and slender covered bridges of Southern Indiana to the countless barns found around the state, the stations use both materials and forms to create designs that respect the past and provide a design for the contemporary today and tomorrow. A material palette of steel, wood, and cast-in-place concrete are used to create structures that are both utilitarian yet attractive. The roofs are designed to provide the riders waiting at the platform the best view to incoming busses and traffic. This is emphasized in the center station where the shed roofs are pitched in opposite directions on the ends to provide better views inside the station to incoming traffic. Silk-screened metal panels are used for the internal soffit/ceilings to allow for each bus station to be customized with a public art installation. The bus stations are designed to be net-zero energy facilities with the goal of creating a more sustainable and beautiful Indianapolis for tomorrow. PV panels located on the standing seam metal roofs are used to power the integrated LED lighting, signage, heating elements, and ticketing kiosks. All of the stormwater captured on site will be directed to bioretention planters to remove pollutants and slow the movement of stormwater through the landscape and soil. Native plantings will be used throughout to help reduce the heat island effect, create connections to nature, and create a hardy landscape that requires minimal watering and maintenance. With these systems, the IndyGo Red Line will not only be a model bus line for the buses it uses, but its stations as well.

Link - IndyGo Red Line Stations Waterfront Seattle Seattle, WA Design Competition

Program: Industrial + Commercial Location: Greenville, SC Year: 1st Year M.Arch (2013) Honor: Showcased in CUSoA Centennial Gallery Based on the exchange of community, craft, and ideas the Headquarters of Element Brew Co. will serve the immediate community and renew an area in Greenville, SC that is in much need of a revitalization. The brewery is separated into three enclosed spaces on the ground level that encourage the community to enter from any direction, as well as providing a much needed public landscape for the community. The brewery at this point becomes a “place” of architecture, rather than just another architectural “thing”. The architecture also provides glimpses into the craft of beer. From a wood cloak to revealed slivers of brew tanks, the brewery works to create curiosity not just for the beer itself, but the craft that goes into it. The intent is through this curiosity the public becomes more knowledgable and inspired as they interact with the brewery. Element Brew Co. In order to begin design of the brewery and its components, it was important to develop a client that the building was for. Element Brew Co. was created to be just that. Element Brew Co. is a local craft brewing company that calls Greenville, SC home. First developed in a basement as just a hobby, the brew slowly grew popularity throughout the city. Today, Element is the second largest brewer in Greenville and is looking for a new and preeminent home. The new headquarters will also hold Compound Brew Pub or simply cmpd and the Merch Pavilion that not only sells merchandise, but shows local art and contains a performance stage.

Capsule of Porosity Element Brewery Greenville, SC

01Massing Concept Diagram Cap·sule - /kapsəl/ - a small case, envelope, or covering. A bottle of beer is much more than a beautifully crafted container of a beautiful liquid. It’s a capsule. A capsule that provides a glimpse of a craft, a culture, a time. It is a token that is then distributed to distant areas to tell its story. The architecture begins to tell its story through various degrees of transparencies and exposures. Cloaking the brewing process and providing glimpses of the production and administration throughout the scheme. The brewery also uses its transparency to blur the boundaries between what is public and private on the site. The building is organized as a set of connected buildings to allow this “capsule” to be experienced by the public not just in the brewery, but around it as well.

02Program

Po·ros·i·ty - /poh-ros-i-tee/ - the state of being easy to cross or penetrate With the idea of the open southern atmosphere and the public activity in Greenville in mind, the scheme attempts to become porous to allow activity and the public to spill throughout the site. Located in the West End District of Greenville, the site is situated between two residential neighborhoods divided by Pendleton Street; a heavy thoroughfare. The brewery attempts to mend this barrier to connect these two residential areas to create a neighborhood synergy on the site and throughout these residential areas. The architecture - expandable, flexible, and transparent - allows both interior and exterior spaces to blend together, creating a cohesive public space.

