JARED EISENHOWER Undergraduate Portfolio
KM H HEARTSTONE
SELECTED W ORKS academic Knoxville Market Hall
[ Sept 2013 - Dec 2013 ]
4th year integration studio
Heartstone Sustaible Housing
[ Oct 2014 - Nov 2014 ]
SWL III
5th year specialized studio
professional Sun, Wind, & Light III
[ Jan 2012 - Jan 2013 ]
Green Vision Studio Publication
[ June 2014 - August 2014 ]
GENSLER
Gensler
Work 6 Professional Services Firms Far Rockaway Summer Studio
graphic media Travel Sketches & Photography
[Jan 2014 - May 2014]
ABROAD
Semester Abroad
01
02
ABROAD
GENSLER
KNOXVILLE MARKET HALL
03 SWL III
HEARTSTONE
K MH
KNOXVILLE MARKET HALL Location: Knoxville, TN Duration: 16 weeks Type: Team / 4th year Integration Studio Building Area: 99,625 gsf / 89,650 nsf Project Description: Situated in the heart of downtown Knoxville, the Knoxville Market Hall (KMH) and Culinary Institute are intended to become a resource for the community and an institution within the existing urban fabric. The design of the Knoxville Market Hall is intended to be a flexible, multi-use, 24/7 space for broken into 12 modular markets that will be rented to tenants. Furthermore, the design proposal of Krutch Park and the Western Plaza act as perpendicular connections between the Historic Market Square and Gay Street in a manner that filters pedestrian circulation through the KMH. This design solution allows for the exterior spaces to blend with the building program and function as an institution within the city. Accolades: 1st Place for Design Excellence: AIA Middle TN Chapter Team: Jared Eisenhower Garrett Nelli
04
05
01_
The column grid defines a clear permeability for the development of an open-air, flexible market hall that allows for the placement of modular pod units.
06
02_
Cores located at the ends of the building give the structure adequate bracing for lateral forces. The cores also act as weighted elements of the form that create a centralized circulation spine that translates through all floors of the building.
03_ Winter and summer solstice angles
define the necessary amount of form needing to be subtracted to allow lighting into the fenestration of the surrounding buildings. Hollow columns act as wind sweeps to passively ventilate the building with the prevailing SW winds.
04_ A penthouse floor level is added for additional program and a pavilion is placed at the end of the West Plaza.
05_ Extended overhangs provide interior
shading from summer sun, but also serve as catwalks encompassing the building on all floors. These binding elements along with a grand stair through Krutch park provide a functional response for the 360Ëš condition of the site.
06_ Louvers placed as the skin around
the building allow for proper sunscreening and provide a final layer of functionality defining the architectural form.
07
08
0
50’
09
8” cast in place concrete slab
Primary: 24” X 44” precast Concrete columns with 8” X 8” hollow core
Material finishes
Secondary: 10” X 20” precast concrete beams
10
0
50’
11
SUSTAINABLE STRATEGIES DAYLIGHTING: -Sun shading blocks harsh summer sun but allows warm winter sun in. -Louvers provide additional sun shading and increased interior day lighting conditions. NATURAL VENTILATION: -Operable windows provide natural ventilation through the culinary school . -Hollow columns provide stack ventilation by capturing prevailing southwest winds. -Reflection Ponds provide evaporative cooling. HEATING AND COOLING: -600 ft deep geothermal wells provide adaquate heating and cooling loads for all systems of the building. -Radiant coils are placed in the floor slab to provide heating and cooling. STORM WATER AND HARVESTING: -Rainwater from market hall and surrounding site is drained and filtered into seven 11,000 gallon steel reinforced polyethylene cisterns. Grey water is used for on site irrigation, fixture flushing, and supply for water-water fan coil units.
