J oh an a
M o n ro y
A r c h i t e c t u r e S e l e c t e d
W o r k s
P o r t f o l i o |
2 0 1 0 - 2 0 1 8
J ohana Monro y E. Jmonroy1290@gmail.com C. 347.605.3498 M .A.Arc h_ I nst i t u te f or A d va nced A rchi tectu re o f Ca ta l o ni a B .Arc h_ Pr at t I nst i t u te Po r t f o l i o L i nk : Cl i c k Here
02
Johana Monroy
Research
04
10
14
Academic
16
18 87.00’ CLASSROOM
78.00’ OFFICE
22 Professional
60.00’ ADMINISTRATION
0’ 2’ 4’
8’
55.00’ LOBBY
24 SECTION A 16’
26 Table of Contents
D e tri ti c Ske let a : The Re-Appropriation of a Second Nature Master Thesis Tut o r : M a rco s C r uz St ud i o : C . Bi o . M A Ye a r : 2 0 1 7 - 2 0 1 8 P ro j e ct V i d e o : C l i ck Here P ro j e ct Ani m a ti o n : C lic k Here G e o m e tr i c S tu d i e s : C lic k Here
Ab s tract Novel manufacturing processes have allowed for fast and economical ways of production but have also embedded the idea that resources are unlimited and that waste disposal should be a mere afterthought, an idea that current society is paying a high price for with landfills and oceans being flooded with waste that could be re-purposed if the notion of material development were adjusted. This research proposes the creation of a bio-composite system of organic detritus to design and fabricate a bio-receptive matrix, inspired by the multi compositional fabric of the skeletal system, that is both structural and nutritive for optimal pl ant growth. The work process consists of evaluating coffee grounds and banana peels as waste products that can support biological growth, eggshells and bone matter as materials for tectonic rigidity, fibrous based geometry through the use of computational design that reinforces the materials’ structural properties and allows for plant adhesion, and the ideal digital fabrication method to realize this bio-receptive l andscape. The workflow connects biology and architecture by the re-appropriation of waste as a new material matrix that takes a new life through innovative digital design methods and applications. 04
Johana Monroy
Waste Metabolism Th e C ycl e co m po s t food
consump ti o n
wa ste
2/1 eggshell 1/2 v , 1/2 g , 30ml water
2/1 bone | eggshell 1/2 v , 1/2 g , 30ml water
in cin e r a t io n w it h e n e rg y g a in
[ c u rre n t l i fe to gr a ve cycle ]
food
2/1 bone 1/2 v , 1/2 g , 30ml water
l a n d f il l
consump ti o n
wa ste
m a te r ia l
food
2/1 bone | coffee 1/2 v , 1/2 g , 30ml water
2/1 bone | banana peel 1/2 v , 1/2 g , 30ml water
2/1 bone | banana peel | coffee 1/2 v , 1/2 g , 30ml water
3/1 bone | banana peel | coffee 1/2 v , 1/2 g , 30ml water
3/.75 bone | banana peel | coffee 1/2 v , 1/2 g , 30ml water
3/.5 bone | banana peel | coffee 1/2 v , 1/2 g , 30ml water
3/.5 bone | banana peel | coffee 1/2 v , 30ml water
3/.5 bone | banana peel | coffee 1/2 g , 30ml water
[ m e t ab o l i s m cycle ]
Waste Valorization The Af terl ife
- waste of raw materials, ingredients and product arising is reduced - measured in overall reduction in waste - redistribution to people
- sent to animal feed
recyc l ing
waste
le a st p ref e r ab l e o p t io n
- waste sent to anaerobic digestion
- waste as building material - waste as nutrient based material
- waste composted
recover y - incineration i waste with energy recovery
dis p os a l - waste incinerated without energy recovery
p ref e r a b le o p ti on for food waste / WRAP 201 6 h ttp : //e u - ref re sh.org
re-a p p rop r ia t ion
- waste sent to landfill - waste ingredient / product going to sewer
Structural Composites
prevention
m o s t p re f er a b l e option
p revent ion
3/1starch eggshell 30ml water
3/.75 eggshell 1/2 v, 1/2g, 25ml water
3/1starch eggshell 1/2 v, 30ml water
3/.75 eggshell 1/2 v, 20ml water
3/.5 bone | banana peel | coffee 30ml water
3/1starch eggshell 1/2 v, 1/2g, 30ml water
3/.75 eggshell 25ml water
Research
The Growing System Life-cyc le s One of the main goals of the project is to continue a series of life-cycles: as one element degrades, it feeds another element that flourishes. This concept directly links with the idea of bio-receptivity, a host material that leads to biological growth. From the selected waste materials, nutrients such as nitrogen, phosphorus and potassium can still be collected and used to promote plant growth.
plant growing medium wick nutrient solution
groun d l a n dsc a pe
hu ng l a nds ca p e o n s t r u ct u re
self supportin g h un g l a n dsc a pe
f l o a t i ng l a nds ca p e
One system that was taken under consideration was “wick� hydroponics, where nutrient filled water is used to feed plants. In the case of the landscape prototypes, a 2 layered system was considered, one layer serving as structure for the plant to grow on and for the landscape’s own support, and a softer inner layer that would be nutrient based, degrading faster with rainfall to provide constant nourishment.
Landscape Prototypes
A second set of prototypes held the same concept but in the shape of a fibrous like tile that could easily be repeated through additive manufacturing.
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Johana Monroy
completed panel
structure a
nutrition bulbs structure b
Geometric Studies
cnc milled foam mould
machine path
extruded structure
Research
Design Proposals MoM a P S 1 _ C o u rt y ard
Waste as Object
styrofoam cube
wire cut pieces
1st layer of extrusions
Waste as Structure 2nd layer of extrusions
3rd layer of extrusions
final cantilever
W a s t e a s Tr e e 08
Johana Monroy
The PS1 MoMa site was a key aspect in the l ater stages of the project. Not only was the site outdoors but also had a time frame that allowed for the series of structures, wall tiles and cantilevers, to preform their life cycle. Spectators could come to the site and understand how one cycle was literally feeding into another. As the structures would start to degrade, the plant life would start to take over the site, displaying the emphemerality of materials and spaces. The scaling up of designs sought for different manufacturing methods. Moulds were no longer simply milled but were hot wire cut with the help of the KUKA RobtoicArm. In the next phase of the project, the same 6-axis machine was used with a phematic extruder nozzle. With the help of computational design and additive manufacturing, the parametric designs and the unique waste materials were able to be extruded into the desired geometries that would produce the bio-receptive landscape-style structures.
