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Architectural design portfolio
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PORTFOLIO
i.malawi housing archetype
project sun
los angeles infinite
home\comcast 2020
nicetown free clinic
philadelphia bakery
float chaise
bsu health + science building
PORTFOLIO
ii.
PORTFOLIO
2014
iii.PORTFOLIO
EIKE JORG MAAS B.Arch 2014 717.634.1618 [email protected] www.eikejmaas.com
iv.
TABLE OF CONTENTS
academic endeavors
professional endeavors
personal endeavors
synopsis
MALAWI HOUSING ARCHETYPE
NICETOWN FREE CLINIC
HOME 2020
LOS ANGELES INFINITE
SPACEWORK
TUZLA MIXED USE
PROJECT SUN
BSU HEALTH SCIENCES BUILDING
FLOAT CHAISE
PHILADELPHIA BAKERY
RESUME
PROJECT LIST
BIO
v.
2
6
8
12
18
20
21
33
25
26
27
33
33
*
*
*
SPATIAL EXPERIENCES | DOCTORS
hot shower after a long day
crying on someone’s shoulder
having friends over at night
morning tea
reading a good book
familiar meal with family and friends
watching the sunset
having clean laundry
conversation with neighbor
tending the gardens
napping in the shade
a good night’s sleep
kicking a ball with neighbor kids
working at deskPUBLIC
PRIVAT
E
PERSONAL
COMMUNAL
Bedroom
Bathroom
Personal khonde
Office
Living room
Shared khondeKitchen
barbeque for the community
Semi-public outdoor space
Spatial ExperienceDoctor’s Housing
Appropriate levels of privacy and sociability are determined for different parts of the program. Program is designed around user activities.
40
Conceptual ExperienceDoctors Housing
The users desired activities are considered, and organized in terms of their privacy levels
PRIV
ATE
CONCEPTUAL EXPERIENCES | DOCTORS
PUBL
IC
PERSONALone or two people involved
COMMUNALmany people involved
Hot shower after a long day
Crying on someone’s shoulder
Having friends over at night
Morning tea
Reading a good book
Familiar meal with family and friends
Watching the sunset
Laundry
Conversation with neighbor
Tending the gardens
Napping in the shade
A good night’s sleep
Kicking a ball with neighbor kids
Working at desk
Barbeque for the community
During the design process, user activities are evaluated based on the degree of privacy and sociability appropriate for various tasks. This process aims to guarantee that the users will have comfortable spaces suitable for various activities.
39
Bedro
om
Bedro
om
Bedro
om
Bedro
om
Perso
nal k
hond
e
Perso
nal k
hond
e
Share
d
Office
Office
Living
room
Living
room
Bathr
oom
Bathr
oom
Bathr
oom
Bathr
oom
Semi-p
ublic
out
door s
pace
Kitche
n
Kitche
n
Doctor
’s Hou
sing
Spatial O
rganizatio
n43
PlanDoc
tor’s
Housin
g
45
MALAWI HOUSING ARCHETYPE 2
How can a place become a home when it is thousands of miles away from familiarity?
“Housing” has become a loaded term, with associations ranging from Corbusier’s Unite d’Habitacion to the dismal Section 8 housing projects of mid-century USA. Creating housing, however, is one of the most essential functions of architecture - shelter, as a basic necessity, is arguably more fundamentally important than art institutions or corporate offices - and therefore is a sector of architure that should be carefully considered and understood. Yet, despite our familiarity with our own experiences of “home”, and despite the ever-present need for more housing, architects often fail to produce housing that truly becomes home for its residents - rather, housing blocks become dull and utilitarian, like storage units filled with people and beds.
For this project located in Malamulo, Malawi that proposed housing for visiting doctors,
the complications of making housing feel more personal were compounded by designing for a site located thousands of miles away in a culture that was only cursorily understood. To create housing that worked, our team separated tectonic function and social function into respective areas of understanding, and created a series of diagrams documenting the details of these functions, and then solutions in the relationships of these functions to each other based on variable residents, sites, and local construction practices to form a replicable, but not repetitive archetype.
Project team: Eike Jörg Maas, David Trapp,
Thomas Frank, Michael Rothman
Location: Malamulo, Malawi
Scope: 4,000 sqft built, 20,000 sqft planned
Budget: $40,000
Morning tea
Having clean laundryBarbeque for the community
Having friends over at night
Tending the gardens
SectionDoctor Moments
The design provides appropriate spaces suitable for various activities,and allows the users to live comfortably.
