GRADUATE
ARCHITECTURE
PORTFOLIO
NICOLE M. MATER
WORKS
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4 NEW LYRIC OPERA
16 THINKING HANDS 22 URBAN RENEWAL
CONTENTS //////////
3 ABOUT ME
30 TRANSMUTATIONAL CITIES
36 HOT MESS 42 DESIGN BUILD 64 INTERN EXPERIENCE 70 MUSEUM OF PHOTOGRAPHIC ARTS
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LEED Green Associate
Architecture is more than the fruition of aesthetic visions; it is a palpable way to make improvements to the environment and to the lives of many. Design is a tool that can be used to change the way that communities operate and interact. Through design studios, I have learned that informed critical changes become catalysts for infrastructural and social community improvement. I hope that I am able to use my education to contribute to social causes by implementing environmental changes that positively effect communities and the individuals within them. My task is to become a true citizen architect, dedicated to serving others. By continually challenging myself to achieve this goal, I hope to contribute to the advancing paradigm shift in architecture, bringing design those who need it most.
ABOUT ME //////////
NICOLE MATER
EDUCATION University of Kansas • School of Architecture, Design, and Planning Masters of Architecture Candidate - Expected Graduation in May 2014
AREAS OF INTEREST Community vitality and urban renewal Contextually driven, evidence-based design Computation driven solutions Public and pro bono architecture Integrated sustainable strategies
SKILLS DESIGN THINKING GRAPHIC DESIGN HAND SKETCHING VISUAL COMMUNICATION DIGITAL REPRESENTATION PHYSICAL MODELING
SOFTWARE PROFICIENCY ADOBE ILLUSTRATOR ADOBE INDESIGN ADOBE PHOTOSHOP AUTODESK 3D STUDIO MAX AUTODESK AUTOCAD AUTODESK REVIT iMOVIE GRASSHOPPER RHINO CAM SKETCHUP VRAY FOR MAX 5
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CHICAGO LYRIC OPERA
LOCATION: OGDEN PLAZA, CHICAGO, ILLINOIS SQUARE FOOTAGE: 125,000 SQFT MENTORS: PROFESSORS GRABOW, LESNIKOWSKI, & COFFEEN COLLABORATORS: BRETT FAST, JORDAN GOSS This design is the result of thorough study of architectural acoustics and urban design. The challenge was to create an urban space that felt grand enough for the opera, yet approachable for every day use, and create a proscenium theater capable of functioning as an opera house. The location of the building, in Ogden Plaza, drove the strong orthogonal
geometry of the design and prompted two circulatory axis. The ovoid of the auditorium became the most important statement of the site, being the one element released from controlled orthogonality. Though it appears spherical, acoustic concerns formed a unique shape, that functions optimally for its purpose.
NEW LYRIC OPERA ///
CHICAGO LYRIC OPERA
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1
Freight
Retail
2
3
Reception
Ballet School Lobby
Ballet School Offices
UP
UP
Women
Performer Lobby
Chorus Lounge Stage Manager's Office
Rigging
Storage
Cloak Room
Men
Theater Storage & Catwalk Access
Business Office
Green Room
Side Stage Chorus
Bar Box Office
UP
Rear Stage
DN
Box Office UP
Bar
Cloak Room
Theater Storage & Catwalk Access
Side Stage
Scene Shop
Truck Lift
DN
Storage
Freight
Banquet Storage
Women
Freight
Freezer Refridgerator
Men
Banquet Kitchen
UP
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Banquet Hall
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11 DN
Retail
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E. NORTH WATER STREET E. ILLINOIS STREET
DRIVE
E. NORTH WATER STREET
N. COLUMBUS
NEW LYRIC OPERA ///
N. NEW STREET
N. CITY FRONT PLAZA DRIVE
N
1”=40’
SITE PLAN
1”=40’
SITE SECTION
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N. Mater & B. Fast
In a modern approach to the auditorium, subdued finishes take a backdrop to the production. 10
J. Goss
NEW LYRIC OPERA ///
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N. Mater & B. Fast
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NEW LYRIC OPERA ///
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N. Mater
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J. Goss, B. Fast, N. Mater
becoming a prominent feature of the building. From this placement on the site, the best views of the city can be seen across the river to the southwest. It serves dual function as a prominent marquee.