Under the Waste Structure at PS1 Site Research
Li vi ng Scre ens : The Foraging of Atmospheric Patterns 1st year Master Project Te a m : C a t a l i n a P ue l l o and Fab io R ivera Tut o r : A re t i M a r ko p o ulou , Alex Du b or, and Ang elos Chronis St ud i o : D i g i t a l M a t t e r | I ntellig ent Constru c tions Ye a r : 2 0 1 7 P ro j e ct V i d e o : C l i ck Here
Proje ct D e s c ript io n Living Screens is a research project that studies the possibilities of using a living organism, Physarum Polycephalum (Slime Mould), as a panel for interior spaces that is actively responsive and constantly changes according to the users parameters. The material system consists of a series of transparent layers that compose the panel and creates a suitable envir o n m e n t f o r t h e s l i m e m o u l d t o g r o w. T h e p a n e l i s d e signed to feed the Slime Mould allowing it to produce dense patterns, working as a living wall that filters light in space. The system engages different customizations such as: opacity, translucency, transparency, pigmentation, and shadow projections. The Slime Mould’s growth is controlled by the nutrients’ source which comes directly from a food-distributor machine. Said machine deploys the food in specific pl atforms inside the panel. The air-tight panel also includes a humidifier that controls the humidity level inside of the panel. The result is a dynamic wall that not only changes in time, altering the interior space through color and opacity but also affects the mood and experience of the spectator. 10
Johana Monroy
Culture #1
Initial Culture Studies
Simulations
Culture #2
Current Stimulation
Red Light
Day 3
Day 4
Day 5 Research
ARDUINO STEPPER MOTOR
FLOKI FOOD
SCREWS
FOOD PLATFORMS
SILICONE SEALANT
PHYSARUM POLYCEPHALUM
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Johana Monroy
Foraging
Traces
Food Position
Main veins
CONTROL DIRECTION
PIGMENTATION | OPAQUE
PIGMENTATION | TRANSLUCENCY
Pattern Densification
Physarum’s position
Pigmentation Change
Food Position
METHACRYLATE LAYER
Physarum’s position
Foraging
Traces
Main veins
TRANSPARENCY
TRANSLUCENCY
OPAQUE
Project Facade Vision W Hotel, Barcelona
Research
Nam as the : Pavilion for Naked Healing 1st year Seminar Te a m : Armin Akbari, Valerie Frey, Nithin Bhargav, and Sandesh Kagganti Tut o r : P a b l o R o s a n d Alexand re Du b or St ud i o : L i g h t w e i g h t Bi oCom p osite Stru c tu res Ye a r : 2 0 1 7 P ro j e ct V i d e o : C l i ck Here
Proje ct D e s c ript io n Using origami paper folding as an initial inspiration to provide stiffness to a material and thinking of the site of the final pavilion, the Zaragoza Desert, the team decided to produce a bio-composite that related to environment in which it would be built. Our bio-composite material consisted of bio-glue, a gelatin based natural glue, and mud, an easily found material in said desert. These natural materials were then applied to jute fibers that were folded using the origami technique developed by our team throughout the course. The folds in the jute fiber act as the structure and the bio-glue mud mix are the stiffener. The Pavilion’s program is to house a series of mudbaths, something typical to festivals in the desert that allow the user to embrace the natural elements around them. The final design was to be built for the yearly festival in the desert of Zaragoza, Spain, called “Nowhere.� 14
Johana Monroy
Materials
Mud
Jute
Gelatin
Gobi Desert, Mongolia
Earth Architecture, Iran
Origami Study Model
The folding patterns meet at one point at the bottom of the structure where it becomes most rigid. The bottom of the structure is also where the most weight is needed to anchor down the pavilion. A mix of bio-glue and mud is used here for both weight and stability. At the top of the pavilion, bio-glue is used to provide stiffness to the material. The use of both bio-glue and the bio-glue/mud composite provide a light transition from transparent to opaque that is experienced in the interior space of the pavilion. Bio-Glue+Fabric : Stiffness Bio-Glue/Mud Composite + Fabric : Weight and Structure
Preparation Stage
Fabrication Stage
Fabrication Timeline
Step 1 Preparation of Bio-glue
Step 2 Marking and Folding Jute Fabric
Step 3 Hot press the jute fabric for better foldings and switch the parts
Step 4 Apply the 1st Course of Bio-glue, then allow it to dry.
Step 8 Load the Structures from IaaC, transport it to the venue.
Step 7 Repeat the same method on all the structures.
Step 5 Hot press the jute fabric for better foldings.
Installation (on site) Stage
Step10 Install the Pavilion on the site.
Step 9 Mark & excavate the land for mud bath on the site, before
Step 6 Apply the 2nd Course of Bio-glue with mud, then allow it to dry.
