PORTFOLIO
MIRANDA O’DELL
MARYWOOD UNIVERSITY
TABLE OF CONTENTS 04
SP/RO/UT AQUAPONIC RESEARCH CENTER
16
ROOFTOP PENNSYLVANIA EXPERIENCE
08
STEILNESET MEMORIAL CASE STUDY
20
DESIGN BUILD : WORKSPACE
10
CREMATORIUM/RESEARCH CENTER
24
LACKAWANNA HERITAGE VALLEY ASSOC. TRAIL HEAD
14
3D PRINTED FABRIC
26
MIXED-USE APARTMENT COMPLEX
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MIRANDA O’DELL
ABOUT ME Scranton, PA (570) 447-5654 mgodell@m.marywood.edu
I am a self motivated and ambitious student with a 5-year B.Arch degree from Marywood University. I enjoy the critical thinking that designing requires and I am continuously looking for ways to apply my design thinking to every step of my projects. I personally think that I am well rounded in both the technical and conceptual sides of architecture, however I also believe that you are never done learning. I would really enjoy any opportunity to continue gaining experience with-in the field of architecture.
EDUCATION MARYWOOD UNIVERSITY
September 2014 - May 2019
The architecture department focuses on students being able to follow through with their design from conception to potential constructibility wile considering all scales of use from human to city integration. Partner work and collaboration is focused on to make sure students can easily be incorporated into an office environment. Relevant classwork includes: structures, environmental systems, LEED, professional practice, art and craft of building, and design build.
STUDIOS SPRING 2019 FALL 2018 SPRING 2018 FALL 2017 SPRING 2017 FALL 2016 SPRING 2016 FALL 2015
Design Studio 10 : Museum Thesis Russel Roberts & Miguel Salve
Design Studio 09 : AIA COTE Top Ten for Students Competition Russel Roberts & Miguel Salve
PROFESSIONAL SKILLS Photoshop
Design Studio 07 : Almost City: Micro Urbanization
Illustrator
Carl Handman
Indesign
Design Studio 05 : Housing Patrick Martin
Design Studio 04 : Fishing Retreat/Landscape
3D Rendering
Margaret McManus
Member since 2015
Mosaic QUAD - Toronto,Canada 2017 REACH QUAD - New York City, New York 2018 Reflex QUAD - Boston, Massachusetts 2019 Coordinated and hosted Event consisted of various interior and exterior finish reps.
AIA Local Northeast PA Chapter
Monthly AIA cabinet meetings
Meet to inform local AIA of AIAS activities Propose requests for additional funding for AIAS events
Annual Northeastern AIA Dinner
James Eckler
Design Studio 03 : Introduction to Urban Scale
Vice President 2017-19
First Annual Specifier’s Showcase Event
Gabriel Fuentes & Jayasharee Shamanna
Design Studio 06 : Design Build
AIAS American Institute of Architecture Students Northeastern QUAD Conference
Design Studio 08 : Urban Death Studio Gabriel Fuentes & Jayasharee Shamanna
AFFILIATIONS
AutoCAD Rhino
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Glenmaura Country Club, Scranton, PA - November 2017 Glenmaura Country Club, Scranton, PA - November 2018 Montage Mountain Lodge, Scranton, PA - November 2019
AIA Jersey Shore, New Jersey Chapter
Annual AIA Awards Dinner
Invited by Brian Penschow, AIA (Chapter President) Breakers on the Ocean, Spring Lake, NJ - June 2018
MARYWOOD UNIVERSITY
AIA COTE TOP TEN STUDENT’S COMPETITION : SP/RO/UT AQUAPONIC RESEARCH CENTER FOCUS
The theme of this year’s AIA COTE Top Ten for Students competition was Innovation 2030. The program challenged us to submit projects that use a thoroughly integrated approach to architecture, natural systems, and technology to provide architectural solutions that protect and enhance the environment. A set of ten measures were given to provide a framework for considerations during the design process. The competition will then recognize ten exceptional studio projects that seamlessly integrate adaptive, resilient, and strategies for moving towards carbon-neutral operation within their broader design concepts.