NEW LYRIC OPERA ///
Attendees expect the experience of a night at the opera to be full of grandeur and opulence. The bar becomes a magnet for socialization and display. The bar in this design is cantilevered over the entryway,
N. Mater
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N. Mater
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NEW LYRIC OPERA ///
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In the digital age, freehand sketching and analog
envision the design, and open a dialogue between
modeling is losing its presence in architectural
the designer and the client. They allow designers
design. Digital means are taking the profession
to see flaws in the designs that can often be mulled
to new heights, allowing more complex designs
over on the computer. They force designers to
to be envisioned than ever before, and some
confront problems with geometry. They are also a
designers are losing their hand for craft. Yet, these
necessity in the iterative design process, allowing
sketches and models speak to clients in a way
designers to move in a linear process toward
that renderings cannot. They allow the client to
refinement and clarity.
THINKING HANDS ////
FREEHAND SKETCHING & ANALOG MODELING
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THINKING HANDS ////
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THINKING HANDS ////
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Retaining Diversity Once a dilapidated district of abandoned warehouses, in recent years the Kansas City, Missouri, Crossroads district has been begun to be rehabilitated by local artists. Cities have a history of being reinvented in this way. Artists move in to run-down areas of the city and reinvigorate them with the livelihood of art culture. Due to its proximity to the city center, the Crossroads district is gaining popularity as a residential district. Loft rates are increasing, causing artists to move into the West Bottoms district, leaving the crossroads in a downward spiral of gentrification. The new Kauffman Center is a performance hall located just north of the given building. It is a catalyst for music culture in Kansas City. Drawing on the contextual relation of the two buildings, the focus of the restoration will be to create a place where local musicians can thrive, without being forced from the area. This will help the Crossroads to retain its identity as the arts district. Denotes location of Pabst Warehouse renovation project
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Healthy cities are defined by the quality of life by the people living there. Ailing cities are losing this quality because their problems have become seemingly too large to repair. The principle of urban acupuncture argues that interventions at key points throughout the city can revitalize the entire system. Just as in medical acupuncture, small interventions can spark chain reactions, resulting in the improvement of the city as an entity.
N. Mater
URBAN RENEWAL /////
PABST CENTER FOR MUSIC LOCATION: KANSAS CITY, MISSOURI SQUARE FOOTAGE: 60,000 SQFT MENTOR: PROFESSOR SHANNON CRISS
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Thorough analysis of the current condition of community amenities in the Crossroads district predetermined the programming analysis of the building itself. The studio was driven by principles of Urban Acupuncture, a concept that suggests an entire urban community can be changed with carefully
placed interjections of positive community design. With this goal determined at the outset, the program elements that developed were based on satisfying the needs of the community that were not yet met. These analytical studies formed the basis for the design that followed.
COMMUNITY ACTIVITY TIMELINE GENERATED BY HOURS OF OPERATION
ART/CULTURE
DINING
ENTERTAINMENT
SERVICE
N. Mater, K. Kutz
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URBAN RENEWAL /////
PARKING LOTS
GREEN SPACE
bike Routes
OBSERVED ACTIVITY
ART GALLERIES
RESIDENCES N. Mater
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3.
1. 2.
Basement N 1. Original facade component 2. Existing circulation core 3. Existing egress staircase
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Ground Floor
The Pabst warehouse was built in the 1910’s by the Pabst Brewing Company. The building was used for horse stabling and has been named on the National Historic Register. For this reason, much of the existing building may not be changed. The east facade must remain in historical condition. The building itself is very structurally sound, allowing the
flexibility to alter the floor plates. During prohibition the building was owned by infamous Kansas City historical figures, The Pendergasts. They established a speakeasy on the north side of the building. The building’s interesting history generates interest throughout the community and provides inspiration for the project.
URBAN RENEWAL /////
THE EXISTING WAREHOUSE
Despite the number of windows offered by the building perimeter, the square footprint of the warehouse results in a dark building core.