03Landscape + Layering

04Connecting

Site Plan

Lower Level 01 Storage 02 Boiler/Pump Room 03 Fan Room 04 Plumbing Room 05 Generator 06 Electrical Room

SERVICE + BREW RECEPTION + TASTING BREW PUB STORE/STAGE ADMINISTRATION

Level 001 01 Storage 02 Brew Lab 03 Grain Tanks 04 Mashing + Lauter Tun 05 Kettle 06 Heat Exchanger 07 Fermenting Tank 08 Filtration 09 Serving Tank 10 Bottling/Kegging 11 Cold Room 12 Janitorial 13 Elevator Room

14 Loading Area 15 Restroom 16 Tasting Atrium 17 Reception 18 Breezeway 19 Trash Room 20 Food Storage 21 Kitchen 22 CMPD Brew Pub 23 Stage 24 Gallery/Store 25 Store Reception 26 Utility

Level 002 01 Storage/Janitorial 02 Server Room 03 Restrooms 04 Private Office 05 Conference Room

06 Open Office 07 Service + Mezz. 08 Office Cafe 09 Roof Terrace 10 Balcony

Precast Concrete

Primary Steel

Secondary Steel

Circulation + 2nd level

Detail Section Structural Composition The brewery structure consists primarily of steel and concrete. Precast concrete walls are used in storage and brewing space since the walls in these spaces need to be able to stand-up to the uses in these spaces. A “light” steel structure is used throughout the rest of the scheme to allow for an “open” environment, both in the materiality of the facades and in the spaces it creates.

Lateral Bracing

Cloak + Screen

North-South Section 37

Steel Bend A metal â&#x20AC;&#x153;bentâ&#x20AC;? wall divides the tasting and atrium space from the brewing space. The bends are designed to optimize the use of the beer taps and also reveal the brew tanks. The structure is composed of prefabricated steel ribs that serve as the vertical structure for the roof and floor above. Wood Cloak A wood cloak throughout the site serves as a material and form of connection. Not only providing a layer of richness, but also providing connections to the southern vernacular and beer making culture. The cloak that envelopes the work, dining, and stage spaces is designed to provide shading and connections to these cultures. The innovation and creation of beer often times begins out of happenstance. Beer makers often experiment with small batches and will simply add ingredients that are readily available. This process in turn very similarly to vernacular architecture (Figure 01). The wood cloak assembled out of cedar planks, begins to tell this story. A variety of widths of boards are assembled randomly at predetermined spacings. The spacing of the boards open and close in accordance to prevent direct solar heat game in interior spaces ( Figure 02). The wood screen transforms from cloak to solid as it moves into the interior to provide a seal to the environment (Figure 03). The final product is a construction that is made out of happenstance and show the quality of craftsmanship that is in the architecture and beer making

East-West Section

Brew Tanks

06Beer Taps + Signage

01Gypsum Board 03Rigid Insulation 03Metal Studs 04Pre-fab Structure

Steel Bend

05Metal Paneling

1.5” Spacing

6” Spacing

3” Spacing

Wood Rainscreen

Threaded Rod + Bolt Connection

Wood Sunscreen 1.5” Spacing

01Inspiration

02Section Detail

03Plan Detail

Wood Cloak 38

Restaurant Interior

Tasting Room

Performance Space

Program: Detention Center + Public Space Location: Los Angeles, CA Year: 2nd Year M.Arch (2013) * In Collaboration with Alex Hassell

Typical spaces of incarceration today have become space of detachment from society and provide no dialogue with their surroundings. Ephemeral Suspension attempts to break from the traditional with the central idea of revealing the time, processes, movements, and flows of people within the facility. Normally thought of as stationary and mundane objects, the housing and general population spaces expose the constant flow of people new and old. As well as movement of people in this time of detention. The facility itself acts as a buffer between the chaos of LAX and Lincoln Boulevard to the south and the calm Westchester neighborhood to the north. The facility fulfills a need of satisfying a program, but also creates a new condition to the north that creates a park for the community to gather. The project creates a pubic display of the publicly funded process that normally is hidden from plain view. The facility will also take advantage of a variety of passive design strategies to both create an example for future I.C.E. Detention Centers and to lower operating costs for the facility.