SITE OBJECTIVE PARTNER
Dennings Point, Beacon, New York Design an aquaponics facility to aid in replenishing and researching the Hudson River’s depleating ecology Emily Fischetti
SP/RO/UT Sustainable Production Research Outreach
FALL 2018 Page 4
Unique Teaching
MIRANDA O’DELL
A
GLASS MULLION
STEEL SILL
B
SCREEN
FLASHING AIR SPACE WOOD FRAMNIG
C
CMU BLOCK INSULATION GYPSUM
1
2
3
EXTERIOR WALL CONSTRUCTION
TANK FLOW & FILTRATION
OPERABLE HORIZONTAL GLASS PANELS TO ALLOW FOR VENTILATION OF EXCESS HEAT GAIN
CONSTRUCTED WETLAND MADE UP OF THREE TIERS : (1) EARTHBED (2) MARSH (3) OPEN WATER
OPERABLE VERTICAL GLASS PANELS TO ALLOW FOR VENTILATION OF EXCESS HEAT GAIN
OPERABLE GLASS LOUVER SYSTEM WITH PV FILM BETWEEN GLAZING TO ALLOW FOR OPTIMAL SOLAR ENERGY GAIN
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MARYWOOD UNIVERSITY
After numerous site studies, it was clear one of the largest environmental issues facing this specific area is the ecology of the Hudson River. After being polluted by PCB particles from upriver factories, both fish and vegetation populations have
07
greatly declined in health. There are current efforts to dredge the river bed in order to eliminate the bulk of PCBs from the riverbed, however there are not as many efforts to re-build these already damaged ecosystems. The Denning’s Point
06
site is located directly alongside the Hudson River, which immediately drew our program into aiding in this rehabilitation.
02
Through the use of aquaponics, SP.RO.UT. is able to grow and release both fish and native vegetation back into the river
08
03
KEY
ecosystem, while also providing educational opportunities for the surrounding schools and community. ORIGINAL BRICK FACTORY 1881 N
01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18
LOBBY CONFERENCE ROOM CLASSROOM RESTROOMS CAFE OFFICES BREAK ROOM WORKSHOP STORAGE MECHANICAL SPACE AQUAPONICS GREENHOUSE GERMINATION TANKWASH VETERNARY LAB RESEARCH LAB LAB SUPPORT STORAGE TRASH/RECYCLING
ADDITION 1947: STEEL STRUCTURE & CONCRETE PAD
N
TANK
TANK
TANK
TANK
TANK
TANK
TANK
TANK
TANK
SECOND FLOOR PLAN 0’
10’
20’
40’
UP
18
DIAGRAMATIC SECTIONS
WETLAND
PARKING
05 01
DN
73%
RECYCLING STEEL STRUCTURE &
84% OF CONCRETE
PAD
09 15
DN
14
16
UP
UP
DN
04
10
12
TANK
UP
11 N
DN
11
FIRST FLOOR PLAN
DN
0’
PROGRAM RELATION AND PLACEMENT
FACADE MANIPULATION: PROGRAM OPTIMIZATION
NEW CONSTRUCTION
ROOF PROFILE MANIPULATION: PASSIVE DESIGN STRATEGIES
N N
GREENHOUSE WINTERGARDEN
N
N
RESEARCH/EDUCATION ADMINISTRATION (EXISTING)
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WETLAND
10’
20’
40’
MIRANDA O’DELL
Through the use of passive design strategies, the greenhouse is able to provide additional heating and cooling, reducing the amount of energy needed to sustain the buidling. REDUCED SOLAR GAIN: SUN SHADING
S
S W W
2100 2080
DAYLIGHTING STRATEGIES
SITE FLOODING - NEW CONSTRUCTION CAN WITHSTAND
FLOODING UP TO THE 100-YEAR FLOOD LINE, AT WHICH POINT THE SITE WILL INACCESSIBLE DUE TO FLOODING.
REDUCED THERMAL GAIN: SUN SHADING
THERMAL GAIN: GLAZED SOUTH FACADE
REDUCED THERMAL GAIN: VESTIBULE/ SERVICE BAR & GREENHOUSE VENTILATION
THERMAL GAIN: GREENHOUSE VESTIBULE OPERABLE DOORS
THERMAL STRATEGIES: WINTER
THERMAL STRATEGIES: SUMMER
The facility consists of additional research lab spaces which both local k-12 students and university students are able to utilize in order to conduct studies relating to the Hudson River ecosystem. In addition to students, professional researchers are provided private labs to conduct official studies. This allows students to understand and experience real-time rehabilitation efforts occurring within SP/RO/UT.
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GREEN ROOF WATER COLLECTION
WATER COLLECTION
GRAVITY FED AQUAPONIC SYSTEM
MARYWOOD UNIVERSITY
ART & CRAFT OF BUILDING : STEILNESET MEMORIAL FOCUS
Understand how daylighting strategies influenced the design and construction for the memorial. Explore how these strategies were implemented within the project. Analyze Peter Zumthor’s intent behind these strategies and look deeper into his overall architectural style.