12
13
A
1 2
1. metal flashing 2. parapet reinforcing 3. parapet drain 4. waterproof membrane
A
3 4
B
1 2 3 4 5 6 7 8 9
10
14
1. 1/8” grade A corten steel panel 2. waterproof membrane 3. 3/8” gypsum board 4. batt insulation 5. stainless steel base board 6. silicon expansion joint 7. 2 x 4 dimensional lumber 8. shöck isocorb thermal insulator 9. metal decking 10. down spout
B
C
1. metal flashing 2. greenroof 3. 1� filtration 4. waterproof membrane 5. non reinforced concrete 6. batt insulation
2 3 4 5 6
D
1. stainless steel cap 2. 1/8� metal rod 3. silicon expansion joint 4. neoprene
C
1
1
D
2 3 4
15
DATA / SPECIFICATIONS SITE AREA West Plaza : 36,000 sqft Sculpture Garden : 24,000 sqft BUILDING AREA Gross : 99,625 sqft Net : 89, 650 sqt TYPE II CONSTRUCTION PROTECTED 5 floors / Occupancy : 637 GEOTHERMAL 600 ft deep boreholes 180 wells providing180 cooling tons PRODUCTS FNX fan coil (1 cfm per unit) 9”X9” duct work RiteHite Fans : revolution AEROSOIL 300mm wood louver XOOLUM™ Apollo IP40 EVOLVE™ LED garage light 7 SRFE CISTERNS 11,250 gallons per cistern 80,500 gallons total 24,000 gallons required for site
16
Rooftop Pavilion
Marketplace
17
18
ABROAD
GENSLER
HEARTSTONE SUSTAINABLE HOUSING
19 SWL III
HEARTSTONE
KMH
HEARTSTONE SUSTAINABLE HOUSING Location: Santa Fe, New Mexico Duration: 8 weeks Type: Team / 5th year Specialized Studio Building Area: 2,325 gsf / 2,215 nsf Project Description: Located just four miles from Santa Fe, New Mexico is the small neighborhood of Heartstone. Studying the community presented a varied set of design problems and constraints that were centered upon the topics of living as a community of aging couples and families, embracing a physical and visual connection to the landscape, and building within a set of constraints proposed for uniformity and equality in community. In this design proposal, located on one of the northeasternmostsites in the community, an emphasis is placed on topics of interest and intentions that are described by a commitment to sustainable design towards a carbon neutral building that enhances the relationship to nature and a design that is rooted in the richness of the place. Team: Emily Bingham Jared Eisenhower
20
21
01_ The lot is presented with multiple
setback boundaries and square footage allotments. The main elements of the site constrants are the required zero-lot line shared wall to the south, the large well easement adjacent to the road and the proximity to the road in such a narrow site. 22
02_ The site is along a constant slope
creating unique conditions at both ends of the site. The response to the site was to design a connection between the low side with views of the Hemez Mountains and the high side with views of the Sangre de Cristo Mountains.
03_ Spaces take form about the created
datum. Proximities, solar positioning, exposure and hierarchy affect the placement of both the living and sleeping spaces.
04_ As the spaces take form, structure
and green space further develop and push the concept of a major datum with connecting spaces. The datum is formed by a rammed earth wall to the north, placed for experience and thermal storage, with a connecting wood framing system, placed for views and solar shading.
05_ Within the structural frame, the form
is shifted and morphed to provide shade for all facades and windows in warm summer months when the sun is high.
06_ The structure and materials
were chosen to create a home organized by the datum and experienced through its procession from the top of the site to the bottom of the site.
23
Passive Ventilation_ prevailing winds supplemented by both cross and stack ventilation.
24
Thermal Gain and Storage_ the major solar gain space for heating is supplemented by south facing glazing. The heat collected is stored in the floor and wall to then be distributed throughout the home.
Water Collection Diagram_ scheme maximizes the use of the datum to collect water from each of the roofs and channels it to the raised outdoor space which houses and protects the cistern.
25
Floor Plan_
26
Cross Ventilation_
Outdoor Microclimate_
27
roof_ 1. 6” SIP roof, tied down to walls 2. 2x6 wood framed 18” parapet wall 3. 2x6 wood joist framing at 16” o.c.