Extroverted Divide LAX Detention Center Los Angeles, CA

Concept Diagram

Located just north of LAX International Airport, the site provides many dynamic qualities. Due to its proximity to the Airport and Lincoln Boulevard, the site has a large amount of public exposure. The site also is a transitional space that goes from south to north, which creates many design challenges for both the public and private aspects of the architecture. Environmentally, the site contains harsh sun and noise to the south and natural breezes to the west. Site Forces

A Site Divided

A Barrier

A Barrier: Components

Height Adjustment

Adapt to North Flows

[Community] Core

Admin. + Flows

Cloak

Landscape + Community

The primary challenge this site possesses is the split condition between the north and south. The chaotic LAX and Lincoln boulevard to the south and the quite Westchester community to the north.

The height of the complex terraces from east to west to create an architecture that reacts to the flight path of the incoming planes to the south, as well as react to the scales in context from east to west.

A road is introduced to allow easy access in and out of the facility by detention vehicles. The public entry is located in the center of the complex, adjacent to the main court room, security control center, and visiting areas. The main vertical circulation is in the center with secure fire exits located in each wing of the facility.

The solution, create a barrier that divides the north and south. Creating a more enjoyable space to the north.

The housing bar to the north is broken to react to the northern community flows and also allow natural breezes to enter voids created to help ventilate the interior spaces naturally.

The cloak to the south adapts to the interior spaces to create an enclosure for the community spaces on the interior. It is broken into five 360 ft. long panels that diffuse the harsh souther sun and absorb the south of planes and vehicular traffic.

The barrier is then broken into three main parts. A housing bar to the north, a cloak to the south, and the recreation and support spaces between the two layers.

The center space of the two housing bars creates a large open and secure community space for detainees to move and interact.

With the architecture acting as a barrier, the landscape to the north becomes a place for the community and public to use. A grove to the south of the facility creates a pollution buffer between the detention center and the airport and Lincoln Boulevard.

Site Design The vision for the site was dictated by the context that surrounds it. The facility itself acts as a buffer and filter between the airport and Westchester neighborhood to the north. The facility fulfills a need to satisfy a program, but also creates a new condition to the north with the leftover site that itsâ&#x20AC;&#x2122; footprint does not impact. A park is envisioned on the north end of the site, which invites the community to disperse toward the airport again and inhabit a space that has been previously ignored. The park consists of a central plaza with cafe and restrooms, large multipurpose lawns to accommodate a variety of activities, and community gardens to help fuel a more sustainable and healthy community. The project displays many of the processes of detention and creates a dialogue with the public space to the north. The site design will also take advantage of passive and sustainable principles to keep as much water and soil on site and naturally filter the water and air pollution.

Green Roofs

Detention Swales

Public Plaza

Multi-purpose Lawns

Landscape Berms

Tree Grove

Elevated Security Gardens

Community Gardens

Service Road

Site Plan

Site Section 42

Structure Tube steel cores provide structure for units on both compounding axes. The structure is wrapped with translucent ETFE to transmit light and allow the structure and units to naturally ventilate. Patio Each unit contains a private patio facing the park to the north. For security reasons, the patio is contained with a flexible mesh. Storage 9 LF of built in storage spaces allows the detainee to keep belongings secure and with them at all times

Kitchen Each unit is given two hot plates, a sink, and an under cabinet fridge to cook and prepare individual meals

Wet Core A plumbing core is contained inside the structural cores to create efficient construction and water use.

The individual and family housing units are designed to provide a humane private space for living, but also economized in size to create a cost effective and efficient facility. The 20’ x 10’ units are rotated 27° to allow units below to create entry and balcony spaces for the units above. The central open space in turn becomes the backbone for the compounding axes, acting as vertical structure, a plumbing chase, and a natural ventilation chimney.