46
OPERABLE TABLE APERTURE KITCHEN: KITCHEN AND CENTRAL KHONDE INTERACTION
corrugated metal roofinginsulated sandwich panel
2x2 timber framing
2x2 timber framing
reinforced concrete lintel
gum pole purlin 100mm
softboard ceiling fixed to subframing to be painted
2x2 timber framing
gum pole 100mm
steel barndoor wheel
central khonde #,#m kitchen #,#m
steel barndoor wheel tracksteel barndoor hangerslatted wood barndoor
slatted wood panelstainless steel i-bolt, 5mm dia.
stainless steel j-bolt, 5mm dia.
counterweight, max. 5kg or 1/2 weight of wood panelnylon marine-grade cord, or stainless steel chain
if cord, aluminum tie-down cleat; if chain, chain hookpre-cast concrete sill
90*-stop door hingebolt lock
Malamulo Hospital
Site
Site to Hospital Route 16°10’9.03”S / 35°
28
Interior PerspectiveDoctor’s Housing
68PerspectivePrivate Entry
109
Interior PerspectiveDoctor’s Housing
69
6NICETOWN FREE CLINIC
How can a small clinic and community center enhance an underprivileged neighborhood’s hidden gems to reignite life?
Good health gives comfort, security, and happiness to those who have it and is freely passed on to those nearby. This means that good health is an excellent medium for growing good homes and communities - as comfort, security, and happiness increase, social bonds form more readily and a neighborhood takes on renewed vibrancy. Creating a beacon for good health in an underserved community can effectively begin a process of transformation in that neighborhood, and when augmented with spaces to house the renewed expression of community, this beacon for good health can serve a community into its maturity.
The Nicetown Free Clinic, a collaboration with the Patch Adams Foundation, seeks out the cultural merits in a neighborhood with little material value, and uses them to transform a vacant
5-acre brownfield in Nicetown, Philadelphia into a thriving center for fellowship, economic growth, and good health. The proposal gathers highly-flexible spaces around a courtyard extension to an adjacent street to allow 18,000 sf of enclosed program to fully activate 5 acres of site and extend deeper into the community. The flexible spaces house a clinic and traditional medical spaces, as well as places to host cultural events that promote good lifestyles and give the community members a chance to interact with each other and form positive relationships with their neighborhood.
Project team: Eike Jörg Maas, Austin McInnis,
Erik Tsurumaki
Location: Nicetown, Philadelphia, PA
Scope: 18,000sqft built, 200,000 sqft planned
Budget: $5mil
moisture control barrier2.5” steel roof deck3” x 6” steel L-angle
1.5” x 3” steel U-channel6” fiberglass batt insulation
W18x109 steel wideflange girderW18x91 steel wideflange beam
aluminum sidingweatherproof membrane
4” extrude polystyrene insulationepdm weatherproof membrane
1/2” plywood sheathingvinyl flashing
silicone sealant
6” light gauge metal trackaluminum cornice
1/2” plywood sheathing
vinyl gasket 6” metal stud
30K10 open web bar joist
drip edge6” light-gauge metal track
cross-bracing tension cablealuminum mullion for KalWall
cable seat & connector3/8” steel connection plate
aluminum mullion for KalWallKalWall translucent insulated wall panel
hinge pin
6” x 8” steel U-channelvinyl gasket
4” dia. steel bar door pivot axis
transitional cog8’ dia. cog
3’ dia. handwheel/cog inputdrive chain
hinge pin3/8” steel connection plate
cable seat & connector
gravel bedKalWall translucent insulated wall panel
aluminum mullion for KalWall
4” extruded polystyrene insulation
6” x 8” steel U-channel
aluminum drainage gratevinyl gasket
gravel drainage bed8” dia. perforated pvc drainage pipe
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ExerciseRoom
WomensBathroomMensBathroom
Mechanical
CoordinatorsOffice
Childcare
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MechanicalBathroom
ChildrensW.C.
MediaStorage
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XAB
Dental
Doctor OfficeExam Room
Exam Room
Exam Room
Exam Room
Circulation
Nurse OfficesStorage
Optical Ward
Exam Room
Exam Room
Room
Mechanical
Exam Room
Exam Room
Exam Room
Exam Room
Break Room
Room
Loading
Pharmacy
Mechanical
Waiting
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CoordinatorsOffice
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MechanicalBathroom
ChildrensW.C.