Second Floor
Third Floor
Fourth Floor
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THE SOLUTION: THE PABST CENTER FOR MUSIC URBAN RENEWAL /////
Public
Private
WC Theater Lobby
WC WC
WC
Theater
Speakeasy
Courtyard Backstage
Lobby
Lounge
Day care
N
Ground Floor
Dance Studio
Practice Rooms
N
Second floor
Third floor
Fourth floor
Apartment
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TRANSMUTATIONAL CITIES //////////
LONDON / ROME / BARCELONA / PARIS / LYON
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LONDON 34
development and the other delineating urban fit of specific buildings. The trip also required the journaling of memory maps for each day, which helped me to understand the cities as I spent more time exploring them. Much of the journey focused on full cognition of the cities' patterns, which were learned through first-hand experience by walking and taking public transportation of all types. In addition to the cities we documented, we also visited Paris and Lyon.
TRANSMUTATIONAL CITIES //////////
In the summer of 2012, I participated in a study abroad excursion that traveled to several countries in Western Europe. The focus of the trip was to study the transumational qualities of each of the cities. My professors, Bruce Johnson and Genevieve Baudoin, encouraged me to create a collage of images in the style of James Corner in order to document these qualities in each urban setting. Each city has two accompanying collages, one dedicated to a large scale urban
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ROME 36
TRANSMUTATIONAL CITIES //////////
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LOCATION: THE KANEKO MUSEUM, OMAHA, NEBRASKA COLLABORATORS: RACHEL KEEVEN, IAN C. THOMAS LISA MILLER, MATT GOLDSBERRY
“
IF YOU’RE NOT FAILING EVERY NOW AND AGAIN, IT’S A SIGN YOU’RE NOT DOING ANYTHING VERY INNOVATIVE.
“
WOODY ALLEN
HOT MESS //////////
HOT MESS: LINES OF ATTRACTION
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An exploration into the world of tensile structures, the HOT MESS experiment straddles the line between ethereal art and built structure. The shapes of the two forms were designed to allow viewers to interact with space, employing two different aesthetic languages. The process proved a reminder that sometimes, failure is the only way to transcend to a state of innovation.
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HOT MESS //////////
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HOT MESS //////////
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N. Mater & K. Kutz
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LOCATION: RURAL LAWRENCE, KANSAS SQUARE FOOTAGE: 3,000 SQFT MENTORS: BRAD SATTERWHITE & CHRIS GRILL COLLABORATORS: RACHEL KEEVEN, KYLE KUTZ, MARIAH TREVIZO
DESIGN/BUILD //////
UNIVERSITY OF KANSAS FIELD STATION
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multipurpose building needs to function as a classroom, workshop, and event venue, and maintain the flexibility to accommodate more if need be. As they are located several miles north of campus, there is little connectivity between the two sites. The locally iconic skyline of campus is visible from elevated vantage points at the site. The goal is to meet the programmatic needs of the clients while capitalizing on the connection to campus and striving to create sustainable architecture.
DESIGN/BUILD //////
The University of Kansas Field Station is a component of the university dedicated to biological and ecological studies. The Field Station is in need of additional facilities to promote further on site study and to better perform ecological experiments. They have received a grant to expand their infrastructure by adding a small greenhouse to be used for controlled experiments year round, a large greenhouse to house experiments in the warmer months, and a multipurpose building that would be used as flexible space. The
Context The chosen site lies on a shallow slope at the end of an existing driveway. Utilization of the current infrastructure will create an easy progression of users by being in close proximity to the existing buildings and speed the process of construction.
Denotes location of new facility
N
M. Trevizo
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N. Mater
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The tower allows for visitors to view the surrounding site and creates an important connection by establishing a visual line back to the University Campus. From the top of the tower, onlookers can view the outline of Frasier Hall, an iconic campus building that can be seen from miles away. At night, the view would be particularly impressive, because of the glowing lights of Lawrence and the halo-effect it creates. The tower also allows the Field Station to harvest wind energy and bring internet access to this rural part of town, possible sources of revenue for the Field Station to subsidize the cost of experiments.
DESIGN/BUILD //////
Campus view
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The field station received a grant to expand their infrastructure by adding a small greenhouse (1) that they could use for controlled experiments year round, a large glasshouse (2) that would house experiments in the warmer months, and a multi-purpose building (3) that would be used as a flexible space.
3 2
1
N. Mater
N.