01 Unit 20’ x 10’

02 Rotate Each unit is rotated 28°

03 Reflect Units below and above are reflected along the vertical axis.

04 Program Units below create patio space and entry space for units above. Center space is used to create structural and plumbing cores.

Housing Units

Building Section Building Section 43

Detention Public Space + Corridor

Detention Recreation + Public Space

The barrier, although it acts as a divide between north/south and public versus private, it also creates a dialogue with the southern context of Lincoln Boulevard and LAX. By creating a screen that reflects the constant flows and activities during the day, as well as absorb energy using photovoltaics embedded in the 5’ x 5’ glass panels, at night, that energy is used to create a media wall to the south. Each glass panel becomes a programed “pixel” that informs the public about the process of the detention center and the individuals that are currently living there. This public art takes the finger scans of the detainees and projects them into a pixelated art for the public. The wall can also be used for public address and marketing for the city. The wall not only shades and buffers the southern exposure, noises, and fumes, but becomes a communicative piece both for the city and the facility.

03 01 Primary Structure 05

02 Baffle Arms 04

03 Sound + Light Baffles 04 LED’s + Structure 05 Glass Structure

06 PV Glass

Media Wall+Sound Barrier

Day Elevation

Dusk Elevation

Night Elevation

Media Wall Perspective 45

Program: Commercial + Public Space Location: Barceloneta Beach, Barcelona Year: 1st Year M.Arch (2013) *In collaboration with Christine Rollins

While the beach is widely used by the people, it lacks the visual and physical connection to the Barceloneta. We propose to extend the existing boulevard into the Barceloneta and raise it to elevate public life on to the rooftops, restore uninterrupted views of the waterfront, and create market space below. We suggested a rhythmic structure that would better resonate with the patterns of the neighborhood. The form is liberated from a primary ordering device, the operative map, allows competing activities and spaces to disperse, fragment and integrate seamlessly while expressing multiple flows of movement. In Junction or Unio in Catalan, almost all surfaces and spaces have more than one function. During the day the roof, plaza, and market below offer a cafĂŠ with outdoor seating, a recreational area with splendid views and exhibition space for the merchants to sell their wares. Here familiar distinctions between city and waterfront, site and non-site, imagined and real bleed into one another. The same three materials, two colors of granite and wood, is used on all surfaces and gives the building a light monochrome expression that in the evening is contrasted by a warm orange light coming from the setting sun reflected on the ocean surface. The bright color scheme of the market kiosks combined with the granite floors and plenty of natural light result in a friendly and informal environment, which together with the many entrances make the building inviting and accessible to all.

UniĂł - JuncÂˇtion Barceloneta Market Barcelona, Spain

Barceloneta Beach is home to both a vibrant local neighborhood community and a variety of tourist locations. These variety of people create a site with a variety of different activities. The site studies investigate how these different activities create successful public spaces.

Site

Hard Grid

Soft Grid

Activity Densities

Grid

Shade + Seating

Densities + Circulation

The urban grid from the Barceloneta neighborhood is extended through the site and surrounding boulevard.

To further investigate the site, a study to an adjacent unobstructed site must be done. The soft and hard grids are placed again and multiplied to increase detail needed at this scale.

The soft or natural grid is extended through. The grid disintegrates as the distance increases between surrounding parks and plazas and entry points of the beach.

Seating and shade areas are located in order to understand the organization of the site and its design.

Using the spaces created by the grids, activity zones are defined by casual (sitting), active (walking), and highly active (exercise). The higher the activity the darker the operative map becomes.

The varying densities of shade and seating create variety on the site as well as defined circulation paths that connect the center of the site with its surrounding context.

Site Mapping

Remove Road

Extend

Lift

Connect

Circulate

Define

The road that divides the site from the Barceloneta pedestrian boulevard and the beach is removed to create a connection from beach to site.