SITE PARTNERS
Norway Emily Fischetti, Niah Wilcox, Christen Frankhauser, Kevin Boyle, Hunter Verrastro
1 : 128 0’
64’
128’
256’
512’
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MIRANDA O’DELL
Peter Zumthor’s Steilneset Memorial was created as a museum to commemorate a series of witch trials that took place in Norway. The structure is made out of a combination of wood and steel with a canvas shell enclosing the 400’ long gallery. The interior of this canvas cocoon is only lit by 90 windows which are randomly distributed along the corridor, representing the arbitrary death of these innocent people. In order to retain this dim interior environment, at night each window has a single light bulb hanging within to replace the small amount of light previously entering. During the day, The structure itself is meant to exist for only a short time, and so in order to disturb as little land possible, Zumthor designed this tensile framing system to support the gallery space.
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MARYWOOD UNIVERSITY
DEATH STUDIO : CREMATORIUM / RESEARCH CENTER FOCUS
Explore the idea of death through different levels of privacy. Mixing the private program of a crematorium with a public research center allowed for many different levels of public and private space to be organized and experienced. In order to begin dividing program up, it was necessary to first determine your own personal stance of death and the degree of private/public spaces that would be needed.
SITE OBJECTIVE
New York City Design a 30,000 SF crematorium and research center THANATOLOGY The scientific study psychological)
of
(physical
death
and
& the
practices associated with it, including the study of the needs of the terminally ill and their families.
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MIRANDA O’DELL
SPRING 2018 West 22nd St. Elevation 0’
32’
64’
West 22nd St. Reverse Elevation
10th Ave. Elevation 122’
0’
32’
64’
122’
0’
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32’
64’
122’
10th Ave. Reverse Elevation 0’
32’
64’
122’
INTERSECT
OVERLAP
INTERLOCK 10th Ave.
PRIVATE
INTERSECT
OVERLAP PRIVATE
INTERLOCK
PUBLIC
10th Ave.
PRIVATE
West 22nd St.
RESEARCH
CREMATORIUM
RESEARCH
RESEARCH
PRIVATE
CREMATORIUM CREMATORIUM
PUBLIC
CREMATORIUM
CREMATORIUM
MEMORIAL
RESEARCH
RESEARCH
West 22nd St.
RESEARCH
RESEARCH CREMATORIUM
CREMATORIUM
10th Ave.
CREMATORIUM
RESEARCH
MEMORIAL
RESEARCH
RESEARCH
CREMATORIUM
CREMATORIUM
RESEARCH
CREMATORIUM
RESEARCH
10th Ave.
West 22nd St.
Men’s Restoom
West 22nd St.
Women’s Restroom
Lobby
Balcony over Stage
Auditorium
Coat Room
Welcome Office
Electrical Room
Security Office
HA VE.
AV Room
Building Storage
Retort Chamber Retort Chamber
Boiler Room Data/ Telecom/ Server
Gross Anatomy Lab Post- Processing Room
Mechanical Room
Cold Storage
WE
Women’s Restroom
ST
Men’s Restroom Research Gallery
10T
CREMATORIUM
MARYWOOD UNIVERSITY
Lobby
Retort Chamber
Lobby
Retort Chamber Recieving Room
Drop-off Area
Sublevel One Plan
Sublevel Two Plan 0’
32’
64’
122’
0’
32’
64’
Ground Floor Plan 122’
0’
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32’
64’
122’
22N
DS
T.
MIRANDA O’DELL
The building form was centred around the concept of thanatology. A central glass datum housing most of the research programs intersects two separate forms. One housing the crematorium, anatomy labs, and funeral spaces; the other housing public memorial spaces and a research library. This intersection allows researchers to view different parts of the crematorium process without interrupting those partaking in the process. The form began to explore voyeuristic architecture through the use of overlapping spaces, which is able to provide masked vantage points as a sort of oneway mirror for the researchers to conduct unbiased psychological studies.