Research
We avi ng Li g ht : Cardboard Pavilion 1st year Seminar Te a m : Sebastian Amorelli, Montakan Manosong, Javier Montalvo, Alvaro Meza, Daniele Fiore
Tut o r : Si lvi a Br a n d y a n d R od rig o Ag u irre St ud i o : L i g h t w e i g h t St r u c tu res Ye a r : 2 0 1 7 P ro j e ct V i d e o : C l i ck Here
Proje ct D e s c ript io n Usi ng f ab r i c as an i nspi r a ti o n, the tea m ’s m a i n qu esti o n w as, c an c ard b o ard beco m e a str u ctu r a l m a ter i a l by crea ti ng te nsi o n t hro u g h w ea vi ng ? The fo cu s wa s o n crea ti ng a 2 p ar t sy ste m t hat i nc l u d ed str u ctu r a l su p p o r t co l u m ns o n t he i nte r i o r o f t he p avi l i o n a nd a wo ven ski n tha t d ressed t he se c o l u m ns b e c o mi ng the tensi o n su pp o r t. The o u tc o m e w as a t re e l i ke str u ctu re tha t fa nned o u t a nd a l l o wed l i g ht to p e ak t hro u g h the wo ven p a tter ns a nd pl a yed o n t he d i f f e re nt m ate r i al fo rces a nd equ i l i b r i u m . The d i g i ta l f ab r i c at i o n o f t he p avi l i o n wa s a l so key. Thro u g h p a r a m etr i c d e si g n, t he p av i l i on wa s d i vi d ed i nto 90 u ni qu e wo ven st r i p s t hat c are f u l l y re pl i ca ted the d esi g ned g eo m etr y a nd w r ap p e d aro u nd t he va r yi ng co l u m ns. These str i ps were l ate r u nro l l e d and d i vi d ed i nto 1 m eter l o ng p i eces to a d a p t to t he f ab r i c at i o n and si ze co nstr a i nts o f the l a ser cu tti ng m ac hi ne s. 16
Johana Monroy
[ CHALLENGE MATERIAL ABILITIES]
FABRIC
[ METHOD ]
WEAVING
[ FORCE ]
TENSION
[ MATERIAL ]
CARDBOARDS
[ COMPUTATION PROCESS] 24
50
MM
[INTER CORE STRUCTURES]
[MAIN STRUCTU
[ MAIN STRUCTURES]
[TOP]
[SIDE]
Structure Assembly
[ CONCEPT ]
2200 MM
Concepts
[ ASSEMBLY PROCESS - STRUCTURE ]
Research
Ci udad Ve rt ic al : Mexico City, D.F. Pratt Institute De gree Project Te a m : Martin Galindez and Jennifer Villamar Tut o r : M i ch a e l Tre n cher and K athy Du nne St ud i o : H i g h R i se Th e sis Stu d io Ye a r : 2 0 1 2 - 2 0 1 3
Mani fe s to “Dear Latin America, it’s time to wake up!� Why is it that many countries in Latin America seem to always rely on an outside source to progress as a society? Economies that should be strong and fruitful are falling apart and are being taken over by intruders that only seek money and power and who forget about the people that make up the fuel of the country. Lands that were once rich in greenery and had an abundance of resources are now being neglected. And for what? For the benefit of everyone? Those who benefit from the destruction of our culture are those that have the most power and that ride on the backs of lies and deceit. There is always a chance to look back at our mistakes, take control of our actions, learns from one another, and again be the self-sustained society that we once were.
O b je cti ve To d e s i g n a d e n s i f i e d c i t y t h a t w i l l r e i n f o r c e t h e t i e s between social classes, promote sustainable means of living, focus on different modes of research, encourage education, seek other sources of transportation, produce and maintain a growing economy, strengthen the identity of the Mexican culture, and serve as a prototype for future vertical cities in other places of the world. 18
Johana Monroy
urban densiďŹ cation 1% of mexico’s surface area is inhabited by 10% of its population mexico city population: 20,032,000 density rank: 1st density: 15,000/sq mi
proposed
existing rio de janeiro population: 11,616,000 density rank: 2nd density: 12,380/sq mi
1910-1930 1930-1950
buenos aires population: 12,801,364 density rank: 4th density: 37,000/sq mi
1950-1970 1970-1990 1990-2000
highest points a zc a p o t z a l co
m i g u el h i d a l g o c u a h u te m oc
g re e n are as
middle points
gu s tavo a . m ad e ro
ve nu s ti a no c ar ranza
To r r e H u i t z i l o p o c h t l i
urban matt condition
a zca p o t z a l co
l a ke b e d
c o ns e rvat io n g ro u nd s
gus t avo a . ma d e ro
migue l h id a l go cua h ute mo c
ve n us t ia n o ca r ra n z a
i ztac alco
iz t a ca l co
b en i to j ua re z
b e n ito jua re z
valley of mexico a l va ro o b reg o n
i zta pa lapa
a l va ro o b re go n
iz t a p a l a p a
coyoa c a n
coyo a ca n
cualjimalpa
cua l jima l p a tla hu a c
t l a h ua c m a g d a l en a co ntera s xoc hi m i lco
ma gd a l e n a co nte ra s xo ch imil co
tlalpan
tlalpan m i lpa alta
mil p a a l t a
To r r e X o c h i q u e t z a l Green areas of Mexico City
original lake limit
UNAM
new resea rc h la b s , lib ra ries, stud io s a nd d o rms
HOUSING
fro m urba n m a t t c ond i t i on t o a n intelli g ent mi r c o-uni t
current lake limit benito juarez
current population
coyoacan
mexico city
proposed site
o rig inal l ake lim it c u rre nt l ake lim it c u rre nt p o p u l at io n p ro p o s e d s ite
Lake Texcoco shrinkage vs. population
VIVEROS COYOACAN (existing tree nurseries) new fa rming spa c es w ill b e intro d uc ed to the vertic a l c ity