The plaza space is elevated to create a market space below and to provide views to the beach for people on the elevated plaza.

Ramps, terraces, and steps are used to activate vertical circulation elements into public spaces that can be used for a variety of purposes.

The boulevard is extended into the site to create plaza space that serves the boulevard and beach.

A small courtyard that connects the Barceloneta to the boulevard and a tunnel that connects the beach and the site are introduced to create a public space that relates to its surroundings.

A wood screen and graphic help protect the interior market space from the harsh sun and elements, while still allowing the building to be ventilated. Signage is also integrated into the screen for branding purposes.

Site Transformations 48

Surface Grid

The grid used in the operative map is applied to the new site modifications to provide an ordering device for the materials and finishes.

Program Grid

Vegetation + Seating + Kiosk Stations (Market) Wood Paving + Seating Granite Paving + Accent Paving + Light Wells

Site Plan

The landscape and site design attempts to create a site that both an provides active public space and a site that doesnâ&#x20AC;&#x2122;t disrupt the natural pedestrian flows through the site. This is achieved by providing large terraced spaces and ramps as vertical circulation. Unobstructed views are also used to maintain clear sight lines throughout the public space. Light wells on the roof plaza connect the public space above with the market below.

East-West Section

North-South Section

Market Interior

Roof Plaza

Program: CUSoA Centennial Interactive Installation Location: Clemson, SC Year: 2nd Year M.Arch (2013)

* In Collaboration with Scott Abernethy, George Hughes, Kim Bandy, Danielle Jakubowski, Ashley Hawkins, and Amanda Claire

Grass Roots, an exhibition for the Clemson University School of Architecture’s Centennial Celebration, creates an interactive “landscape” that allows individuals of the school, past and present, to leave their story creating an exhibit that speaks to about the school and individuals past, present, and future. Located in the “bridge” between old and new Lee Hall (Architecture Building), individuals are given 1/16” x 36” piano wire that represents their time at Clemson. The wire or strand is then taken to workstations, where the individual assembles their story at Clemson using the variety of stickers. Clemson’s Architecture Program provides a variety of different study options for students in their “Fluid Campus” that provides study opportunities in Clemson, Charleston, Barcelona (Spain), and Genoa (Italy). Once their story is assembled, the strand is then planted in the 17’-0” long “bio-scape” or table by their respected name. Ultimately, the goal of this installation was to create a new architecture to enhance the sense of being part of the Clemson story, and thus part of the past, present, and future. An installation that is in a constant state of change, similar to the school it celebrates. Grass Roots enables us to perceive and understand the dialectics of permanence and change, to settle ourselves in the world, and place ourselves in the continuum of culture and time.

Grass Roots Interactive Installation Clemson, SC

A matrix of individual names resembles the seeds of our history. The grass reveals our story.

A “bio-scape” or table graphic and a workstation provide the architecture for the installation. The bio-scape consists of a 17’-0” x 4’-0” table that contains a chronological matrix of the names of current students and past graduates. These 5,000 names create both a visual timeline of the university and a framework for individuals to interact with the installation. The workstation, located across the corridor, contains the components necessary for interaction (piano wire and stickers), areas for assembly and trash, and directional signage. Both were designed to not obstruct the natural pedestrian flows of the site and to allow easy interaction around the bio-scape and workstation.

Bio-scape Graphic

Workstation 52

Story line (piano wire)

Degree(s)

Certificates

CUPS

Abroad Programs

OTHER ICONS

OTHER ICONS OTHER ICONS

OTHER ICONS

CUPS

M.S. Architecture + Health

OTHER ICONS

CUPS M.Arch

Digital Ecologies

Barcelona, Spain

Genoa, Italy

OTHER ICONS

CUPS

B.Arch

OTHER ICONS

B.A. + B.S.