MediaStorage
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Dental
Doctor OfficeExam Room
Exam Room
Exam Room
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Nurse OfficesStorage
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Exam Room
Room
Mechanical
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Exam Room
Exam Room
Exam Room
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Room
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Mechanical
Waiting
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WomensBathroomMensBathroom
Mechanical
CoordinatorsOffice
Childcare
Vestibule
MechanicalBathroom
ChildrensW.C.
MediaStorage
10
I
8
XAB
Dental
Doctor OfficeExam Room
Exam Room
Exam Room
Exam Room
Circulation
Nurse OfficesStorage
Optical Ward
Exam Room
Exam Room
Room
Mechanical
Exam Room
Exam Room
Exam Room
Exam Room
Break Room
Room
Loading
Pharmacy
Mechanical
Waiting
32' - 0"
32' - 0"
32' - 0"
32' - 0"
36' - 0"
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24' - 0"
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32' - 0"
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publ
ic a
cces
s du
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publ
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galle
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peni
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s m
arke
tpu
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acc
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durin
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ouse
or f
estiv
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plaza threshold space media space
6” light-gauge metal tracksilicone sealantepdm weatherproof membrane1/2” plywood sheathing6” metal stud6” fiberglass batt insulation1/2” plywood sheathingaluminum sidingcopper drain through wallepdm weatherproof membrane
aluminum cornice
4” extruded polystyrene insulation
2 - 1/2” steel roof decking
5.5” x 8” steel L-angle30K10 open web bar joist
W18x91 steel wideflange beam
6” metal stud
W18x71 steel wideflange columnW18x71 steel wideflange beam2.5” x 5.5” steel L-angle2.5” x 5.5” steel L-angle
moisture control barrier
aluminum flashing under siding to over roof
W18x109 steel wideflange girder
6” light-gauge metal track
2.5” x 8” steel L-angle3” x 6” steel U-channel
W12x23 steel wideflange beam1”x6” cedar or yellow pine flatsawn plank6” light-gauge metal trackmetal stud c-channel header1/2” dia. aluminum hinge-pin
3/8” aluminum baseplate
6” light-gauge metal track
1/2” dia. aluminum hinge-pin
epdm weatherproof membrane4” extruded polystyrene insulationmoisture control barriermetal stud c-channel header3” x 10” steel L-anglealuminum corner trimaluminum sidingedpm weatherproof membrane6” fiberglass batt insulation
aluminum roofing
6” light-gauge steel track
drip edgesilicone sealant
1/2” plywoodperforated aluminum soffit10W19 steel wideflange beampolyurethane expanding insulationmetal stud c-channel headervinyl flashing4-1/4” x 2-1/4” steel L-anglealuminum track w/ silicone damperdouble-glazed low-e coated glass
4” fiberglass batt insulation
W12x36 steel wideflange column
aluminum doorframealuminum hingepin
double-glazed low-e coated glassneoprene damper
neoprene weatherstrip
steel baseplatehigh-strength grout leveling bedanchor bolt1” x 10” bluestonevinyl flashingaluminum drainage grategravel drainage bed8” dia. perforated pvc drainage pipe
aluminum doorframe
aluminum baseplate w/ hingepin seat
Wall Sections & Details1”:1’
media space hallway threshold space basketball court
+( )+
=
+OUTPUT INPUT BODY
REAL BOY
physical data physical interface object
BRAIN
=
+( )+ +OUTPUT INPUT SENSOR TEDDY
TECHNO-TEDDY
digital data physical interface object
RFID IN/OUT PROCESSOR
10HOME 2020
How can home be redefined in an era of digital communities, virtualities, zero-space and the Internet of Things?
The word community is com-monly used to define collections of houses, shops, parks, and nodes of everyday living in a physical built environment. The truth is that what defines a community is not the proximity of physical objects to each other, but rather the connec-tions drawn between those objects and places by the people who ex-perience them. In our modern age, these connections happen more and more frequently through digital media - rather than congregating for town hall meetings, sunday morning church, or front-porch sitting, we share our lives through instant media soundbites and images. The debate around how “authentic” the connections made through digital media are is capti-vating, and is heavily researched by a broad section of the culturally-curious from sociologists to web developers. The reality is simple, though: there is no escaping the
digital landscape.
