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mario rodriguez
school of architecture and community designuniversity of south florida
a d v a n c e d
d e s i g n
portfolio
DESiGN AA
DESiGN CA
K.i.t. CHArrEttEK
USf CHArrEttE U
fAll 2009
SUMMEr 2009
SUMMEr 2009
SUMMEr 2009
6-15
16-25
26-31
32-37
DESiGN BB
SolAr DECAtHloN S
DESiGN DEVElopMENt D
rEVit r
fAll 2009
SpriNG 2010
SUMMEr 2010
SUMMEr 2010
38-49
50-55
56-63
56-63
6
noah nothing teaching and caring center
advanced design adesign/build studio sp
ring
200
9
sa+cd7
8
for the sprinG 2009 seMester. the de-
siGn/build studio featured as a projeCt
the developMent of a 2000sf faCility who-
se Main funCtion will be to serve as food
pantry and CoMMunity spaCe for the noah
nothinG teaChinG and CarinG Center. the
desiGn of suCh a plaCe inCluded a wide
ranGe of ChallenGes in terMs of both de-
siGn and ConstruCtion, whiCh provided a
Great opportunity for us to expand our
learninG experienCe throuGh a hands on
approaCh. beyond the traditional desiGn
studio ChallenGes, the Group aspeCt of
the Class provided an extra level of CoM-
plexity that is not present in Most arChi-
teCture studios where the eMphasis is on
individual solutions. this projeCt was
also a Great opportunity for the sChool
and students to Continue developinG
CoMMunity links whiCh were beinG esta-
blished in previous years with loCal pro-
fessionals and ContraCtors. the intense
work paCe and dediCation of all the teaM
MeMbers and Contributors hiGhliGhts the
understandinG of the soCial and Moral
responsibility that arChiteCts and Con-
traCtors have with their neiGhborhoods.
prEliMiNArY SCHEMEp
SCHEMAtiC DESiGN GroUp Ssasha dalla Costa
taMMy rifeMario rodriGueZ
GeorGe sCarfe
9
2 4
6
1
5
8
9
73
DESiGN DEVElopMENt pHASED
floor plANp
10
ENtrY SCENE E
oUtDoor DECK ArEA D1. entry deCk
2. lobby/Main offiCe
3. food pantry/storaGe
4. CoMMunity GatherinG spaCe
5. CoMputer aCess rooM
6. outdoor deCk
7. equip. storaGe
8. kitChen
9. private Garden
11
fiNAl propoSAl fDESiGN-A tEAM
A
DESIGN-A TEAM
Chablis applewhitebrandon bartle
joshua jonespaul MartineZ
dana nielsenMario rodriGueZ
12
13
CoNStrUCtioN DoCUMENtS
C
14
CoNStrUCtioN SEqUENCE
S
1. february 2009
2. May 2009
3. june2009
4. auGust 2009
1
2
34
15
design groupbrandon bartle
dana nielsenMario rodriGueZ
16
nishioji complex_kyoto_japan
advanced design c summ
er 2
009
sa+cd17
ExiStiNG DENSitY
D
projECt SitES
nishioji jr station CoMplexsouth-west kyoto, japan
34o 58’ 45” n 135o 44’ 22” e
wArEHoUSE CoMplExw
StorMwAtEr CANAlS
the projeCt foCus is an industrial CoMplex that is beinG phased out to allow the exis-tinG residential neiGhborhood spaCe for ex-pansion. the CoMplex is CoMposed of 30-40 ft hiGh warahouses alMost 500 ft lonG, borde-red by a storM water Canal and an extensive railway.
18
propoSED p
20
ExiStiNG
E
with the inCreased density of the inCoMinG residential bloCks, the projeCt solution foCused on providinG
the site with the supportinG serviCes and aMenities. onCe this portion is CoMplete, it would serve a Model
for the reMainder of the industrial areas that oCuppy priMe spaCe within the City. the Main aspeCt of the
proposal was to take Major existinG eleMents and turn theM into assets of the CoMMunity.
main strategies- expend jr station to handle inCreased voluMe- widen storM water Canal with a publiC use spaCe whiCh hiGhliGhts the iMportanCe of water in kyoto- allow a larGe plot of land to reMain open for aGriCultural use as it is already widely aCCepted throuGh out the City.- add rail Car line runinG throuGh the CoMMerCial portion of the site, shrinkinG travel distanCe froM the site to the rest of the City
21
fiGUrE_GroUNDf BloCK pAttErNB lAND USEl
propoSED
pExiStiNG
E
22
lAND USE
liGHt rAil trACKt
liGHt rAil StAtioNS
23
jr StAtioNrCroSS SECtioN
S
24
with the expanded jr station, there is an opportunity to bridGe the Gap between the two sides of the rail traCks, whiCh at points stretCh over 100 ft aCross.