M. Trevizo
framed view Prior to the introduction of this new facility, the approach to the site was one expansive view. The scheme proposes blocking this view from the approach, and dramatically revealing it. Certain views will be blocked in order to create smaller, but more impacting, framed views. For example, the opening of the barn style doors at the entrance creates a framed view through the building and showcasing the magnificent landscape.
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DESIGN/BUILD //////
N
Mater & K. Kutz
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R. Keeven & M. Trevizo
N
SITE-informed design By orienting the building orthogonally, the design takes advantage of sunlight year round and creates a high-performance greenhouse atmosphere. Large, twelve-foot wide sliding doors allow for easy transportation of large microcosms and equipment.
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The form of the building showcases a powerful view and creates an indoor-outdoor patio intended for use as an outdoor classroom and open event space. Researchers can also utilize this space as an extension of their workspace during fair weather.
DESIGN/BUILD //////
M. Trevizo
M. Trevizo
R. Keeven
Early iterations of site design were controlled by studies of site axes derived from existing buildings, roads, and experimental plots and also by the study of shadow lines that occur throughout the year. The shape of the building section was prescribed by the availability of pre-engineered structural members. The
clients were interested in semi-custom aspects of building, in an effort to maintain the given budget. The size of member chosen allows for twelve-foot interior sidewalls and a fifteen-foot central height. The space is tall enough to allow large equipment and full size plant specimens their maximum clearance.
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N. Mater
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Custom features DESIGN/BUILD //////
R. Keeven
The 1600 square foot multipurpose room is a space to gather, have fund raising events, host classes, and, on a daily basis, become a workshop. Large pivoting doors allow users to view the panoramic landscape. The room has a preparation area with three sinks and many storage cabinets. The walls are covered in peg board, which allows users to easily hang tools. It also gives them the opportunity to hang other items such as works of art for a rural studio or large documents for town meetings or other events.
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N. Mater
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DESIGN/BUILD //////
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N. Mater & K. Kutz
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DESIGN/BUILD //////
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N. Mater
By building a prototype wall section of the building, we were able to gain further understanding of how the elements of the walls work and how the construction process can be made easier. The process of constructing our mock-up allowed us to make our design intent clearer and to maximize the effectiveness of
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materials. All materials were chosen based on their performance and functionality, and stay true to the agrarian aesthetic prescribed by the context. These materials are easy to install in a modular fashion for faster construction. They also are either locally produced or recycled and aid in the sustainable responsibility of the building.
N. Mater
A trench of river rocks controls water drainage around the building and allows water to percolate back into the water table.
Structural Insulated Panels (SIPs) insulate the building with an R-value of 14 and are able to be installed quickly. SIPs are also capable of spanning the full distance between columns without further lateral support. We finished ours with peg board to accommodate the users needs.
Perm-A-Barrier (Grace Construction) polyethylene membrane ensures the longevity of the wall. It insulates and seals out most moisture, but also allows vapor to escape the wall. It is flexible and easy to install, but must not be extensively exposed to sunlight.
Reclaimed wood salvaged from telephone poles has been cut and planed to size.
Materials & Performance
The concrete mixture is made from a mix of cement and fly ash, a by-product of coal production.
The structure is a basic kit-ofparts component from Varco Pruden. Using industrially manufactured components saves money, since Varco Pruden is a local company this places less stress on the environment.
Corrugated metal acts like a rain screen and protects the membrane from sunlight while keeping out most moisture.