Formal Manifestations
Topography of Mexico City
To r r e To n a n z i n Academic
MICRO-INDUSTRIES: -Flower shop -Candy store -Ice cream factory -Crafts
RESEARCH OFFICES -Interactive rooms -Administration -Office space
MICRO-INDUSTRIES: -Comida rapida -Charger zones -Shoe repair -Vending machines
MEDIA -Information studios -Working studios
40th floor
20th floor
Ground floor
STUDENT HOUSING -Residential Facilities: -Mailboxes -Laundry Room -Security Point -Front Desk
MICRO-INDUSTRIES: -Pharmacy -Bakery -Natural beverages -Vending Machines -Yogurt stands -Fruit stands -Hair salon
UNAM FACILITIES -Administration -Classrooms -Auditorium -Athletics -Green Areas
MICRO-INDUSTRIES: -Copy center -Food stands -Book store -Dance/painting -Clinic
MUSEUM -Sculpture Garden -Shops -Bicycle garage -Restaurants -Bank
MICRO-INDUSTRIES: -Beauty products -Handmade crafts -Information stands -Restaurants
HOTEL CULTUR AL & ENTERTAINMENT: -Restaurants -Galleries -Gardens -Theaters Multi-use space
MICRO -INDUSTRIES: -Restaurants -Food stands -Artesanal products
MICRO -LIVING RESIDENTIAL -Housing -Residential Facilities: Laundry Lounges Green Terraces Playgrounds Gym Grocery Store Mailboxes Home Appliance store Restaurants Security & Administration
MICRO -INDUSTRIES : -Pharmacy -Hardware Store -Taylor -Papeleria -Nursery -Fruit Stands -Convenient Store -Panaderia -Gym -Hair Salon
EDUC ATION -High school library -High school Facilities -Administration -Classrooms -Media spaces -Green recreational space
MICRO -INDUSTRIES : -Supply Store -Small eating spaces -Coffee Shop
COMMUNIC ATION & MEDIA RESEARCH: -Offices -Services -Recording Studios -News Paper Editorial
MICRO -INDUSTRIES : -Papeleria -Copy center -Small eating spaces -book store
B USINESS Administration Manufacturers Shops + Micro industries Bicycle garage
MICRO-INDUSTRIES: -Supply store -Food stands -Restaurants -Home & Office supplies -Ventas por mayor
R ELIGIOUS INSTITUTION -church -garden spaces -plaza
MICRO -INDUSTRIES : -artesanal sales -small eating spaces -book store -kiosks
100th floor
84th floor
61st floor
38 th floor
19 th floor
Ground floor 90th floor 85th floor
algae
gardens
20
68th floor MICRO LIVING RESIDENTIAL -residential -nursery -micro-industries -lobby program: mail boxes security and administration grocery store lounge
45th floor
33rd floor
17th floor
Ground floor
Johana Monroy
MICRO -INDUSTRIES : -pharmacy -hardware Store -tailor -papeleria -nursery -coffee Shop -fruit Stands -convenient Store -panaderia -laundry
WORKSPACES -offices -conference halls -lounges
MICRO -INDUSTRIES : -papeleria -copy center -small eating spaces -book store
EDUCATION -elementary school -library -school administration -green spaces -media spaces
MICRO -INDUSTRIES : -papeleria -copy center -food stands -book store
-food -markets -micro industries -manufacturers -administration -information desk -bicycle garage
Sections
Program Diagrams
ENTERTAINMENT -food -cinema -lounge -auditorium
tree farming
green terraces
facade water collection
hydroponics gardens
green houses
Green Systems
60th floor
TREE FARMING -Farmers Market -Coffee Shop -Entertainment
Educational Facilities
80th floor
green walls algae
A. Huitzilpochtli B. Xochiquetzal C. Tonanzin 1. Green Nursery 2. Green Library 3. Shops 4. Restaurants 5. Plaza
Academic
Se ns ati on : The Kindergarten Pratt Institute 2nd Year Project Tut o r : Eva n Tr i b us Ye a r : 2 0 1 0
Proje ct D e s c ript io n To ac q u i re k no w l e d ge i s to p ercei ve the wo r l d thro u g h the sp ac e b e t w e e n d re am a nd rea l i ty, where el em ents a re su bj e c t and d y nam i c , havi ng the po tenti a l to cha ng e i n the p ro c e ss at any g i ve n m o m ent. The st u d i o st ar te d w i th a n exerci se o n p a per fo l d i ng ,p ro d u ci ng g e o m e t r i c te sse l l a ti o ns. The m a i n g o a l wa s to ta ke wha t w as l e ar ne d f ro m t he tessel l a ti o ns a nd p ro d u ce fu nd a m enta l sp ac e s i n a k i nd e rg ar ten setti ng . The g i ven si te wa s a l so o n a sl o p e , p re ssi ng st ud ents to u nd er sta nd the i m po r ta nce o f c i rc u l at i o n. I n m y p ro j ect, ci rcu l a ti o n, the sense p l a tfo r m , w as key , b e c o m i ng sp a ces where the chi l d co u l d l ea r n i n i nd i v i d u al p l ay o r g ro u p a cti vi ti es. F o c u si ng o n t w o sc a l es, tha t o f a chi l d a nd tha t o f a n a d u l t, sp ac e s w e re d e si g ne d to pro vo ke the senses a nd m a ni fest ex p l o r at i o n. The m ai n qu esti o n a sked d u r i ng the l eng th o f t he p ro j e c t w as, c an a rchi tectu re i nfo r m the chi l d a nd hel p hi m o r he r e ng ag e i n scho o l rel a ted a cti vi ti es? The chi l d l e ar ns no t j u st f ro m a tea cher b u t fro m ever ythi ng a ro u nd hi m o r he r ; t he d i f f erent spa ces m u st a d a pt to the chi l d ’s ne e d w hi l e p ro m o t i ng a wa reness. 22
Johana Monroy
Sense Ribbon
classroom classroom