23
design group3 usf students
2 k.i.t. students
26
k.i.t._kyoto_japan
three houses_charrette summ
er 2
009
sa+cd27
oDoi SitE
S
28
CorNEr HoUSEC
DoUBlE HoUSED
row HoUSEr
29
GroUND lEVEl1 SECoND lEVEl2
4-1/2 tAtAMi MAt rooM
r
tAtAMi MoDUlE
1
.955 M
1.91 M
althouGh the houses have a ConteMporary approaCh, the traditional Method of siZinG rooMs and spaCes is Carried on; the tataMi Mat serves as the basis for the layout of floor plan MuCh like traditional MaChiya
30
CorNEr HoUSE
C
31
multi-family dweling category
1st plaCe
32
lakeland housing typology
all-school charrette fall
200
9
sa+cd33
the desiGn of our duplex for the parker street neiGhborhood is based on intertwininG and ConjoininG neiGhbors yet still allowinG for individual faMily seClusion. hierarChiCal walls in the duplex siMultaneously ConneCt and divide, leadinG to interaCtion and privaCy. while the two sides of the duplex physiCally overlap, the hoMes theMselves feel indepen-dent and distinCt. the duplex is an affordable option beCause it is desiGned on a Grid based on struCtural insulated panels (sip), allowinG houses to be ConstruCted relatively quiCkly. sip panes are Made of riGid plastiC insulation between struCtural layers of oriented strand board (osb), an eCo-friendly Material. these panels are very stronG, enerGy-effiCient and Cost-effeCtive. shorter ConstruCtion tiMe and less job-site waste lead to a More Cost-effiCient buildinG Material than norMal wood fraMe ConstruCtion. also, the insulatinG effiCienCy of sip panels is 97%, while norMal wood fraMe ConstruCtion has an effiCienCy of only 50%. the better insulatinG properties of sip panels lead to lower air ConditioninG Costs. the duplex would be Clad in CorruGated aluMinuM, a Cost-effiCient Material, whiCh eli-Minates the need for paintinG, Can withstand hurriCane forCe winds without beinG daMaGed, and proteCts the exterior of the buildinG. the duplex would be More durable beCause aluMi-nuM is suCh a low-MaintenanCe Material. a wood sCreen on the south side of the du-plex provides filtered shade and allows less heat to penetrate into the voluMe of Glass, while still providinG aMple natural liGht. ar-tifiCial liGhtinG would be used less, leadinG to less enerGy ConsuMption. the sCreen on the north faCe of the duplex, aids in establishinG Measures of privaCy.
lAKElAND SitEl
wESt ElEVAtioNw
AxoNoMEtriC DiAGrAM A
floor area allocations:
Master bed 224 sq ft bedrooM 1 140 sq ft bedrooM 2 150 sq ft
upper bath 60 sq ft
Ground flr 611 sq ft seCond flr 728 sq ft
total: 1339 sq ft
34
SoUtH ElEVAtioN S
GroUND lEVEl1
SECoND lEVEl2
35
SoUtH-EASt CorNEr
C
Sip wAll DEtAilD
iNtErior SpACEi
SECtioN A-A
S
36
SECtioN B-B
w
37
38
park_scape riverfront complex
advanced design b fall
200
9
sa+cd39
pArKp
ACtiVitY
A
a proteCted area in a natural, seMi-natural or Cons-
truCted environMent whiCh is set aside for huMan
reCreation and enjoyMent. it May Consist of roCks.
soil, water and fauna.
- live
- work
- play
- shop
- eat
- entertain
- reCreate
pArK_SCApEp
projECt loCAtioN
l
82o 27’ 41” w
a seamless combination of landscape features shaped and informed by human activity and programatic issues, adressing Questions of connection, accessibility, and security.
40
lANDSCApEl
ElEMENtSE
CoMprises the visible features of an area of land, inCludinG
physiCal eleMents suCh as landforMs, livinG eleMents of
fauna and flora, abstraCt eleMents like liGhtinG and weather
Conditions and huMan eleMents suCh as aCtivity and the built
environMent
- physiCal
- abstraCt
- huMan
27o 56’ 43” n
41
MASSiNG ExplorAtioNSM
in order to fully inteGrate all the proGraMatiC requireMents with a response to the probleM stateMent, i beGan searChinG for a ConCept oriGi-nated by the spaCe and funCtion of not just the built Conditions, but also of the spaCe in bet-ween. by GeneratinG an understandinG of lands-Cape as a CoMbination of huMan, physiCal and abstraCt eleMents inCludinG the built environ-Ment, this projeCt seeks to re-habilitate the se-vered ConneCtions of this CoMMunity as a neiGh-borhood and as a part of the City by enCouraGinG vertiCal interaCtion of all the aspeCts of this Mixed use developMent. the CoMbination of this understandinG and the use of the idea of a park as a Metaphor for a plaCe where “faMilies” CoMe toGether and share a CoMMon spaCe. this ConCept then starts to be perCeived as an iMaGe where the landsCape (buildinGs) and park (aCtivities) beGin to forM a syMbiotiC relationship where a neiGh-borhood CoMMunity flourishes.