DESIGN/BUILD //////
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N. Mater, K. Kutz, R. Keeven, M .Trevizo
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N. Mater
Concrete footing
Water-filtering river rocks
Perm-A-Barrier
5/8” Hex head bolts
Self-piloting galvanized #14 Hex head screws
1.5” X 1.5” pine purlins
Self -piloting galvanized #14 Hex head screws
1.5” X 1.5” pine slats
Prototype assembly
Concrete slab, 4” thick
Control break
Concrete knee wall
Thermal break
3/8” Peg Board backed with 1X2 frames
Ice and Water Shield 4” Structurally Insulated Panel (SIP) 5/8” Gypsum board
W8 X 8 X 31
Metal Purlins, 18 gauge steel, 4”X2.5”
Galvanized corrugated metal, 1/4” depth
Self-tapping galvanized #10 Hex head screws
DESIGN/BUILD //////
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N. Mater
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DESIGN/BUILD //////
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AKSARBEN VILLAGE ZONE 6 LEAD DESIGNER: LISA M. MILLER ROLE:
PREPARED VISUALIZATIONS AND ASSISTED IN FACADE DESIGN
N. Mater, W. Deroin, and L. Miller
N. Mater, W. Deroin, and L. Miller
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LOCATION: OMAHA, NEBRASKA MENTORS: TOM TRENOLONE, AIA; MICHAEL HAMILTON, AIA DESIGN TEAM: LISA MILLER, IAN C. THOMAS, MATT GOLDSBERRY, BILL DEROIN, MATT STOFFEL, KEVIN AUGUSTYN, & DAVID HINSLEY
INTERN EXPERIENCE////
HDR ARCHITECTURE, GREAT PLAINS STUDIO
N. Mater
L. Miller, M. Goldsberry, and N. Mater
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TH!NK COMPLETE WELLNESS PRIMARY CARE LEAD DESIGNER: MICHAEL HAMILTON, AIA ROLE: PREPARED VISUALIZATIONS; DESIGNED PATTERING; AIDED IN MATERIAL SELECTIONS, CLIENT RELATIONS, AND DETAILING
N. Mater and NEPHEW Rendering Services
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INTERN EXPERIENCE////
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HDR ARCHITECTURE OFFICE RENOVATION LEAD DESIGNER: IAN C. THOMAS ROLE: PRODUCED RENDERINGS, DESIGN DEVELOPMENT, AND CONSTRUCTION DOCUMENTS; ABLE TO CLOSELY WATCH CONSTRUCTION PROGRESS UNFOLD
N. Mater, L. Miller, R. Keeven
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HEAD INNOVATOR: DAVID GRANDY ROLE: CONCEPTUAL RENDERING ARTIST
INTERN EXPERIENCE////
KAISER PERMANENTE VISION PLAN
N. Mater
UNIVERSITY OF NEBRASKA - BEHLEN AND MANTER HALL DESIGN TEAM: MICHAEL HAMILTON, CHRIS ERTL, DAVID HINSLEY ROLE: SCHEMATIC DESIGN, PRODUCED RENDERINGS AND VISUALIZATION
N. Mater
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LOCATION: MEMPHIS, TENNESSEE SQUARE FOOTAGE: 30,000 SQFT MENTOR: DENTON NICHOLS
M.O.P.A.///////////
MUSEUM OF PHOTOGRAPHIC ARTS
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I
PP
SI
IS
SS
MI
R
VE
RI
MEMPHIS
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Orpheum Theater Beale Street
Gibson Guitar Factory FedEx Forum arena
Chosen Site
National Civil Rights Museum
As Eggleston challenged the world of photographic arts by utilizing commercial production techniques, the MOPA goes beyond the bounds of traditional photographic display by embracing digital projection technology. The street-facing façades of the building become a democratic gallery, allowing passersby to participate in a unique experience. The light display will attract visitors and help to pull activity from the more active Downtown area of Memphis, directly north of the site. In response to this condition, the north elevation of the building will also act as an architectural billboard to more strongly announce the museum’s presence.
M.O.P.A.///////////
The design of the Museum of Photographic Arts challenges traditional museum design in favor of an active, community centered program. The building aims to inspire, educate, and enable community members to participate in photography as an art. Dedicated to the work of acclaimed photographer and Memphis native, William Eggleston, the museum also serves as a permanent home to his collection of work.
More than a collection of galleries, the MOPA aims to involve the community with the building. The existing building has been re-purposed as a Lecture theater, suitable for small concerts and guest lectures. The introduction of a camera obscura allows visitors to experience the history of photography firsthand. The community can also utilize the darkroom in the basement in an effort to preserve analogue techniques. The building itself has been designed to work like a camera, with two large apertures that contribute to connectivity through the building. Form and program work together to contribute to the education and involvement of the community.