01 02
timber_
03
walls_ 4. 6x6 column framed into wall 5. 6” SIP wall with bond beam members 6. 8” CMU block 7. wood 6x6 column and 4x12 beam system 8. lumber lintel in wall openings 9. 18” rammed earth
04 05 06 07 08
slab_ 10. 6” turn down slab
10
polished concrete_
09
porous pavers_
foundation_ 11. 8” CMU block foundation wall 12. Continupus concrete footing 13. Stepped and poured concrete foundation wall and footing 14. 8” poured concrete curved garden wall.
11 12 13
14
28
rammed earth_
29
30
ABROAD
GENSLER
SUN, WIND, & LIGHT III
31 SWL III
HEARTSTONE
KMH
SUN, WIND, & LIGHT III Location: Knoxville, Tennessee Duration: 12 months Type: Publication / Green Vision Studio Editions: Printed & Electronic Publication Contribution: Member of illustrative team that contributed to research, collaboration, and production of graphics for the publication. Project Description: Completed under the supervision of graduate professor and author Mark Dekay, daily responsibilities included hand drawn inked illustrations, collaborative formatting, and image editing. Hand drawn illustrations included diagrammatic, informational, and architectural drawings. These ranged from plans, wall sections, graphs/diagrams, perspectives, and vignettes. The book is organized in a manner to provide a hands on tool for designing buildings that heat with the sun, cool with the wind, light with the sky, and move into the future using on-site renewable resources. Developed for rapid use during schematic design, this book clarifies relationships between form and energy and gives tools for designing sustainably. Authors: G.Z. Brown & Mark Dekay Illustrator Team: Reid Cimala, Jared Eisenhower, & Jordan Etters
Nxumalo House, Johannesburg, South Africa, 1988, Jo Neoro
NôñéÇçê Hê¥îÜ, JêßÇèèÜîÉ¥ìà, Sê¥ïâ AáìäÀ ˇ Ç, 1988, Jê 32
Sê¥ïâ AáìäÀ ˇ Ç, 1988, Jê Nê§ìê, aìˇâäÀ ï ܡï
e options for pas-
ventilation apertures :
Nxumalo House, Johannesburg, South Africa, 1988, Jo Neoro
Natural ventilation alone can
33
Responsive Envelopes
cooling mode cêÆ´äÀ èà mê£Ü cêÆ´äÀèà mê£Ü
hÜÇïäÀèà mê£Ü hÜÇïäÀèà mê£Ü heating mode
Smart Facade, Living Light House, 2011 Solar Decathlon, James Rose & Edgar Stach
opes
DܡÇïâçê≠ cê¨ëÜïäÀ ï äÀ ê ≠ eèïìö, Pìê•. EÖà‚ì Sïǡâ, Prof. ïñÖÜèïî34 DܡÇïâçê≠ cê¨ëÜïäÀ ï äÀ ê ≠ eèïìö, Pìê•. EÖà‚ì Sïǡâ, Prof. ïñÖÜèïî insulations, or translucent phase change materials, may ce
SéÇìï FǡÇÖÜ, LäÀ ó ®À è à LäÀ à Èï Hê¥îÜ, 2011 Sê´Çì DܡÇïâçê≠ cê JÇéÜî Rê≤Ü, aèÖ UèäÀ ó §ìîäÀ ï ö o• TÜèèÜîîÜÜ sïñÖÜèïî the strategies for
mass arrangement
and
mass surface
insulati
Walker Guest House, Sanibel Island, Florida, 1952, Paul Rudolph 35
Urban Elements
g mass ng]
ghboreen
treets ,
e urban
to pro. The during th ventidars on
en sun on adjauildings ed on ounded ded from lar noon aces, or build-
c SñééÜì eèó§çêØÜ pçÇèÜ aÉƵ§ w®ÀèïÜì eèó§çêØÜ
balance s buildpace and ed in ending by hori-
the open he Hajj port, in ll creo 80,000
b BñäÀ HÇãÎ TÜìéäÀèÇç, KäÀèà AÉ£ñç AõäÀõ IèïÜìèÇïäÀê≠Çç AäÀìëê±ï, 1981, JÜÖÖÇâ, SÇñÖäÀ AìÇÉ®À Ç, çÖäÀèà mÇîîäÀèà uèÖÜì w®ÀèïÜì eèó§çêØÜ
Hajj King èAbdul International SåäÀTerminal, Öéê±Ü, Oò®À àÙ &Aziz MÜììäÀ çç, aìˇâäÀïAirport, ܡïî 1981, Jeddah, Saudi Arabia, SOM
36
7: URBAN ELEMENTS
ndar .