classroom classroom classroom
ci rcu l a t i o n : s e n s e p l a t f o r m s
Green
Green
platform
platfo atform r
outdoor/indoor
musica library Multipurpose Sense Ribbon
nurse
classroom
structure
structure
Green structure
administration
G n structure Green
classroom
platform
platttffo om orm
Lobby
Dense - Mulripurpose
platform
Program
Sense Ribbon
pl tf plat platf tfo f rrm for m
Green
Multipurpose
- E a c h pl a t fo r m h a s a d i ffe re n t s u r fa c e g i v i n g t h e c h i l d t h e o ppo r t u n i t y to c h o s e w h a t a c t i v i t y h e o r she wants. - Th e pl a t fo r m s v a r y i n s i ze a l l o w i n g fo r i n d i v i d u a l pl a y o r g ro u p l e a r n i n g
Green Adult space
structure
structure
platform
plattfform o
structure
structure
platform
plaaatf tform m
Child structure
Green
C
structure
A
B
HIGH PT OFAdult SITE
74.00’ CLASSROOM
73.00’ LIBRARY
H
H
71.00’ CLASSROOM
68.00’ MUSICA
68.00’ CLASSROOM 65.00’ SENSE RIBBON
64.00’ SENSE RIBBON 61.00’ MULTIPURPOSE ROOM
G
G CLASSROOM
SECTION F
SECTION G 0’ 2’ 4’
8’
16’
0’ 2’ 4’
Exterior view
F
MULTIPURPOSE
8’
16’
F
87.00’ CLASSROOM
OF F ICE E
E 78.00’ OFFICE
60.00’ ADMINISTRATION
D
D 55.00’ LOBBY
LOW PT OF SITE C PLAN NORTH
0’2’4’ 8’
View
of circulation
16’
B
A SECTION A 0’ 2’ 4’
8’
16’
Academic
FU
LT
O
N
ST
R
EE
T
CHURCH
ROCKW
FL U S H
- RESIDENTIAL - C U LT U R A L C E N T E R - R E TA I L
EN U
L T FE
E
TRE IX S
CENTER FOR FICTION M.M DANCE CENTER
THE HUB - RESIDENTIAL TOWER
CITI BIKE
UE EN
HE
RM
ER
HO
LAFA
RN
ST
SITE
YETT
EN E AV
UE SCHOOL
BAM RE
ET
SCHOOL
CULTURAL CENTERS
K E Y
SC
CHURCH
BAM PARK
ET
First Floor Plan
SAIN
AV
ART PLAZA
THEATRE FOR A NEW AUDIENCE
ACE ND PL
LACE ELL P
B
ASHLA
AT
BAM NORTH TOWER 1
D
AV
The Ce nte r fo r Fic t io n
IR TH
DEVELOPMENTS
TWO TREES
Interior Architecture Project in Brooklyn, NY N - RESIDENTIAL - C U LT U R A L C E N T E R - R E TA I L
EXISTING
GREEN SPACES
FISHER BAM
B R O O K LY N MUSIC SCHOOL
Project for BKSK Architects LLC NYC JOB CENTER
chematic design
he center for fiction
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Johana Monroy
Second Floor Plan
D e si gSnT AD e ve l o p m e n t and R end ers on Sketc hu p T S Ta l D r a f t i n g on R evit A rch i t e ctEur R E Ye a r : 2 0 1 5 - 1 E6T
ONE HANSON PLACE
september
Madi s on Square P ark Shed, Dog run and Flag Pole Restoration Project Project for BKSK Architects LLC D e si g n D e ve l o p m e n t and R end ers on Sketc hu p and Photoshop A rch i t e ct ur a l D r a f t i n g on R hino Ye a r : 2 0 1 6 / 2 0 1 8
Professional
Exterior Perspectives
First Floor Plan
Vi ctory Ranch Residential Architecture Project in Utah Project for Mark Gould Architect
Sections
D e si g n D e ve l o p m e n t and R end ers on Sketc hu p A rch i t e ct ur a l D r a f t i n g on Vec torw ork s Ye a r : 2 0 1 7 - 2 0 1 8
26
Johana Monroy
STEAM OVEN
HOOD
REPLACE MICROWAVEHOODWITH NEW 30" BUILT-IN WALL RECIRCULATING VENT HOOD. REPLACE EXISTING WINE CELLAR ANDICE MAKER WITH NEW 24" STEAM OVEN, 24" MICROWAVEOVEN ANDNEW 24" CABINET WITH DRAWERS TO MATCH EXISTING KITCHEN CABINET FINISH.
NEW CABINET
CONSULTANTS:
MEP Engineer: HRM Engineering , P.C.
13'-11/2"
FORMER UNIT 10A/B
9'-4 3/4"
4 3/4"
EXISTING KITCHEN
3'-4" EXISTING BEDROOM
EQ. 2
2"
ACCU-1
UP 1 RISER @ +/-10 3/4".
9 1/2" 1'-9"
PROPOSED WALK IN CLOSET
ALIGN
NEW MILLWORK DESK WITH SHELVES .
AHU-1 (ABOVE)
2'-3"
4 3/4"
6'-9 1/2"
3'-0"
-4
"X
7'
-0
2'-8 1/4" 2"1'-8 7/8"
"SC
W
D
4 3/4"
ALL EXISTING / NEW WOODFLOOR TO BE FINISHED WITH 3 COATS, WATER BASED, SATIN POLYURETHANE, AS REQ'D.
EXISTING CLOSET
2"
EXISTING CLOSET
EXISTING CLOSET
EXISTING BATHROOM
"
1'-8 5/8"
3'
/4
1'-9"
16'-6"
13'-10"
D
43
5'-8 1/4"
"SC 7'-0
IC
2"
W
" /8 85
1'-8 7/8"
"SC
X 0"
RELOCATED INTERCOM
7'-0
4'-
4 3/4" 3'-0 1/8"
7'-4"HIGH PARTITION
0" X
TV
NEW MILLWORK BOOKCASES.
2'-1
NEW BUILT-IN NIGHT TABLE .
NEW STONE SADDLE, TYP. SEE DETAIL 6/A-002.
EXISTING CLOSET
EXISTING DININGROOM
"
LIGHT & AIR CALC'S: MASTER BEDROOM AREA: 365.25 SF LIGHT REQ'D/PROVIDED: 36.53 SF / 96.20 SF VENTILATIONREQ'D/PROVIDED:18.27 SF / 48.10SF
TV
2'-1
/4
2'-10"X 7'-0"SCWD
EXISTING CLOSET
ALIGN
43
SCRAPE , SKIM & PAINT ALL EXISTING WALLS TO REMAIN, TYP.
PROPOSED MASTER BEDROOM
1'-10"
NEW WOOD FLOORING TO MATCHEXISTING AT HALLWAY.
PROPOSED BEDROOM 1
1'-8 7/8"
UP 1 RISER @ +/-10 3/4".
NEW BUILT-IN NIGHT TABLE .
2"
450 JerichoTurnpike Mineola,NY 11501 T.516.248.0750 F.516.248.0976
3'-4"
EXISTING UTILITY ROOM
4 3/4"
RISER "B"
EXISTING LIVING ROOM
W
3'-0"
PROPOSED BATHROOM1
4"
ALIGN
4"
7'-0
AHU-3
EXISTING CLOSET
PROPOSED GUEST BATHROOM
NEW TILED NICHE WITH SHELVES .
3'-0"
0" X
7'-0
"SC
W
D
9 3/4"
5" LIGHT & AIR CALC'S: DEN / GUEST ROOM AREA: 146.18 SF LIGHT REQ'D/PROVIDED: 14.62 SF / 35.57 SF VENTILATIONREQ'D/PROVIDED: 7.31 SF / 17.79SF
4 1/2" 2'-8 5/8" 4 1/2"
RISER "C"
PROPOSED MASTER BATHROOM
5'-7 3/8"
PROPOSED DEN / GUEST ROOM
2'-1
2'-103/4"
2'-4"X 7'-3"GLASS
4 1/2" 2'-8 5/8" 4 1/2"
2'-1"
WINE
GFI
REF
D
GFI
UP
NEW TV/ MEDIAWALL UNIT. (ALIGN WITH FACE OF EXISTING SOFFIT / BEAM ABOVE).