Roof Plan 0’
32’
64’
122’
Library
Large Gathering
Research Balcony
Unisex Restroom Memorial Space
Classroom Staff Room
Memorial Space Closet
Executive Director Kitchenette/ Lounge
Classroom
Classroom
Classroom
Meeting Room Memorial Space
Faculty Offices
Unisex Rest room
Viewing Hall
Private Space (121ft2)
32’
64’
Fourth Floor Plan
Third Floor Plan
Second Floor Plan 0’
122’
Unisex Restroom
Medium Gathering
0’
32’
64’
122’
0’
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32’
64’
122’
MARYWOOD UNIVERSITY
nched fin top view
shell
DIGITAL FABRICATION : 3D PRINTED FABRIC FOCUS
OBJECTIVE
Understand small scale product design through the use of digital fabrication. The assignment presents the challenge of creating a surface, that acts fluid
PARTNER
such as a fabric would, from the rigid 3D print PLA material.
adjusted pinched fin bottom view
pinched pasta shell
cm
cm
cm loose connection
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cm
Design and produce a 3D printed “fabric” Christen Frankhauser
on
MIRANDA O’DELL
tightened pinched pasta shell
cm
cm
To design this fabric a singular surface was manipulated in Maya to create two different pieces. Using the idea of a receiving and connecting piece, we came up with a three point system, which allowed for the fabric like flexibility when repeated to create a surface. The fin connection pieces prohibit the fabric from being completely flaccid as a regular piece of cotton fabric would be. When bent and played with, the fabric has a quality of tension at these points and retains a curve determined by the angle of the connection fins.
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MARYWOOD UNIVERSITY
PROMOTE WALK-ABILITY Raising circulation to the rooftops of building creates a safer pathway for pedestrians touring the area while still providing rooftop access to street level programs.
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MIRANDA O’DELL
ALMOST CITY : ROOFTOP PENNSYLVANIA EXPERIENCE FOCUS
The township of Tobyhanna commissioned proposals to re-develop the main street of their town in an attempt to promote tourism in the Pocono reigion. They requested that the design center around what they have coined as the “Pennsylvania Experience”, through the implementation of a variety of themed programs. These programs consisted of a PA Beir Garden, PA Wine Library, PA Wiskey Rebellion, PA Farmers Market, and the PA Butcher’s Block.
SITE
Blakeslee, PA
OBJECTIVE
Re-develop the existing rural town to become more urban
PARTNERS
David Truitt, Kelsey Deem, Missy Paulus
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FALL 2017
M
5
KIM
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40
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PROGRAM MASSING
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MARYWOOD UNIVERSITY
PENNSYLVANIA EXPERIENCE
RD
AN
The existing main street through Blakeslee was unpopulated and barren, with no safe area for pedestrians to circulate.
ST NU TR
D AC
KE S
LD
CH E
ST
O
FA
M
RM
Residential Commercial
This lack of pedestrian circulation space was problematic because the main street is a state route with high volumes of
RD
traffic. With this in mind, I decided to raise circulation to the rooftops of a more dense plan for downtown businesses.
Community/Visitor Center Parking Conservation Area
Along this raised path the PA Experience programs would be able to interact on the street level as well as the rooftop.
Green Space Proposed Trails Existing Trails Road Pedestrian Path Limited Acess Road 400’
800’
FE
RN C RE S
TR D
200’
Q
UIG LE
Y
AV E
PA BIER GARDEN (5,000 sq. ft.) SW
IC
K
DR
PA BUTCHERS BLOCK (7,500 sq. ft.)
15
E1
94 E
AC
O
C
UT
UT
LD
O
ARCH 410 Urban Studio - Almost City
KE
PA WISKEY REBELLION (3,750 sq. ft.)
DR
RO
0
H
RO
0’
PA WINE LIBRARY (3,750 sq. ft.) RESIDENTIAL (2,500 sq. ft.) PUBLIC GALLERY (5,000sq. ft.)
VEHICULAR PEDESTRIAN
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BLAKESLEE
940 940
115
full infrastuctrue infrastructure with vegetation vegetation with infrastructure full vegetation
BLAKESLEE 940
115
Magna aliquam erat
full infrastuctrue infrastructure with vegetation
volutpa.
vegetation with infrastructure full vegetation
10.42
Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea 50’
100’
200’
400’
My parcel of land was the connection from a proposed transportation (Kelsey Deem), community center (David Truitt), and an outdoor public space (Missy Paulus). In order to create the idea of a more urban area, I chose to create dense city blocks that would be
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Y DIAGRAM ECOLOGY DIAGRAM
BLAKESLEE 115
MIRANDA O’DELL
BLAKESLEE 115
940
full infrastuctrue
infrastructure with veg
vegetation with infras full vegetation
MARYWOOD UNIVERSITY
IN-HOUSE DESIGN BUILD : WORKSPACE FOCUS
SITE
Fulfil a school-wide need for additional library space, while also adding program to a currently unused hallway. In doing so, gaining large group, interior design, and construction experience. Throughout the semester project reviews were held with the original architect of the space, Hemlar Camayad, providing additional insight
Marywood University School of Architecture
OBJECTIVE
Create additional workspace and library space for students within the architecture building
PARTNERS
Collaboration of entire studio
for the space.