SÜÇîê≠Çç Sê´Çì Eèó§çêØÜ aèÖ IèïÜìîïäÀïäÀñé
EN SPACES & BUILDINGS: Shape, Location and Orientation
a WäÀèïÜì sê´Çì eèó§çêØÜ
were not designed to consider other’s rights to light and sun. Within the daylight envelope, buildings can be taller on the wider streets. Relatively large buildings can be built within the solar envelope, with greater height at the center of blocks and on their south ends. Because
d Cê¥ìïö‚ìÖ sâÇÖäÀèà iÀè ‘iÀèïÜìîïäÀïäÀñé’ b§ïò§Üè w®ÀèïÜì aèÖ sê´Çì eèó§çêØÜî
Seasonal Solar Envelope and Interstitium
the composite climatic envelope is smaller than either the daylight or solar envelope alone, more existing buildings penetrate it than the individual envelopes. These studies demonstrate the failure of uniform heights within a zoning district to provide basic access to environmental site resources. One of the original
purposes of health and w air. Having u account the or the relati access. Thus some places long overdue are more def Climatic e ter criteria, studies of th stitium illus and Koenig, ate shorter, sun angles. T south block and adjacent asymmetric thing under wrapped wit to rooms. Su angles and c criteria migh amenity of s poses [see a to Open Spa an imaginary lopes (d). In movable awn can change o example. Finally, th by consideri In hot clima the solar en summers, pr alternate wi umbrella is building mas
June 21, Jñè.Jñè. 21, 5pm 521, PM5PM
JñèÜ. 821, AM8AM JuneJñèÜ. 21,21,8am
Dܡ.Dܡ. 21,8am 821, AM8AM Dec 21, Dܡ. 21,5pm 521, PM5PM DecDܡ. 21,
June 21, Jñè.Jñè. 21, 5pm 521, PM5PM
36 degrees N
36 36 dÜàÛÜÜî dÜàÛÜÜî N N
12 degrees N
12 dÜàÛÜÜî 12 dÜàÛÜÜî N N
JñèÜ. JñèÜ. 821, AM8AM June 21,21,8am Dec 21, 5pm521, Dܡ. Dܡ. 21, PM5PM
Dec 21, 8am Dܡ. Dܡ. 21, 821, AM8AM
SâÇÖê∂ SâÇÖê∂ UéɱÜççÇ UéɱÜççÇ SïñÖö SïñÖö fê±fê± tâÜtâÜ Jêßê± Jêßê± SïÇïÜ SïÇïÜ NÜò NÜò AÖéäÀ AÖéäÀ èäÀîèïìÇïäÀ äÀîïìÇïäÀ ó§óCÜèïÜì, § CÜèïÜì, MÇçÇöÙäÀ MÇçÇöÙäÀ Ç Ç
24 24 dÜàÛÜÜî dÜàÛÜÜî N N 24 degrees N VÇìäÀ VÇìäÀ ÇïäÀÇ ê≠î ïäÀê≠î iÀè SâÇÖê∂ iÀè SâÇÖê∂ UéɱÜççÇ UéɱÜççÇ b∏ b∏ LÇïäÀ LÇïäÀ ïñÖÜ, ïñÖÜ,
MÇö/Jñçö MÇö/Jñçö 21, 321,PM 3 PM aèÖaèÖ 9 AM 9 AM cìäÀïcìäÀ ÜìäÀïÇÜìäÀÇ
0 dÜàÛÜÜî, 0 dÜàÛÜÜî, eíñÇïê± eíñÇïê± 0 degrees N
Shadow Umbrella Study for Johar State New Administrative Variations in Shadow Umbrella by Lattitude Center, Malaysia Both Both examples examples above above show show thethe court court shaded shaded by by buildbuild- assumes am am assumes that that thethe cutoff cutoff times times used used willwill create create shade shade durdur-forfor modifying modifying thethe hours hours to to a morning a morning cutoff cutoff of 10 of 10 The . The steeper steeper sideside of the of the ings ings extended extended on on thethe north north endend andand