W
5 3/4"
5'-0"
4 3/4"
PROPOSED CLOSET 3'-0"
4"
5'-0 1/4"
2'-0"X 7'-0"SCWD
4 3/4"
5'-3 1/4"
NEW (RELOCATED) ELECTRICAL PANEL .
GFI
2'-4"X 7'-3"GLASS
TV
GFI
J
"SC
PROPOSED POWDER ROOM
10'-21/2"
DOWN
4 3/4" 2'-0"
0" X
10-02
3'-2"
PROPOSED CLOSET
2'-1
EP
GFI
7'-10"
2'-11" 4 1/4"
5 1/2" 2'-0"
2 7/8"
10A/B DO OR
6'-6 3/4"
'G
5 3/4"
EX
5 3/4"
3"
12'-71/4"
6'-8 3/4"
5'-8"X 7'-3"POCKET DOOR
5'-0"
5'-9 1/8"
3 3/4"
PROPOSED WALK IN CLOSET
PROVIDE NEW SHOWER WITH LEAD PAN, NEW WALLMOUNTEDTOILET, TWO (2) NEW LAVATORIES / FAUCETS, ANDNEW BATHTUB IN NEW LOCATIONS, AS SHOWN. NEW FLOOR TILE ON THINSET OVER 1/2"CEMENTITIOUS BACKER BOARD ON NEW LATICRETE, LIQUIDAPPLIED WATERPROOF MEMBRANEON EXISTING CONCRETE SLAB, IN SHOWER ANDTOILET COMPARTMENT. NEW TEAK FLOOR ON NEW LATICRETE, LIQUIDAPPLIED WATERPROOF MEMBRANEON EXISTING CONCRETE SLAB IN MAINBATHROOMAREA. NEW WALLTILE OVER 1/2"CEMENTITIOUS BACKER BOARD, TYP. AT BATHROOMWALLS, IN BATHTUB ANDLAVATORY AREA. LATICRETE HYDRO BAN WATERPROOFING TO BE APPLIED TO FULL HEIGHT OF ALL SHOWER WALLS. CEILING ANDNON-TILEDWALLS TO BE PAINTED, 5/8"THICK MOISTURE-RESISTANT GYPSUM BOARD. (SEE 1/A-002.00 FOR SHOWER DETAIL).
EXISTING FOYER 3"1'-8 1/2" 4 3/4"
AHU-2
NEW WALK-INCLOSET WITH DOORS ANDINTERIORS, AS SELECTED .
NEW BUILT-IN BAR WITH 24" WINE REFRIGERATOR , 30" DRAWER TYPE REFRIGERATOR / ICEMAKER, ANDBAR SINK (IN 24" CABINET).
DOWN
GFI
+/-3'-11"
NEW CENTRAL A/C SYSTEM COMPRISED OF 1 CONDENSER AND3 AIR HANDLER UNITS. SEE MECHANICALDRAWINGS FOR DETAILS.
4 3/4" 2'-6"
NEW CHROME HANGINGROD WITH MAPLE SHELF, TYP.
+/-3'-0"
6'-113/8"
4 3/4"
5'-3 3/8"
13'-0"
4" 1'-2 1/4" 4 3/4"
4 3/4" +/-1'-11" 6"
11 1/4" 4 3/4"
D
2'-101/4"
UP
EXISTING WOODFLOOR TO BE PATCHED AND REFINISHED, AS REQ'D.
14'-6"
8'-4 1/4"
RISER "A" 7'-6"
NEW NICHE WITH STONE SLAB EDGES ANDINTERIOR, TYP. AT FOUR (4) LOCATIONS. 5'-1 7/8"
10G 9'-9 1/2"
4"
PROVIDE NEW SHOWER WITH LEAD PAN BASE, NEW WALL MOUNTEDTOILET, NEW LAVATORY ANDNEW FAUCET IN NEW LOCATIONS. NEW FLOOR TILE ON THINSET OVER 1/2" CEMENTITIOUS BACKER BOARD ON NEW LATICRETE , LIQUID APPLIED WATERPROOF MEMBRANEON EXISTING CONCRETE SLAB. NEW WALL TILE OVER 1/2"CEMENTITIOUS BACKER BOARD, TYP. AT BATHROOMWALLS. LATICRETE HYDRO BAN WATERPROOFING TO BE APPLIED TO FULL HEIGHT OF ALL SHOWER WALLS. CEILING AND NON-TILEDWALLS TO BE PAINTED, 5/8"THICK MOISTURE-RESISTANT GYPSUM BOARD. (SEE 1/A-002.00 FOR SHOWER DETAIL).
2'-11"
18'-11/4"
EXISTING ENTRY DOOR TO BE SECURED IN CLOSED POSITION .
FORMER UNIT 10G
FORMER UNIT 10A/B
Construction Plan
PROVIDE NEW WALL MOUNTEDTOILET, LAVATORY ANDFAUCET, IN NEW LOCATIONS. NEW FLOOR TILE ON THINSET OVER 1/2" CEMENTITIOUS BACKER BOARD ON NEW LATICRETE , LIQUID APPLIED WATERPROOF MEMBRANEON EXISTING CONCRETE SLAB. NEW WALL TILE OVER 1/2"CEMENTITIOUS BACKER BOARD, TYP. AT BATHROOMWALLS. CEILING ANDNON-TILEDWALLS TO BE PAINTED, 5/8"THICK MOISTURE-RESISTANT GYPSUM BOARD.
PAINT FINISH NOTES: 1. PATCH ALL WALLS, CEILINGS, ETC. AS REQ'D ANDPAINT ENTIRE APARTMENT. 2. ALL CEILINGS TO BE PAINTED WITH 2 COATS MINIMUMOF OTHERWISE NOTED.