120 Degree City Axis Shift Farmers’ Market
Memphis Amtrak Train Station
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M.O.P.A.///////////
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Farmers’ Market
Memphis Amtrak Train Station
2. Urban Typology Extrusion
The design of the Museum of Photographic Arts challenges traditional museum design in favor of an active, community centered program. The building aims to inspire, educate, and enable community members to participate in photography as an art. Dedicated to the work of acclaimed photographer and Memphis native, William Eggleston, the museum also serves as a permanent home to his collection of work. As Eggleston challenged the world of photographic arts by utilizing commercial production techniques, the MOPA goes beyond the bounds of traditional photographic display by embracing digital projection technology. The street-facing façades of the building become a democratic gallery, allowing passersby to participate in a unique experience. The light display will attract visitors and help to pull activity from the more active Downtown area of
4. Street Activation
3. Carve Apertures
Memphis, directly north of the site. In response to this condition, the north elevation of the building will also act as an architectural billboard to more strongly announce the museum’s presence. More than a collection of galleries, the MOPA aims to involve the community with the building. The existing building has been repurposed as a Lecture theater, suitable for small concerts and guest lectures. The introduction of a camera obscura allows visitors to experience the history of photography firsthand. The community can also utilize the darkroom in the basement in an effort to preserve analogue techniques. The building itself has been designed to work like a camera, with two large apertures that contribute to connectivity through the building. Form and program work together to contribute to the education and involvement of the community.
5. Maximize View
M.O.P.A.///////////
1. Existing Site
Gallery
Public Free S
Outdoor Green
Private Suppo
6. Increase Green Space
White TPO Roofing Untreated Cumaru Rain Screen Intensive Green Roof Treated Angel Hair Stainless Steel Street Art Video Display Repurposed Brick Building Stainless Steel Sun Control Louvers Extensive Planting System Frosted Glass, Two Way Display Vertically Oriented Oxidized Bronze Louvers
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M.O.P.A.///////////
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M.O.P.A.///////////
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M.O.P.A.///////////
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CIRCULATION
HVAC PATHWAYS & PASSIVE VENTILATION
Beam Column Location CANTILEVER STRUCTURE 86
White TPO Roof Membrane
8 1-1/2” Polyisocyanurate Insulation Metal Roof Deck
9 Sloped K-10 Roof Joists
Double Layered 5/8” thick Gypsum Wall Board
US
T
OF
FI
6” Steel Stud Wall
CE
S Vapor Barrier
5/8” thick OSB Sheathing DN
Z
Z-Channel Purlins 4” thick Mineral Wool Insulation
Steel Clip Track Stainless Steel Panlels
Y
Aluminum Storefront System with Sliding Doors
1/8” thick high gloss black Epoxy floor coating 5” thick concrete slab and floor deck K-12 Floor Joists Sliding Door Tracks
M.O.P.A.///////////
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Concrete Curb Untreated Cumaru Deck with Deck Clip System Composite wood sleepers Polyisocyanurate Insulation 1-1/2” Minimum Thickness 1/8” per foot slope
Vapor Barrier
7 5” thick Concrete and Metal Floor Decking
8 K-12 Floor Joists
Double Layered 5/8” thick Gypsum Wall Board Ceiling
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GU
8” High stacked CMU wall
E
Y
PATIO
1/8” thick high gloss black Epoxy floor coating
DN
Z
UP 5” thick concrete slab and floor deck
K-12 Floor Joists
W-20 Beam
2x6 Curtain Wall Mullions with Neoprene Thermal Breaks
Y
Butt-Glazed Curtain Waill System
Double Layered 5/8” thick Gypsum Wall Board
1/8” thick high gloss black Epoxy floor coating 5” thick concrete slab and floor deck K-12 Floor Joists
7 6” Steel Stud Wall
8
Vapor Barrier
U
5/8” thick OSB Sheathing
9 Z-Channel Purlins
4” thick Mineral Wool Insulation
MECHANICAL ROOM
1” Steel Tube Purlin
at 6’ below 1/4”x6” Bronze Fins with Patina
Z
DN
1/8” thick high gloss black Epoxy floor coating