thethe court court closed closed an an afternoon afternoon cutoff cutoff of 4ofpm4.pm inging thethe midmid dayday between between thethe cutoff cutoff times. times. TheThe opposite opposite andand am am sunsun angle angle closer closer to to form is generated is generated by by thethe higher higher 10 10 by by a building a building on on thethe south south end. end. It is It also is also possible possible to to is true is true forfor both both Rohinton's Rohinton's method method andand forfor thethe method method form noon. have have both both north north andand south south ends ends open, open, with with thethe buildbuild- given given in this in this strategy. strategy. FullFull shade shade occurs occurs only only before before thethe noon. cutoff cutoff andand after after thethe pm cutoff. pm cutoff. Between Between thethe cutoff cutoff times times TheThe drawings, drawings, Variations Variations in in Shadow Shadow Umbrella Umbrella by37 by inging extending extending beyond beyond thethe court. court. Similarly, Similarly, either either endend or or am am open open space space willwill be be partially partially shaded. shaded. As As thethe sunsun rises rises Latitude Latitude illustrate illustrate that that thethe shadow shadow umbrella umbrella massing massing both both may may be be closed closed forfor shade shade with with a building a building or or fence, fence, thethe
Neighborhoods
RÜîäÀÖÜèïäÀÇç
WÇïÜì
Nê≠ìÜîäÀÖÜèïäÀÇç GìÜÜèîëǡÜ
20 50
100
200 m
SäÀ ï ÜPlan, PçÇè, HÇîâïàÊìÖ NÜò Tê∂≠, IìÇè,2011 Yê¥èà CäÀ ï äÀ Ü î Pìê©Êˇï, 2011 Site Hashtgerd New Town, Iran, Young Cities Project, 38
such as with colonnades.
July, 30.2 ºC (86.4 ºF)/60% RH under clear skies (adapted
Mê¥èï PÜïÜì TìêØäÀˇÇç UìɆèäÀîé, CÇäÀìèî, QñÜÜèîçÇèÖ, AñîïìÇçäÀ Ç, DPZ PǡäÀ áäÀ ˇ aèÖ SÜïâ HÇììö Aîîê¢., 2010 areas to drain toward the more built-up areas creating a buildings in both humid and arid situations. outdoor microclimates benefit from the larger cooling kind of urban stack effect where polluted hot air rises. Large green source areas draining to green corridors and neighborhood strategies that form its context and and block or Associates Mount Peter Tropical Urbanism, Cairns, Queensland, Australia, 2010, DPZ Pacific Seth Harry wide avenues are required. admit forces of sun, wind and light. It is also a bundle of interwoven buildings and plants has two composmaller strategies that shapes outdoor comfort.
39
Appendix: Climate Maps
IP Units, DD ºF
SI Units, DD ºC 12,000
of the following
0°F (10°C) precipitation cipitation as year. The cold sphere and April
VERY HOT 1B
Humid
2A
Dry
2B
HOT
> 5000 CDD10
9,000
9
8
11,000
8,000
6300-9000 CDD50
Humid Dry
9,000
nd not dry.