SPRING 2017 Page 20
MIRANDA O’DELL
4’
1
2
3
4
1
FUNCTIONAL WORKSPACE
2
5’6”
After interviewing most of the student body, it was
3
determined that students wanted additional work space and pin-up space. Our school currently has
4
multiple homasote pin-up panels, however those
r
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dolo
ipsu
Lore
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are not eco friendly and require being changed every two years. Because of this, the studio decided that magnetic pin-up spaces would be the best option. In addition to this panels are paired with different sized
m
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Lore
ipsu
work tables allowing for various group sizes to use
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the space.
5
4’
6
5
5’4”
6
Axonometric 0’ 1’
2’
4’
8’
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MARYWOOD UNIVERSITY
D
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B
A
A
A
UP
4’
D
2’
C
1’
B
0’
A
Micro Site Plan 8’
MUSOA - ARCH 320 DESIGN BUILD - SHELVING PROPOSAL
1 21" DIA. STEEL PIPE HANDRAIL AND POST SUPPORTS BETWEEN COLUMNS -ALIGN WITH FRONT FACE OF FLANGE. PRIME AND PAINT
NEW ALUMINUM FRAME GLAZING SYSTEM W/ 1" LOW 'E' GLASS (OR SPANDREL) INFILL EXISTING OPENING
HEAT - SEE HVAC DWGS STEEL ANGLE - BOLT TO EXISTING CMU -COORDINATE WITH STRUCT DRAWINGS FOR SIZE AND SPACING
EXISTING WALL CONSTRUCTION
CONC. ON EPICORE DECK
SPRINKLER CMU 8"H x 16"H x8"D
SPRINKLER MAIN
GLAZED BRICK 5"H x 12"W x 4"D
the CMU faced brick Transverse Site Section B-B 16" Ø SUPPLY DUCT wall. In order to get
Transverse Site Section A-A
NOMINAL 1" AIR SPACING 0’
3-1/2” x 5” SIMPSON H35 L-BRACKETS
1’
2’
4’
The shelving units were to be bolted into
8’
0’
2’
1’
4’
Transverse Site Section C-C
8’
0’
1’
2’
4’
Transverse Site Section D-D
8’
0’
2’
1’
4’
8’
the full design to build
EXISTING STEEL COLUMN -PRIME AND PAINT
process, construction
SHELVING PROPOSAL
document were also created for the
MATERIALS: 3-1/2” by 5” Simpson H35 L-Brackets
shelving units
Formica Chrystal White Magnetic # M-3091 3/4” Plywood 1/2” Plywood
0’
2’
4’
8’
April 28 2017
Transverse Site Section A-A 0’
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1’
2’
4’
8’
Transverse Site Section B-B 0’
1’
2’
4’
8’
MIRANDA O’DELL
Longitudinal Site Section A-A 0’
1’
2’
4’
8’
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MARYWOOD UNIVERSITY
DESIGN BUILD : LACKAWANNA HERITAGE VALLEY ASSOCIATION TRAIL HEAD FOCUS
SITE
To gain construction experience by completing a previous class’s design build project. In addition be introduced to the entire design to construction process with
OBJECTIVE
Complete construction on previously designed trail head and design additional public seating
PARTNERS
Emily Fischetti, Anthony Matsell, Mike Rosado, Jules Silverburg,
a small public seating assignment.
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Archibald, PA
n
MIRANDA O’DELL
The association which commissioned this trail head specified wanting to have small concerts during events. Because of this the seating was designed to be heavy, to deter from theft, and also mobile, so it could be rearranged
South Facing This bench takes advantage of views down the trail and picnic area. It provides a semi-private area for two to three people to sit, out of the path of cirulation. It will be shaded most of the afternoon, furthering the semi-private condition. (6’x18”)
as needed. The project was constructed using pressure treated plywood which rested on concrete footings.
Central Benches The larger of the two benches is centered on the deck, creating a very public condition. The smaller bench is set closer to the ramp access, however this seems out of place, as it is not the main bench you would expect to encourter after the main acess point. (6’x18’’) (4’x18’’)
Longitudinal Section 4’ Bench 1.5” = 1’ 0’
.5’
1’
North Facing Bench This bench takes advantage of a secondary semi-private seating area.