Home 2020 postulates what the future of “home” will be in just a few years. As the digital landscape becomes more omnipresent and “real”, this technology will inform our built environment in both subtle and obvious ways, using RFID and microprocessors to recieve and send information, and various media to actuate that data. Eventually, the built environment can become a tool to help make in-dividual decisions, or even automat-ically negotiate solutions between competing members of groups to ease community relations.
Project team: Eike Jörg Maas, Austin McInnis,
Erik Tsurumaki.
Location: conceptual - no location
Scope: conceptual investigation
Budget: conceptual investigation
*home\2020 received honorable mention in the comcast “sprint” competition
How can a unique, cohesive, and thriving community be grown in a residential tower based on modularity?
The idea of modularity has been a part of architectural practice for decades, beginning most notably with the Crystal Palace, and reaching a certain maturity during the early modern era. The low-cost high-production potential of modularity seems to make it perfectly suited as a way of producing efficient housing for a blossoming population - however, while modularity thrives in sameness, humanity definitely does not. But, as our population, rent prices, and the desire for more continue to rise, a solution that can create cost-effective housing that truly responds to the individuality of its occupants is in ever higher demand. As individuality increases, so does the need for effective negotiations of community structure. Places for people to congregate and express commonality at various degrees
are just as important as places designed for people to express individuality and solitariness. This project uses modular steel construction with modular panel infill and pre-fabricated pods to create a framework for a vibrant community. The organization is based on Josep Sert’s Principles of Intelligent Urbanism applied in compact verticality. All residents have access to spaces that provide a range of social conditions and adjacencies from the very public to the very private, and from collective, to singular.
Project team: Eike Jörg Maas
Location: Los Angeles, CA
Scope: 180,000 sqft
Budget: appx $70mil
*displayed at philadelphia university design expo 2014
LOS ANGELES INFINITE 12
community of horizontal growth - community of vertical growth
mesh skin - substructure - cross bracing - steel frame
1. concrete core & elevators 2. steel spaceframe core 3. verendeel truss hanger 4. inverted columns
5. primary cross bracing 6. secondary cross bracing 7. tertiary cross bracing 8. steel pod framing
e. public pods f. public plinth and roof garden g. 1st-floor retail space h. unifying mesh envelope
a. max building envelope b. circulation turned vertical c. semi-private balconies d. semi-public terraces
14
20SPACEWORK
How can the styles and ideas of hundreds of people give birth to a single, driving attitude?
Architectural education is equal parts collaboration, production, and reflection. Ideas are generated, analyzed, and refined through a process of open dialogue and meta-design that leads to a better solution. In a university studio environment, this recursive practice has potential to be even more productive as hundreds of students from different years and majors come together in one place. However, collaboration can be stifled by differences in interests and ability, and reflection is often overshadowed by deadline after deadline. SPACEWORK is a way for the 450+ students of Philadelphia University’s College of Architecture and the Built Environment to view, critique, and reflect on their collective work.
The publication is a 104-page
curated documentation of over 800 projects during the course of the 2013-2014 academic year, including work from all 5 undergraduate years in all of the college’s majors. Scattered throughout the book are self-referential pages of reflection about the process of creating the book, which is itself an object of the architectural process.
Project team: Eike Jörg Maas, Austin McInnis,
Dan Silberman, Erik Tsurumaki, et al.
Location: Philadelphia, PA
Scope: 106 pages; 21,232 words; 500 copies
Budget: $4,000
ISTANBUL ATATURK AIRPORT
ISTANBUL CITY CENTER
SABIHA GÖKÇEN AIRPORT
FORMULA 1ISTANBUL PARK
sabiha gökçen airport - 18 kmformula 1 istanbul park - 27 kmistanbul city center - 50 kmataturk airport - 62 km
TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014
ADJACENCYTHE SITE
TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014
CARVING BY GREEN SPINES
THE CONCEPT
TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014
MASSINGTHE CONCEPT
TUZLA DEVELOPMENT CONCEPT / JULY 11, 2014
PERMEABLE FABRIC CREATED BY NATURAL VENTILATION & GREEN SPACE
THE CONCEPT
TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014
CARVING BY SUMMER BREEZE
THE CONCEPT
PREVAILING WINDS
TO SEHITLER CADDESI PARK
SHORELINE PEDESTRIAN ZONE
VIEWS TO SEA
SHORELINE PEDESTRIAN ZONE
TO SEHITLER CADDESI PARK
PREVAILING WINDS
COMMERCIAL
PARK
RESIDENTIAL
TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014
CLIMATE & VIEWTHE SITE
TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014
SITE DEVELOPMENTTHE CONCEPT
How can simple images convey the complex thoughts and impetuses that generate a thriving hub of commerce and life?