7
2500-3500 CDD10
4A
Dry
4B
< 4500 CDD50 and 3600-5400 HDD65 MIXED
8,000
4c
< 2500 CDD10 and < 2000 HDD18
6,000
Revelstoke
Calgary
SñááiÀÜçÖ
5c
WäÀ èèäÀ ëÜà
7
Thunder Bay 5,000
St. John's
Sept-lles
MêÆ≤ê≠ÜÜ
7.5
Sò®Àá ï CñììÜèï
6b
7.5
AïïÇò†ëäÀîåÇï
Sandy Lake
Vancouver
5,000
SÑâÜá áÜìó ®À ç çÜ
LÇɱÇÖê± CäÀïö
8
Edmonton
8
7,000
9
Ièñåã‚å CâñìˇâäÀçç
Kamloops
NÇèÇäÀéê 3,000
< 4500 CDD50 and < 3600 HDD65
Fï. CâäÀëÜò∏‚è
P ìäÀ èÑÜ George
3B
Humid
7.5
4,000
3A
3C
IíÇçñäÀï
9
YellowKnife
6,000
3500-5000 CDD10
VäÀˇïê±äÀÇ
Marine
Beaver Lake
5,000
4500-6300 CDD50 WARM
10,000
Norman Wells
Faro
7,000 WâäÀïÜâê±îÜ
PìäÀèˇÜ RñëÜìï
riteria:
î
> 9000 CDD50 Dry
9
12,000
RÜîê´ñïÜ
11,000
10,000
1A
Nê±éÇèÖäÀè QñÜɧc CäÀïö
7 6
SÇñçï SïÜ. MÇìäÀÜ
< 2500 CDD10 and 2000-3000 HDD18
Ottawa
FìÜÖÜìäÀÑ ïê≠
Montreal
5,000
4,000
Canada
5a
IèïÜìèÇïäÀê≠Çç CçäÀéÇïÜ Zê≠Üî, CÇèÇÖÇ
~
HÇçäÀ áÇô/ DÇì ï éê¥ï â 4,000
Tê±ê≠ïê HÇéäÀçïê≠
w®Àïâ HDD 18 C zênÜ bÆ¥èÖÇìäÀÜî
E.368
Barrow
Marine
4C
3600-5400 HDD65
2000-3000 HDD18
9
19,000
COOL
Humid
5A
Dry
5B
19,000 17,000
17,000
5400-7200 HDD65
Kê≥ õÜÉ¥Ü
3000-4000 HDD18
15,000 15,000
15,000
Marine
5C
Humid
6A 7200-9000 HDD65
COLD Dry VERY COLD
Nome
4000-5000 HDD18
6B 7
9000-10800 HDD65
5000-6000 HDD18
SEVERE COLD
7.5
10800-12600 HDD65
6000-7000 HDD18
SUBARCTIC
8
12600-14400 HDD65
7000-8000 HDD18
ARCTIC
9
> 14400 HDD65
> 8000 HDD18
APPENDIX F: Climate Zone Maps
°F (-3°C)
Humid
Bethel
13,000
9,000 11,000
7.5 UèÇçÇîåÇ
~
7.5
KÜèÇäÀ
13,000
IèïÜìèÇïäÀê≠Çç CçäÀéÇïÜ Zê≠Üî, AçÇîåÇ
E.367
15,000 13,000 AèÑâê±ÇàÊ
w®Àï â HDD 65 F zê≠Ü bÆ¥èÖÇìäÀÜî
40
FÇäÀì Ɇèåî
8
11,000
Kê£äÀÇå
7
APPENDIX F: Climate Zone Maps
CLIMATE ZONE
6
9,000
7
Juneau
6
8,000 8,000
AèèÜïïÜ / KÜïˇâäÀˇÇè
5c International Climate Zones, Alaska
Mê®Àîï (a)
Dry (b) Cut Bank
SÜÇï ï çÜ
4c
Moscow
Salem Eugene
HÜçÜèÇ
5b
3c
RÇë äÀ Ö CäÀ ï ö
MäÀ èèÜÇëê´äÀî
DÜî Mê®À èÜî
N. P çÇï ïÜ
AîëÜè
Manhattan
Lê≤ AèàÊçÜî
3b
Honolulu
Las Vegas
LäÀ ï ï çÜRê¢å
TñÑñéÑÇìäÀ
Fï. Wê± ï â Eç PÇîê
4b
IèïÜìèÇïäÀê≠Çç CçäÀéÇïÜ Zê≠Üî, UèäÀïÜÖ SïÇïÜî
Cê≠ˇê±Ö
HÇìï áê±Ö
CâÇì çÜîïê≠
Roanoke Kèê∑ó®À ç çÜ
W äÀ èîçê∂ AçÉ¥qñÜìíñÜ
P âê§èäÀ ô
2b
S ï. Lê¥äÀî
4
6 PâäÀçÇÖÜçëâäÀÇ BÇçïäÀéê±Ü WÇîâäÀ èàıê≠
IèÖäÀ Ç èÇëê´äÀ î
Dê£àÊ CäÀ ï ö
SÇèïÇ MÇìäÀÇ
5
CâäÀˇÇà
DÜèó§ì
SÇè FìÇèˇäÀîˇê FìÜîèê
Buffalo Rê¢âÜîïÜì
SäÀê¥ô Falls
Eagle
SÇçï LÇåÜ
Ely
6
MÇÖäÀîê≠
LÇèÖÜì Rê¢å SëìäÀèàÙ