2’
It allows for a one way view condition where the occupant can see people approaching before being seen.
4’
(6’x18”)
Longitudinal Section 4’ Bench 1.5” = 1’ 0’
Exploded Axon
.5’
1’
2’
4’
Longitudinal Elevation/Transverse Section Corner Bench 1.5” = 1’
1.5” = 1’
0’
0’
.5’
1’
1.5” = 1’
2’
1’
2’
4’
Longitudinal Elevation/Transverse Section Corner Bench 1.5” = 1’
0’
4’
.5’
4’
.5’
1’
2’
4’
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MARYWOOD UNIVERSITY
HOUSING STUDIO : MIXED-USE APARTMENT COMPLEX FOCUS
Housing can be regarded as the building block of our communities, the rudiment of our cities, and the shelter of our everyday lives. It is possible that housing was the very first building type and it is certainly the most common. Housing can be understood as both a noun (an object, a thing, a place) and a verb (an action, a process, an event). Housing can be seen as both an agent of development, progress, and change, as well as the result, register, and effect of those very same factors.
SITE OBJECTIVE PARTNER
Old Hotel Sterling site in Wilkes-Barre, PA Design a mixed-use apartment building on a 30,000 SF site
SITE ANALYSIS Studying the demographics of
Emily Fischetti
the Wilkes-Barre area, we were able to find that the site would be best utilized if there a community aspect was incorporated on the commercial level.
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MIRANDA O’DELL
SPRING 2018
7 6 4 7
4
1
6 UP UP
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UP
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ve
th or
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5 6
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4
2 6
7
4
6
4
2 6 7
6
4 6
3 5 6
4 6 7 UP
st We
UP
et rk Ma
6 5 6
32'
2
UP
0'
ONE BEDROOM Unit TWO BEDROOM Unit THREE BEDROOM Unit Bathroom Closet Bedroom Balcony
2
et re St
Typical Floor Plan
1 2 3 4 5 6 7
5
4 4
6 5 5 6
N
128'
64'
Final Iteration (top two) Second Iteration (bottom right), First Iteration (bottom left)
S IT
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0’
40’
80’
160’
Floor Plan N
80’
160’
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ee Str
et
Schematic Design
Fra
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MARYWOOD UNIVERSITY
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h rt No
UP
UP
4
3
UP
3
6
5
UP
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3
t es r Ma
UP
2
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1
Commercial Floor Plan 0'
N
128'
64'
32'
West MarketWest Street Market Elevation Street Elevation 0’
16’
0’
48’ 16’
48’
96’
96’
The form of the building was erected from analyzing walking paths that were already
The first floor consists of a commercial level consisting of a freelance community workspace,
apparent on the empty lot. Seeing that the lot was already used as a cut-through access
restaurant/brewery, and bakery space. These programs were chosen after analyzing the
point to other buildings, we decided to provide landscaped pathways. Not only does
demographics in the downtown region of Wilkes-Barre, which showed to be lacking local
this affect the exterior site, it also allowed us to incorporate large atrium spaces within
businesses and community space. In addition to the commercial programs, a large outdoor
the building. All circulation for the interior hugs these atrium spaces, allowing for a
area was implemented to provide the housing residents a semi-private outdoor space.
community environment inside the building to develop.
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MIRANDA O’DELL
7 6 4 7
4
1
6 UP UP
1
t ee
er
r St
Ri
4
UP
v
th or
5 6
3
7 6
N
6
4
2 6
7
4
6
4
2 6 7
6
4 6
3 5 6
4 6 7 UP
We st
UP
Ma
6 5 6
5
4 4
eet
r St
6 5 5 6
N
128'
64'
32'
2
UP
et
0'
ONE BEDROOM Unit TWO BEDROOM Unit THREE BEDROOM Unit Bathroom Closet Bedroom Balcony
2
rk
Typical Floor Plan
1 2 3 4 5 6 7
Transverse Section 0’
16’
48’
96’
Residential apartments are located on the floors above the commercial spaces. For this particular building six different variations of room types accommodates for varying occupancy. The two smaller buildings would preferably house young adult couples and local college students, whereas the larger building would be reserved more-so for families. To aid in trying to bolster community, each floor also has communal lounge spaces for the residents to share.
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Thank You
If you have any additional comments or questions please feel free to contact me.
Miranda O’Dell mgodell@m.marywood.edu Scranton, PA (570) 447-5654