A design is nothing if it isn’t compelling. If a design fails to inspire someone, it fails to leave an impact on society - it doesn’t get contemplated, it doesn’t get built, and it doesn’t further our collective knowledge of the built environment. Documenting a design in a way that creates a connection with those who see it is essential to making a design matter. This reality is what drove the creation of the plans, diagrams, and renderings of the mixed use residential project presented in these pages.
The initial reactions to the site’s location, proximity to historic Istanbul, and context are documented in a minimal site map that shows the project’s location in a roughly 100-kilometer wide area of Turkey. Forces on the site are documented in a diagrammatic
site plan, and a series of diagrams that show how the formal massing progressed from a simple max-FAR extrusion to a complex interaction of commercial and residential forms based on ventilation, circulation connections, and views.
The renderings create an emotional connection to the project by showing impressions of the potential life and social vibrancy that will fill the site once it is built.
Project team: PERKINS + WILL
Manuel Cadrecha, Bill Xu, Eike Jörg Maas
Location: Istanbul, TUR
Scope: 400,000 sqft
Budget: undisclosed
TUZLA MIXED USE 22
27 PROJECT SUN
How can we distinguish our design from others?
To follow a cliché: a model is worth 1000 pictures. While a photograph or rendering engages with our visual memory and helps us paint a mental image of what will be, a model does more. The tactile qualities of a model, its weight and texture, the ability to engage with it as an independent object, create a deeper impression in those who interact with it than a two-dimensional image can. This model, made of laser cut acrylic, was used to promote a corporate headquarters tower for a major US corporation. LED’s are embedded in its base with a hidden switch to show its skyline impact.
Project team: PERKINS + WILL
Adrian Bonnin, Eike Jörg Maas
Location: Nashville, TN
Scope: 870,000 sf
Budget: undisclosed
ROOF176' - 0"
5
2' - 6
"
1' - 3
"
9"
1' - 8"
7"
07 55 56 - 4" RIGID INSULATION
07 55 56 - ROOFINGMEMBRANE
06 10 00 - CONTINUOUSTREATED WOOD BLOCKING
07 71 00 - FORMED METAL COPING
05 50 00 - STEEL TUBE GIRT -SEE STRUCTURAL
07 42 13.19 - INSULATEDMETAL PANELS
06 16 00 - 3" NAIL BASE INSULATION
07 71 00 - REGLET & COUNTERFLASHING
07 55 56 - 4" RIGID INSULATION
07 55 56 - ROOFINGMEMBRANE
07 21 00 - BATT INSULATION
05 40 00 - 6" CFMF
INTERIOR METAL STUD WALL -SEE FLOOR PLANS FOR TYPE
SUSPENDED CEILING - SEE RCPLANS FOR TYPE
STONE BALLAST
07 42 13.19 - EXTRUDED ALUMINUMBASE TRIM
ROOF176' - 0"
6
07 55 56 - ROOFINGMEMBRANE
INTERIOR METAL STUD WALL -SEE FLOOR PLANS FOR TYPE
07 55 56 - 4" RIGIDINSULATION
STONE BALLAST
9"1'
- 9"
32 97 00 - ROOF GARDEN(SEE LANDSCAPE)
32 97 00 - PERF SSTEDGE
03 30 00 - CONCRETE COLUMNBEYOND
05 50 00 - CLIP ANGLE ATCOLUMN BEYOND
05 50 00 - STEEL TUBE GIRT -SEE STRUCTURAL
07 42 13.19 - INSULATEDMETAL PANELS
1' - 6 5/8"
ROOF176' - 0"
1' - 9
"
SEE DETAIL 1 THIS SHEET FORADDITIONAL NOTES
08 44 33 - ALUMINUMCURTAINWALL
07 92 00 - 1/2" JOINT W/BACKERROD & SEALANT EA SIDE
07 62 00 - PRE-FINISHED FORMEDMETAL FLASHING
6"8"
ROOF176' - 0"
2' - 6
"8"
7"
10.00°
5' - 3"
07 55 56 - 4" RIGIDINSULATION
07 55 56 - ROOFINGMEMBRANE