, FLAT FINISH, UNLESS
3. ALL WALLS TO BE PAINTED WITH 2 COATS MINIMUMOF UNLESS OTHERWISE NOTED.
, EGGSHELL FINISH,
4. ALL DOORS, DOOR FRAMES ANDTRIMS TO BE PAINTED WITH 2 COATS MINIMUMOF , SEMI-GLOSS, UNLESS OTHERWISE NOTED. N
5. ALL BASE TO BE PAINTED WITH 2 COATS MINIMUMOF OTHERWISE NOTED.
CONSTRUCTION PLAN - 10TH FLOOR
1
SCALE: 1/4"=1'-0"
Interior Elevations
2'-10"
LIGHT & AIR CALC'S: BEDROOM 1 AREA: 127.37 SF LIGHT REQ'D/PROVIDED: 6.37 SF / 38.43SF VENTILATIONREQ'D/PROVIDED:8.94 SF / 19.22 SF
ALIGN
NEW WOODFLOOR, TO MATCHEXISTING. (PROVIDE UNDERLAYMENT/ PATCH SLAB AS REQ'D).
2"
EX'G DOOR
EQ. 2
4'-7 1/4"
2"
1 5/8" 10" 1 5/8"
EX'G DOOR
EXISTING TERRACE
2"
6'-9 3/8"
NEW MILLWORKBOOKCASES, RADIATOR ENCLOSURE / CABINETS (SEE DETAIL 2/A.002), ANDBUILT-IN DESK WITH SHELVES .
2"
EQ. 1
1 5/8" 10" 1 5/8"
4 3/4"
5'-9 5/8"
2"
5'-0"
2" 3'-0"
EQ. 1
4 3/4" 1'-4"4 3/4"1'-11"4 3/4"
6'-6 1/2"
2"
1'-4"
EQ. 1
5'-0"
2'-8"X 7'-0"SCW POCKET DOOR
2"
NEW STEP TO MATCHEX'G WITH NEW STONE RISER ANDTREAD ANDNEW GRILL. (SEE DETAIL 8/A-002)
4 3/4"
4 3/4" 2'-8 5/8" 1'-2 1/2"
25'-25/8" 15'-93/8"
NEW STONE COUNTERTOP TO MATCH EXISTING COUNTERTOP AT KITCHEN.
ALIGN
FORMER UNIT 10G
W/D
NEW WINDOWSANDDOORS IN EXISTING WINDOW LOCATION(NO CHANGE TO MASONRY OPENING WIDTH). PATCH BRICK VENEER ANDPROVIDE NEW STEEL LINTEL, FLASHING, ETC. (IF NECESSARY) FOR WATER-TIGHT INSTALLATION.
PROVIDE NEW SHOWER WITH LEAD PAN BASE, NEW WALL MOUNTEDTOILET, NEW LAVATORY ANDNEW FAUCET IN NEW LOCATIONS. NEW FLOOR TILE ON THINSET OVER 1/2"CEMENTITIOUS BACKER BOARD ON NEW LATICRETE , LIQUIDAPPLIED WATERPROOF MEMBRANEON EXISTING CONCRETE SLAB. NEW WALL TILE OVER 1/2"CEMENTITIOUS BACKER BOARD, TYP. AT BATHROOMWALLS. LATICRETE HYDRO BAN WATERPROOFING TO BE APPLIED TO FULL HEIGHT OF ALL BATHTUB WALLS. CEILING ANDNON-TILEDWALLS TO BE PAINTED, 5/8"THICK MOISTURE-RESISTANT GYPSUM BOARD. (SEE 1/A-002.00 FOR SHOWER DETAIL).
MICROWAVE OVEN
REVISIONS:
NEW PORTION OF EXTERIOR WALL AT INFILLED AC UNIT: BRICK VENEER OVER 1" AIR SPACE OVER 6" CMU BLOCK, WITH FURRED GYP. BD. INTERIOR FINISH. ALIGN BOTH FACES OF WALL WITH ADJACENT FINISHED WALL. MATCH CONSTRUCTION ANDFIRE RATING OF ADJACENT EXTERIOR WALL CONSTRUCTION, ANDPROVIDE WATERPROOFING, ETC. AS REQUIRED FOR WATER-TIGHT INSTALLATION. FACE BRICK AND MORTAR TO MATCHEXISTING: REVIEW WITH ARCHITECT IN FIELD. TYP.
920 BROADWAY # 901 NY, NY 10010 T 212 . 460 . 8800 F 212 . 460 . 8900 WWW . MARKGOULDARCHITECT . COM PROJECT:
ProposedCombination and Renovationof Apts 10 A/B& 10G (10thFloor) 20 East 68thStreet NewYork, NY 10065
REVISIONS:
DRAWINGTITLE:
Construction Plan Apts10A/Band10G (10thFloor)
, SEMI-GLOSS, UNLESS
CONSULTANTS: ,
D
6. ALL BATHROOMWALLS TO BE PAINTED WITH 2 COATS MINIMUMOF SEMI-GLOSS, UNLESS OTHERWISE NOTED.
PROJECT FILE NAME:
7. EXISTING WOODFLOORS TO BE SANDED ANDREFINISHED THROUGHOUTAPARTMENT 10A/B.
MEP Engineer:
1420Arnaboldi Residence
DOOR & HARDWARE NOTES:
HRM Engineering , P.C. NYC DOB NO: 450 JerichoTurnpike Mineola,NY 11501 T.516.248.0750 F.516.248.0976
1. ALL DOORS TO BE 1 3/4"THICK, SOLID CORE,PAINTED, WOODDOORS, UNLESS OTHERWISE NOTED.
EXISTING BEDROOM 2. CONTRACTOR TO PROVIDE HINGES (STANLEY FBB191, STAINLESS STEEL) , PIVOTS (STANLEY 327, SATIN CHROME), OR POCKET DOOR HARDWARE (STANLEY PDF150N)OR APPROVED EQUAL.
EXISTING KITCHEN
LL-1
+/-7'-8"A.F.F. OR AS HIGH AS POSSIBLE
S S
7'-6 3/4"A.F.F.
10-19
7'-0"A.F.F.
SSS S
S
10-10
10-07
WM
10-07
DL-1 10-16
DL-1 10-11 DL-1 10-16
PROPOSED BATHROOM1
EXISTING UTILITY ROOM
10-06
EXISTING LIVING ROOM UP DOWN
EXISTING FOYER
10-02
CL
10A/B
7'-10"A.F.F.