Architecture + Community Build

Charleston, SC

Media Wall+Sound Barrier

OTHER ICONS

1/4” Foam Core 3/4” Insulation Foam

Workstation 3/4” Plywood

1/2” Primed MDF Panels

1/2” Hot Rolled Steel

Bio-scape Assembly

C AB

Three Legs

C B

Cross Saddle

Tripod Support

.5â&#x20AC;? steel rod tripods were designed to create a structure for the table that was rough and natural, similar roots found in nature. This was executed by creating 20 tripods with the same three legs, but the height at which they were welded and their location was arbitrary

Bio-scape Supports 53

Program: K-6 Public School Location: Denver, CO Year: 4th Year BS. Arch (2010) Honor: Gresham Smith Competition: Finalist Since the creation of formal education in this country, the word public has been used to describe schools that are funded by the government. However, there is nothing truly public about these schools. Schools have evolved into sheltering institutions that seem much more like prisons rather than learning environments. The vision of the LoDo Public school is to create a learning environment that provides a public identity to the community it resides in. Located in the heart of the LoDo neighborhood in Denver, CO, the school invites, provides, and incorporates the public, while still providing a secure and safe place for children to learn. The school is both a public structure inside and out. A six-story stacked plaza occupies the north corner of the building, which allows for connections from the school to the public spaces, encourages social activities and learning, and provides an open and free atmosphere. Although the school is not approachable at all times, the stacked vertical plaza provides a connection throughout the building. Surrounding the vertical plaza, are public learning and exploration spaces that are the focal learning spaces in the school. The dynamic disposition of the building draws attention to the school and also brings an excitement to learning. The building will allow the ideas of the living block to be visualized, and it will serve as a catalyst for the envisioned ideas of the block. Finally, the building provides a new archetype for how public schools can both contain public learning and a true public identity.

Public Identity LoDo Public School Denver, CO

The typical public schools today are tax hogs and treated much more like a penitentiary than a public facility. Schools are often over looked and under utilized by the general public due to the fact that schools have become distant from urban centers and fortified by security measures.

Traditional public education Using public funds, the LoDo PUBLIC school creates a place not only for the communities use, but for the entire public. With the addition of public and private businesses, the school in time becomes a revenue booster for the community rather than the typical hog. The outcome is a more prosperous neighborhood both economically and socially that the community can grow from.

LoDo PUBLIC School The school is situated on the corner of 15th Street and Wyncoop Street in Denver, Colorado. Located in the historic lower downtown district, an area with a variety of housing mixed with commercial businesses provides for a dynamic personality. Within its block, a pilot project called the Living City Block attempts to lower energy consumption and production of waste by having the different entities of the block work together and share facilities and resources. The school will attempt to follow this vision.

Cloaking - Cloak and shading devices provide both privacy for the school and an interactive public exterior facade

Daylighting + Ventilation - Shading devices reduce direct solar gain in summer - Central skylight provides the central vertical plaza with natural light - Cloak provides breathable insulation layer that is naturally ventilated

Green Strategies

Public v. Private - Public and private spaces wrap each other to create a blurred boundary between the classroom spaces and the public learning spaces.

Opaque Layer- Consists of zinc panels

PV + Vegetation - 8,000 s.f. of photovoltaic panels - Produce is grown on the roof by students and faculty that is used in the public cafe on the ground level - Green roof system helps retain water and minimizes runoff

Security + Circulation - Central vertical plaza creates public connections and provides open air circulation throughout the building - Admin. check on level 2 - Fire stairs open on level 1 and 6

Translucent Layer - Consists of perforated metal - Provides shading, privacy, and thermal benefits.

Interactive Layer - Consists of operable perforated copper panels - Allows classrooms to customize facade for comfort - Facade becomes an ever changing element

Cloak Formation 56

Cloak Inspiration

Abstracted Lines

Abstracted Colors

The cloak aesthetic is inspired by the aspen groves that can be found not too far from the school. The irregular vertical pattern and colors mimic the hues and natural lines of the forests.