SUSPENDED CEILING -SEE RC PLANS FOR TYPE
06 16 00 - 2" NAILBASEINSULATION
05 12 00 - STEEL TUBESKYLIGHT BASE
05 12 00 - STEEL TUBE BEAMBEYOND
08 44 33 - ALUMINUM-FRAMEDSKYLIGHT
08 44 33 - GLAZE NORTH-FACING SKYLIGHTSIDE WITH METAL PANELS - PREFINISHED
BOTH SIDES TO MATCH SKYLIGHT FRAMING
GL - 05
ROOF176' - 0"
2' - 6
"
05 12 00 - STEEL TUBESKYLIGHT BASE
05 12 00 - STEEL TUBE BEAM
08 44 33 - ALUMINUM-FRAMEDSKYLIGHT08 44 33 - SKYLIGHT
GUTTER W/ INSULATIONSLOPED TO ENDS
08 44 33 - SKYLIGHTGUTTER GRATING GL - 05
ROOF176' - 0"
5
LEVEL 04176' - 0"
2' - 6
"9"
1' - 9
"
1' - 8" 1' - 9" 5 1/4"
SEE DETAIL 1 THIS SHEET FORADDITIONAL NOTES
06 16 00 - 2" NAILBASEINSULATION
05 12 00 - STEEL TUBESKYLIGHT BASE
05 12 00 - STEEL TUBE BEAMBEYOND
07 71 00 - SELF-ADHERINGSHEET UNDERLAYMENT ONCOVER BOARD & TAPEREDINSULATION - BELOW FORMEDMETAL GUTTER
05 31 00 - METAL DECK
08 44 33 - ALUMINUM-FRAMEDSKYLIGHT
07 53 23 - EPDM ROOFINGMEMBRANE
03 30 00 - CONCRETE COLUMNBEYOND
05 50 00 - CLIP ANGLE ATCOLUMN BEYOND
2' - 0"
08 44 33 - FORMED METALFLASHING
07 81 00 - APPLIEDFIREPROOFING - 2-HR
8"7"
9 1/4"
07 55 56 - ROOFINGMEMBRANE
6"
6
HIGH ROOF190' - 4"
1' - 6 5/8"
1' - 8
"3'
- 0"
SEE DETAIL 2 THIS SHEET FORADDITIONAL NOTES
07 42 13.19 - EXTRUDED ALUMINIUMCOPING
5
HIGH ROOF190' - 4"
6"1'
- 2"
8"
1' - 8" 4"SEE DETAIL 1 THIS SHEET FOR ADDITIONAL NOTES
ROOF176' - 0"
5
8"
07 55 56 - 4" RIGID INSULATION07 55 56 - ROOFINGMEMBRANE
04 22 00 - 6" CMU
03 30 00 -CONCRETESTRUCTURE
8"
INTERIOR METAL STUD WALL -SEE FLOOR PLANS FOR TYPE
STONE BALLAST
9"2'
- 5"
1' - 3 3/8" 1' - 0" 8" 4"
SUSPENDED CEILING - SEERC PLANS FOR TYPE
INTERIOR METALSTUD WALL - SEEFLOOR PLANS FORTYPE
07 42 13.19 - INSULATEDMETAL PANELS
06 16 00 - 3" NAILBASE INSULATION
07 71 00 - REGLET &COUNTERFLASHING
07 42 13.19 - EXTRUDEDALUMINUM BASE TRIM
07 42 13.19 - FORMEDMETAL FLASHING
07 27 26 - LAP AIR BARRIERSELF-ADHERED FLASHINGOVER FORMED METALFLASHING
Drawing Issue Date
01/2
"1"
2"
Sheet
TitleApproved
Checked
Drawn
Project Number
DateSheet Information
Copyright © 2013 Perkins+Will
Revisions
MECHANICAL & ELECTRICAL ENGINEER
Mueller Associates1401 S. Edgewood Street, Baltimore, MD 21227
(410) 646-4500
PLUMBING & FIRE PROTECTION ENGINEER
WFT Engineering9737 Washington Blvd, Suite 588, Gaithersburg, MD 20878
(301) 230-0811
STRUCTURAL ENGINEER
Hope Furrer Associates501 Fairmont Avenue, Suite 205, Towson, MD 21286
(410) 583-4874
50% CONSTRUCTIONDOCUMENT SUBMITTAL
July 8, 2014
15 234
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15 234
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ARCHITECT & LANDSCAPE ARCHITECT
Perkins+Will1315 Peachtree St. NE, Atlanta, GA 30309
(404) 873-2300
CIVIL ENGINEER
Site Resources14315 Jarrettsville Pike, Phoenix, MD 21131
(410) 683-3388
AUDIO-VISUAL, I.T., & SECURITY ENGINEER
USSI10440 Little Patuxent Parkway, Suite 300, Columbia, MD
21044(443) 506-1500
Natural Sciences,Mathematics
Center for
and Nursing
SIMULATION AUDIO-VISUAL & TECHNOLOGY
Convergent Technologies6501 York Road, Baltimore, MD 21212
(410) 532-2395
KEY PLAN
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ROOF SECTIONDETAILS
Checker
Author
08-353-240-00
7/8/2014
Approver
14000 Jericho Park Rd,Bowie, MD 20715
Bowie StateUniversity
1 1/2" = 1'-0"1 HIGH-LOW ROOF PARAPET DETAIL
1 1/2" = 1'-0"2 SCREENWALL BASE @ GARDEN ROOF