42
proGrAM rEqUirEMENtSppaarkinG
Marina
residential
retail
offiCe
43
SitE plANS
offiCE CoMplExo
44
riVErfroNt ACCESS
r
45
offiCE CoMplExo
ACtiVitiESA
rESiDENtiAlr
46
pUBliC plAzAp
47
+
+
+
2_2 liViNG UNitl
liViNG_iNDoorS
l
4_3 liViNG UNitl
l1
l1
l2
l2
48
lEVEl 10 12 14 16 18
l
250’
274’
298’
322’
346’
VErtiCAl NEiGHBorHoD
N
49
design teamMario rodriGueZ
jonathan brannonluCiano espositodiMitar diMitrov
facultystanley russell
Mark weston
50
team florida_flex house
solar decathlon proposal spri
ng 2
010
sa+cd51
trANSportt DEploYMENtD StorAGES
propoSAl DiAGrAMS
p
52
parasol:shadinG- a parasol-like struCture will shade the roof, walls and Courtyard. water ColleCtion- the parasol will feed rainwater to a water feature and Cistern for site irriGation. the pv array and solar therMal panels- are supported by the parasol fraMework for flexibility and easy MaintenanCe without touChinG the buildinG envelope.
ventilation: slidinG Glass panels on the north and south walls allow the envelope to open up to the Courtyard for natural ventilation, durinG Mild Months, or Close down for MeChaniCal CoolinG du-rinG hot huMid Months. hiGh CeilinGs allow warMer air to rise and a solar ChiMney with operable vents induCes ventilation.
StorAGE
propoSAl loGol
53
propoSAl MoDEl
p
tampa, fla. (apr. 30, 2010)
the university of south florida is part of a teaM seleCted to partiCipate in the u.s. departMent of enerGy solar deCathlon whiCh will be held on the national Mall in washinGton, d.C. in the fall of 2011. teaMMates inClude florida state university, the university of Central florida and the univer-sity of florida under the banner “teaM florida.”
54
TEAM FLORIDA
www.flExHoUSE.orG/
p
55
56
mega-terme_revised
design development summ
er 2
010
sa+cd57
SCHEMAtiCSSGroUND lEVEl
1SECoND lEVEl
2
owner: j&a llC.
parCel id: 0856-15-0001
address: MediCal blvd enGlewood, fl. 34223
leGal desCription: CoM at se Cor of seC 32-40-20
land area: 1,407,796 sf.site area: 413,275 sf.
ZoninG Code:pud planned unit developMent Modr Moderate density residential
storM surGe: 6-8 ft.
winds: 96-110 Mph.
oCCupanCy ClassifiCation: institutional
ConstruCtion type: type ii b
buildinG area: 1st level 14,790 sf. 2nd level 13,120 sf.
buildinG heiGht: 28 ft above grade 2 stories
separation froM property lines: n-170 ft. s-708 ft. w- 89 ft. e-51 ft.
58
wAll SECtioN
S
59
CoNStrUCtioN SEqUENCE
C
foUNDAtioNS1
SHEAr wAllS2
StEEl frAME3
StEEl DECKS4
60
2
3 4 56
7
3
1211
10
9
8
roof composition
1. steel tube fraMe2. fasCia Cover3. steel anGle4. roofinG deCk 5. vapor barrier6. riGid sloped insulation7. wood bloCkinG8. sinGle ply roofinG MeMbrane9. CounterflashinG10. Metal CopinG11. Continious Cleat12. 3” pre-Cast ConCrete panel
StrUCtUrES
foUNDAtioNS
SHEAr wAllS
StEEl frAME
StEEl DECKS
61
firE SUpprESioNf
plUMBiNGp
ElECtriCE
MECHANiCAlM
62
6
5
4
3
2
1
iNtErior DEtAil
i
1. 2x8 sealed Cedar 2. 1” steel anGle welded to plate 3. 1/4” steel platet4. 3/8” threaded rod5. Metal deCk6. ConCrete floor above7. struCture beyond
firE SUpprESioN
plUMBiNG
ElECtriC
MECHANiCAl
63
64
miami house_beyond d2
revit summ
er 2
010
sa+cd65
SCHEMAtiC DrAwiNG propoSAl
D
06/21/10 B
My Main foCus for this projeCt was to
learn how to Manipulate and Modify revit’s
GeneriC Materials and CoMponents into
unique eleMents of desiGn whiCh Carry on
froM earlier sCheMatiC staGes
66
SElEC rEVit proDUCED SHEEtS
r
07/21/10E
67
06/21/10
B
07/21/10E
06/27/10
06/30/10 07/05/10
68
07/11/10 07/14/10
69
All-rEVit rENDEriNG
r
CorNEr1
oriGiNAl propoSAlp
70
UppEr DECK3
CAfE
2
71
d e s i g n
a d v a n c e d
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d e s i g n
a d v a n c e d
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