01 Raised Floor System 02 Radiant Heat + Cooling System 03 Curtain Wall 04 Vertical Aluminum Louvers 05 Concrete Floor Slab 06 Vapor Barrier 07 Zinc Rainscreen Cladding 08 Cloak Structure 09 Adjustable Perforated Copper Panels 10 Opaque Zinc Panels 11 Perforated Metal Panels

Cloak Section Detail 54

Vertical Plaza

Wynkoop St. Perspective

Typical Classroom

Program: Modular Classroom Location: Lennox Head, NSW, Australia Year: 3rd Year BS. Arch (2010)

*In collaboration with Nathan Geller, Zack Henley, and Nicole Tavernier

This two-week exercise focused on a modular classroom for the ever-changing Lennox Head School System. The classroom is designed with flexibility in mind, both for changing classroom sizes and geographic locations. The premise of the project centers around the 3 meter x 3 meter x 3 meter structural grid that can be customized with a variety of products for specific programmatic and environmental needs. The infill materials consist primarily of metal siding, glazing, and ipe wood decking, all materials that are readily available and durable in any environment. The interior of the classrooms is designed to be a blank slate. Panels on the interior are infilled with whiteboards, so the class truly becomes a palette for the students inside. The system is also completely selfsufficient. Using rainwater collection for plants and hand washing, passive ventilation and photovoltaic power for interior lighting.

Educational Nomad Lennox Head Classroom Lennox Head, Australia

Structural Box 3m x 3m x 3m

Infill Panels 1m x 1m x 1m - Changeable - Readily available materials - Complete customization

The square modules are designed to create flexibility for size and purpose. Modules can be assembled in a variety of designs and orientations to create learning spaces that fit both the context and program requirements. The three typologies that can be assembled are large and small classrooms with entry spaces, patios and patios with courtyards.

Organization + Layouts The module steel construction lends itself to be easily demountable, transportable, and reused. The infill panels in turn can also be reused and changed depending on the new location of the classroom. With this customization possible, the classroom can be adaptable to any climate and biome necessary. Classroom Biomes

Assembly Transformation

05 04

02 05

03 04 07

Exploded Assembly Axonometric

01 Foundation Pier 02 Floor Deck 03 Primary Structure 04 Secondary Structure 05 Exterior Cladding 06 Interior Cladding 07 Hollow Metal Door 08 Ipe Wood Sunshade 60

Event Space Section

Classroom Section

Classroom Interior

Photography 62

Domestic Anchorage Atlanta Charleston Chicago Cincinnati Denver Honolulu Juneau New York City Minneapolis / St. Paul Phoenix Portland St. Louis San Francisco Seattle

International Amsterdam, Netherlands Auckland, New Zealand Barcelona, Spain (Study) Bilbao, Spain Brisbane, Australia (Study) Brugge, Belgium Budapest, Hungary Copenhagen, Denmark Dublin, Ireland Ghent, Belgium Helsinki, Finland Hobart, Australia London, UK Madrid, Spain Melbourne, Australia Milan, Italy Montreal, Canada Ottawa, Canada Paris, France Rotterdam, Netherlands Stockholm, Sweden Sydney, Australia Tallinn, Estonia Toronto, Canada Valencia, Spain Vancouver, Canada Wellington, New Zealand

Travel 63

Thank you for your time and consideration. To learn more about any of these projects please contact me using the information below. Sean Morrissey 317.213.6398 seandmorrissey@gmail.com 1717 31st Avenue Seattle, WA 98122

n Morrissey 2019. ressed written consent of Sean Morrissey.

Rick Peterson, FAIA LEED AP Principal - OZ Architecture 303.861.5704 rpeterson@ozarch.com Drew White, FAIA Principal Architect - Axis Architecture 317.264.8162 dwhite@axisarch.com Dan Harding Associate Professor of Architecture Clemson University 406.223.2179 hardin4@clemson.edu

References + Contact Infro 64