1 1/2" = 1'-0"9 ROOF DETAIL @ EAST STAIR
1 1/2" = 1'-0"7 SKYLIGHT PERIMETER DETAIL 1 1/2" = 1'-0"4 SKYLIGHT INTERIOR GUTTER DETAIL
1 1/2" = 1'-0"8 SKYLIGHT END GUTTER DETAIL
1 1/2" = 1'-0"3 SCREENWALL TOP DETAIL 1 1/2" = 1'-0"6 HIGH ROOF @ STAIR WALL
1 1/2" = 1'-0"5 SECTION DETAIL LOW ROOF @ WEST STAIR
NO ISSUE DATE
28BSU HEALTH SCIENCES BUILDING
How can BIM create efficiency for a team 600 miles apart?
This project for a health sciences laboratory building at Bowie State University was truly a collaborative effort. Our team included consultants from 7 different offices, and within Perkins + Will was a collaboration between the Atlanta and DC offices. BIM granted the ability to manage the project from afar, to collaborate actively in spite of physical distance, and to quickly and efficiently produce CD updates and respond promptly to a large network of consultants and constituents.
Project team: PERKINS + WILL
Stacy Robinson, Geoffrey Maulion, Eike Maas
Location: Bowie, MD
Scope: 152,000 sf
Budget: undisclosed
29
The Float Chaise reinterprets classic definitions of furniture for a 21st century palette. Digital modeling and fabrication techniques allow sustainably-harvested German Beech and antique Fumed White Oak to attain an exquisite sculptural fluidity without material waste or structural compromise. An understated steel base accentuates the soft curves and lightness of the wood.
Project team: Eike Jörg Maas, Harald Maas
Location: Glenville, PA
Scope: n/a
Budget: $500
FLOAT CHAISE
How can old definitions of furniture be redefined?
*displayed at SHIFT art show Atlanta, GA
30PHILADELPHIA BAKERY
How can old materials breathe new life into a space?
This small bakery in South Philadelphia was an exercise in renewal. A ground-floor rowhouse flat - complete with linen closets, bathrooms, and teal carpet - was stripped, renovated, and retrofitted with reclaimed materials to create an inviting boutique bakery. Reclaimed maple flooring is paired with cedar barn siding, sustainably-harvested walnut, and hard maple to create a palette of warm tones and textures. A unique stencil accents the wild grain of the cedar mushroom board on the counter, and a salvaged cabinet gives the space a quiet touch of charm.
Project team: GREENSAW DESIGN/BUILD
David Wing, Eike Jörg Maas
Location: Philadelphia, PA
Scope: 650 sqft
Budget: $30,000
31 RESUME \ EIKE JÖRG MAAS
\ PROFESSIONAL EXPERIENCE
Intern Architect | PERKINS + WILL - june 2014-presentCreated models and designed marketing material for an 870k sqft corporate headquarters tower proposal.
Assisted in updating the BIM/Revit model from 50% CD to 95%CD and creating wall section and detail drawings for a 200k sqft science and technology classroom building.
Founding Co-Editor | PHILA UNI \ CABE Press - jan 2014-may 2014Curated project content from 450+ students, collected interviews and essays, and generated writing to present a provocative 100-page critical retrospective of Philadelphia University’s CABE work.
Design Intern | GREENSAW DESIGN + BUILD - aug 2013-jan 2014Designed small-scale interiors and renovations in Philadelphia from site documentation through schematic design, material selection, and detailing.
Crafted and installed custom freestanding and built-in furniture from reclaimed materials using a variety of shop and on-site finishing techniques.