WM-2 10-26
EXTEND DUCT AS REQ'D TO RELOCATE PASSIVE VENT ANDPROVIDE NEW 8" X 8" GRILL AT CEILING. TYP AT TWO (2) LOCATIONS.
PV
PROPOSED MASTER BATHROOM
(RELOCATED)
WW-1 10-27
CV-1 10-25
7'-10"A.F.F. +/-8'-6"A.F.F.
WM-2 10-26
WM-2 10-26
10-24
UP
EXISTING CLOSET
DL-2 10-03
7'-10"A.F.F. 10-01
S
VL
10-04
10-01
7'-6"A.F.F.
PL
WM WM-2 10-26
LL-1
SD
7'-7"A.F.F.
PROPOSED POWDER ROOM
DOWN S
VL
10-28
7'-3"A.F.F. +/-7'-10"A.F.F. OR AS HIGH AS POSSIBLE
10-24
7'-6 1/2"A.F.F.
10-28
7'-3 3/4"A.F.F.
7'-3 3/4"A.F.F.
PROPOSED CLOSET
S
EP
7'-10"A.F.F. OR AS HIGH AS POSSIBLE
PV (RELOCATED)
RISER "C"
PROPOSED GUEST BATHROOM
EX'G PROPOSED DEN / GUEST ROOM
PV (RELOCATED)
8'-6"A.F.F.
10-04 10-03
PROPOSED CLOSET
WM-2 10-26
SSS SS
(3)10-23 10-25 10-26 10-27 10-28
VL
7'-3"A.F.F.
10-02
SD
J
+/-7'-3"A.F.F. PROPOSED OR AS HIGH WALK IN CLOSET AS POSSIBLE
10-00
DL-2 10-12
DL-1 10-23
S S
VL 10-13
DL-1 10-23
REF
10-13
7'-3 1/2"A.F.F. DL-1 10-23
WM-2 10-26
D e si g n a n d D r a f t i n g o n Vec torW ork s Ye a r : 2 0 1 4 - 2 0 1 5
WM
PV (RELOCATED) +/-7'-10"A.F.F. DL-1 10-11 OR AS HIGH AS POSSIBLE
DL-1 10-23
EXISTING DROPPED BEAMS TO BE CONCEALED ABOVE NEW GWB CEILING, TYP. SEE DETAIL 3/A.002.
Project for Mark Gould Architect
7'-0"A.F.F.
WINE
S
PROPOSED CLOSET
DL-1 10-23
Sheet5 of 11
10-07
WM
7'-0"A.F.F.
7'-7"A.F.F.
DL-1 10-23
JM MG
S
(3)10-23
EXISTING BATHROOM
PL
7'-5"A.F.F.
17 DEC 2014 1420
DRAWNBY: CHECKED BY: DRAWINGNO:
EXISTING CLOSET
EXISTING CLOSET
RISER "B" 10-11 10-12
CL
PROPOSED CLOSET
10-07
WM
8'-5"A.F.F.
DL-1 10-05
DL-1 10-05
SD
(3)10-05 (3)10-06 10-07
S S
DL-1 10-16
10-22
DL-1 10-16
DL-1 10-05
DATE: PROJECT NO:
A-101.00 EXISTING DININGROOM
7'-5"A.F.F.
7'-10"A.F.F.
WM
10-20 DL-1 10-16
SD
S
+/-7'-8"A.F.F.
IC
7'-4"A.F.F.
7'-4"A.F.F. CL
DL-1 10-16
10-21
SS
10-21 10-22
10-08
7'-0"A.F.F.
DL-1 10-05
S S S
10-20
10-14 10-15 10-16 10-17
WW-1 10-14
DL-1 10-05
EXISTING CLOSET
8'-1"A.F.F.
PL
10-08
S
S DL-1 10-17
CL
SD
8'-5"A.F.F.
7'-4"A.F.F.
8'-5"A.F.F.
10-10
AHU-1 10-18
WM S
PROPOSED MASTER BEDROOM
DL-1 10-17
PROPOSED WALK IN CLOSET
LL-1
10-19
7'-4"A.F.F.
SHADED AREAS REPRESENT NEW GYPSUM BOARD CEILINGS. SEE DETAIL 5/A.002.
DL-1 10-15
DL-1 10-18
EXISTING CLOSET
W/D
DL-1 10-15
7'-6 3/4"A.F.F.
7'-8"A.F.F.
DL-1 10-15
EXISTING CLOSET
7'-7 1/2"A.F.F.
DL-1 10-15
7'-10"A.F.F.
DL-1 10-15
7'-6 3/4"A.F.F.
7'-10"A.F.F.
DL-1 10-15
DL-1 10-17
(3)10-06 (3)10-05
8'-5"A.F.F.
CROWN MOULDING, AS SELECTED .
SEAL:
PROPOSED BEDROOM 1 SD
EXISTING TERRACE
A.) BEDROOM & BATHROOMDOORS: PRIVACY SET . B.) CLOSET: PASSAGE OR DUMMYSET W/ MAGNETICCATCH (STANLEY CD45). C.) POCKET DOORS: RECESSED PULLS & EDGE PULLS, AS SELECTED . D.) ALL OTHERS: PASSAGE SET .
7'-8"A.F.F.
S
10-09
WM
10-09
The Arnab oldi Residenc e Interior Architecture and Design Project in NYC
3. CONTRACTOR TO INSTALL OWNER PROVIDED HARDWARE WITH THE FOLLOWINGFUNCTIONS:
7'-8"A.F.F.
WW-1 10-27
RISER "A" 10G
EXTEND DUCT AS REQ'D TO RELOCATE AND SPLIT EXISTING PASSIVE VENT. PROVIDE TWO (2) NEW 8" X 8" GRILLS AT CEILING.
NEW CEILING DOME WITH COVE LIGHTING.
Reflected Ceiling Plan
920 BROADWAY # 901 NY, NY 10010 T 212 . 460 . 8800 F 212 . 460 . 8900 WWW . MARKGOULDARCHITECT . COM PROJECT:
ProposedCombination and Renovationof Apts 10 A/B& 10G (10thFloor) 20 East 68thStreet
Professional