MÜÖfê±Ö
CÇìäÀ ÉÆ¥
Fargo
BäÀ ççäÀ èàÙ
6b
Bê®ÀîÜ
7
Duluth
7
GçÇîà∂
3
W†ìé-HñéäÀÖ LäÀèÜ
CâÇï ïÇnêƶ‚
JÇÑåîê≠
AïçÇèïÇ CâÇìçÜîïê≠
MäÀÖ çÇèÖ JÇÑåîê≠ó®À ç çÜ
3b
DÜç RäÀê
2b
Hê¥îïê≠
NÜò OìçÜÇèî
2
Bìê∂≠îó ®À ççÜ
b†îÜÖ o≠ ASHRAE SïÇèÖÇìÖ 189 P, zê≠Ü 1 iÀèˇçñÖÜî GñÇé, PñÜìïê RäÀˇê, aèÖ tâÜ VäÀìàÍÀè IîçÇèÖî
MäÀÇéäÀ
1
International Climate Zones, United States
41
PPENDIX F: Climate Zone Maps
MÇìäÀèÜ (c)
42
ABROAD
GENSLER
GENSLER
43 SWL III
HEARTSTONE
KMH
GENSLER:
Meister, Seelig, & Fein
Location: 125 Park Avenue, New York Duration: 8 weeks Type: Work 6 / Professional Services Firms Area: 7th & 8th Floors Project Description: Beginning in the Summer of 2014, I was part of a on-site construction administration team in New York. The scope of the project was a two floor renovation for a Park Avenue law firm. Project was completed my final week serving as an intern. Responsibilities included: Benchmarking, attending client and site meetings, punchlisting, test fits, construction sketches, perspective drawings as well as some writing and preparing descriptive charts for presentation purposes. Team: Studio Director- Kathleen Friedle Design Director- Keith Rosen Project Manager- Megan Radebaugh Technical Director- Steven Zaweski Intern- Jared Eisenhower
44
45
GENSLER:
Rockaway Community Center
Location: Arverne, NY Duration: 8 weeks Type: Team / Summer Studio Area: 7,450 sqft Project Description: Six other interns and I were part of a team along with members of the Design for America organization given the task of designing a community center for the locals of Far Rockaway, NY. The community had been affected by the damages produced from hurricane Sandy in 2011 and our team met weekly with community members of all ages to discuss what they considered both needed, required, and feasible amenities for our proposed community center. Team: Lauren Bigelow Jared Eisenhower John Kazior Sarah Koos Biomkee Lee Emma Sawrey
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Collapsable Furniture Module
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FINDINGS
VISION SESSIONS
Example Program FA R RO C K AWAY
FA R RO C K AWAY
P L AY. P ROV I D E . PA RT I C I PAT E .
FA R Co m m u n i t y Ce n t e r RO C K AWAY
COM MU N I T Y C E N T E R
FA R
FA R
RO C K AWAY P L AY. P ROV I D E . PA RT I C I PAT E .