Sr. Teaching Assistant. | PHILA UNI \ Fabrication Lab- aug 2010-may 2013Provided one-on-one education to groups of 50+ students in architectural and interior design, modeling and material techniques, and lab equipment use.
Created architectural models using plastics, wood, metal, and cast materials.
Cabinetry Assistant | DOVETAIL WOODWORKS - freelance 2007-presentAssisted in crafting and installing built-in furniture project valued from $50,000 to $300,000 throughout MD, PA, and NJ using state-of-the-art machinery and traditional German woodworking techniques.
\ SKILLS:
Software:Revit 2014Rhino 5\Vray\Grasshopper 9
Adobe CS6/CC\Photoshop\Illustrator\InDesign
AutoCAD 2014SketchUp Pro/Make3DS Max 2014Microsoft Office\Outlook\Excel\Word\Powerpoint
Technical:Research & GIS integrationData analysis/diagrammingDigital renderingModel fabrication3D printerlaser cutterCNC router
Graphic design/branding
Languages:English* (native)German*(working proficiency)Spanish (limited proficiency)
\CONTACT
[email protected] 634 1618
\ AWARDS & HONORS
Pushpin, 5 pieces selected for exhibitionSee Gallery, 1 piece exhibitedComcast “Sprint”, honorable mentionFaculty Drawing Award, 3rd placeUniversity Archive, 3 projects selectedEmerging Leaders Program, nomineeALD Honors Fraternity, founding memberFaculty Scholarship, 10 semesters
\ EDUCATION
PHILADELPHIA UNIVERSITYb.arch 2014
Selected Courses:advanced vis, experimental materials
GIS & urbanism, branding theory
CIEE BARCELONAarch & design studies 2013
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DOVETA
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2007 - present
aug 2010 - may 2013
aug 2013 - jan 2014
jan 2014 - may 2014
may 2014
june 2014 - present
PROJECT LIST
project name
MALAWI HOUSINGHOME 2020NICETOWN FREE CLINICLOS ANGELES INFINITESPACEWORKLIBRARY FOR THE ARTSFOOD + HOUSINGARCHEO MUSEUMDESIGN SCHOOL
PROJECT SUNBSU HEALTH SCIENCESTUZLA MIXED USE ‘FUGEES SCHOOL
PHILADELPHIA BAKERYMARKET FACADEROWHOUSE RENOVATIONOYSTER BARFURNITURE (various)
WOODWORKS\hyperbola seatWOODWORKS\float chaise
32
sqft
4000~
17k200k
~20K75K
500070K
870k152k400k
58k
650~
10001200
~
~~
company/institution
PHILADELPHIA UNIVERSITY
PERKINS + WILL
GREENSAW DESIGN/BUILD
PERSONAL
responsibilities
furniture design + fabricationfurniture design + fabrication
direction, curation + editing
conceptualizationdesign developm
entdetailing/m
aterial spec
presentation
other
schematic design
construction documentation
3D m
odeling/visualization
BIM
/Revit
modeling/fabrication
furniture design + fabrication
33 BIO
Some things about me...
\PROFESSIONAL
I’m a young architectural designer dedicated to expanding my knowledge of and love for design. My work is heavily influenced by a lifetime spent in furniture shops absorbing the skills of master craftsmen and an understanding of material, detail, assembly, and the human hand.
I’ve developed a broad skillset in 3D and parametric modeling software to help bring these classic skills into a contemporary perspective on architectural design. I strive to create designs that respect the environment, respond to social conditions, and engage with people.
\PERSONAL
I was born in the Amish countryside of Pennsylvania, and in my youth divided my time between being a kid in PA and living and travelling with family in Northern Europe. More recently I’ve lived briefly in Barcelona, for several years in Philadelphia, and currently in Atlanta. That array of cultures has left its mark on me.
My hobbies include making music, cycling, eating good & bad food, and basic motorcycle maintenance.
Project team: Eike Jörg Maas
Locations: Brodbecks, Kleve, Philadelphia,
Barcelona, Atlanta
Scope: 5 years of university; 5+ years of
woodwork; 1+ year of architectural internships
Budget: ...
residentialconceptual\ residentialinstitutional + culturalmixed use\ residential + commercialotherinstitutional + culturalmixed use\ residential + institutionalinstitutional + culturalinstitutional
commercialinstitutionalmixed use\ residential + commercialinstitutional
commercialcommercialresidentialcommercialother
otherother
34
project type