4” thick concrete slab
3” thick Board Foam Insulation
6” thick Gravel
Double Layered 5/8” thick Gypsum Wall Board
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2x4 Wooden Stud Wall
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2” Rigid Board Insulation
Vapor Barrier
9 Filter Fabric
8” thick Concrete foundation wall
ARCHIVE STACKS
Concrete Footing
Sloped Gravel
Z
4” Diameter Perforated Drain
O P A 87
White TPO Roof Membrane
1-1/2” Polyisocyanurate Insulation Metal Roof Deck Sloped K-10 Roof Joists
Double Layered 5/8” thick Gypsum Wall Board
6” Steel Stud Wall
Vapor Barrier
5/8” thick OSB Sheathing
Z-Channel Purlins 4” thick Mineral Wool Insulation
Steel Clip Track Stainless Steel Panlels
Aluminum Storefront System with Sliding Doors
1/8” thick high gloss black Epoxy floor coating 5” thick concrete slab and floor deck K-12 Floor Joists Sliding Door Tracks
Concrete Curb Untreated Cumaru Deck with Deck Clip System Composite wood sleepers Polyisocyanurate Insulation 1-1/2” Minimum Thickness 1/8” per foot slope
Vapor Barrier
5” thick Concrete and Metal Floor Decking
K-12 Floor Joists
Double Layered 5/8” thick Gypsum Wall Board Ceiling
8” High stacked CMU wall
1/8” thick high gloss black Epoxy floor coating
5” thick concrete slab and floor deck
K-12 Floor Joists
W-20 Beam
2x6 Curtain Wall Mullions with Neoprene Thermal Breaks
Butt-Glazed Curtain Waill System
Double Layered 5/8” thick Gypsum Wall Board
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1/8” thick high gloss black Epoxy floor coating
M.O.P.A.///////////
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Polyisocyanurate Insulation 1-1/2” Minimum Thickness 1/8” per foot slope
Vapor Barrier
5” thick Concrete and Metal Floor Decking
K-12 Floor Joists
Double Layered 5/8” thick Gypsum Wall Board Ceiling
8” High stacked CMU wall
1/8” thick high gloss black Epoxy floor coating
5” thick concrete slab and floor deck
K-12 Floor Joists
W-20 Beam
2x6 Curtain Wall Mullions with Neoprene Thermal Breaks
Butt-Glazed Curtain Waill System
Double Layered 5/8” thick Gypsum Wall Board
1/8” thick high gloss black Epoxy floor coating 5” thick concrete slab and floor deck K-12 Floor Joists
6” Steel Stud Wall
Vapor Barrier
5/8” thick OSB Sheathing
Z-Channel Purlins
4” thick Mineral Wool Insulation 1” Steel Tube Purlin 1/4”x6” Bronze Fins with Patina
1/8” thick high gloss black Epoxy floor coating
4” thick concrete slab
3” thick Board Foam Insulation
6” thick Gravel
Double Layered 5/8” thick Gypsum Wall Board
2x4 Wooden Stud Wall
2” Rigid Board Insulation
Vapor Barrier
Filter Fabric
8” thick Concrete foundation wall
Concrete Footing
Sloped Gravel 4” Diameter Perforated Drain
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M.O.P.A.///////////
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M.O.P.A.///////////
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B
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M.O.P.A.///////////
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CAFE 7
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C ST OLD OR AG E
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OPEN TO OUTSIDE
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KITCHEN
9 SUMMER PATIO
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WINTER PATIO
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OPEN TO OUTSIDE
WA Y
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OPEN TO BELOW
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TW O-
MECH.
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DE MO CR AT IC
W
A
FO RE ST
B
T
9
AN GA ALO LL GU ER E Y
TO OPEN BE LO W
DN
DI SP LA Y
PATIO
DIGITAL MEDIA 2
DN
DIGITAL MEDIA 1
UP
Z
X
Y
MUSEUM OFFICES
D
1
2
3
C
4
B
ARCHIVE STACKS
5
A
7
LEICA COLLECTION DISPLAY X
8
UP
9
FREE WORKSPACE
ARCHIVE STACKS
DARK ROOM UP
Z
Y
95
96
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100
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M.O.P.A.///////////
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NICOLE MATER LEED GA architectural designer masters of architecture 2014 314.225.5907
nicole.mater @ gmail.com http://nicolemater.net
Unless otherwise indicated, all of the images shown in this publication were designed and created by Nicole Mater.
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