Our visioning sessions revealed three themes that should be addressed with the redesign of the firehouse: 1. Fun providing space to hang out for all age groups; an arcade, watch movies 2. Community Support in times of emergency/ natural disaster. 3. Community Education providing space for classes, having a historical display of old photos, information on wildlife/marine biology These three themes became our slogan, “Play, Provide, Participate”
MONDAY
RO C K AWAY Co m m u n i t y Ce n t e r
FA R
RO C K AWAY P L AY. P ROV I D E . PA RT I C I PAT E .
8-9am
Beginner’s yoga
12-1pm
Money management 101
4pm
SAT Prep
8pm
Movie on the lawn:Ferris Bueller’s Day Off
TUESDAY 9am - 3pm
Food and craft market
4-5pm
Woodshop 101
6pm
Come learn how to fix your bike!
8pm
Art Gallery Opening
WEDNESDAY 9am - 3pm
Storm Supply Collection
4-5pm
CPR certification class
8pm
Open Study Hall - Quiet Hour
THURSDAY 9am - 3pm
Community Garden Day
4-5pm
Lifeguard certification class
6pm
Cooking from the Garden - Dinner + Class
FRIDAY 9am - 3pm
Food and craft market
4-5pm
Come learn how to fix your bike!
8pm
Movie on the lawn:Dirty Dancing
9pm
Salsa Dance Lessons + Dance Party
SATURDAY 9am - 3pm
Pancake Breakfast
10-5pm
Food and craft market
8pm
Game Night! Strategy lessons
9pm
Rollerskate Disco Party
SUNDAY
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11-12am
Book Club
12-1pm
Nature Walk Tours
4pm
Community BBQ
8pm
Movie on the lawn:The Goonies
TEAM 4
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SUMMER STUDIO 2014
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PROGRAM THE LIVING ROOM
THE THEATER (indoors)
Flexible seating
Comfortable floor seating for movies during the winter
THE OUTDOOR THEATER/ STAIR INSTALLATION
THE DISCO
Out door projection, community/ family hub, can display emergency evacuation information during storm.
Removing furniture from the space, the floor can be used as a dance hall or roller rink with local live bands, and free donated skate rentals.
TOOL SHED
THE TOOL SHED
THE KITCHEN The kitchen in the back can be used to cater social gatherings and events, and for cooking classes around nutritional eating.
CAF É
A maker’s space in the back could teach basic carpentry and repair (furniture, bikes, computers, glasses, shoes, sewing, etc.)
DECK
THE ARCADE
THE BACKYARD
A game room with a full stock of board games, chess, and checkers. Could offer game strategy classes.
A fire-pit, picnic tables, and grills could be used for social gatherings and food during the movies, with an emphasis on using produce from the garden
THE STUDY
THE GARDEN
A quiet hour once a day for students to come and do work. Providing scanners and color printers would be very beneficial.
The community garden will grow fresh produce and educate people on how to maintain it with shared purpose.
THE NATURE CENTER
THE MARKET Pop-up local community craftsmen and vendors
MAIN FLOOR
PAT IO
Information about the local environment (plants and aquatic life) and nature tours could be offered
GARDEN
THE SHELTER
THE CLASSROOM
The stairs can store emergency supplies and float up but be tethered. The firehouse can be a home away from home that follows the news, and gives people a place to stay.
Community programs in all of these categories, and in addition for storm preparedness, lifeguarding, and CPR, would help the community sustain themselves, especially in th event of another disaster
FIREHOUSE PLAN TEAM 4
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SUMMER STUDO 2014
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ABROAD
GENSLER
FIELD SKETCHES & PHOTOGRAPHY
53 SWL III
HEARTSTONE
KMH
La Sagrada Familia / Antonio GaudĂ
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Barcelona Pavilion / Mies van der Rohe
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La Alhambra / Moorish Empire
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CONTACT INFORM ATION Jared Andrew Eisenhower University of Tennessee jeisenho@vols.utk.edu
[ undergraduate ] [ email ]
865.216.4917
[ cell ]
865.671.4919
[ home ]