2019 Portfolio [20 Page Version]

Jacob Westerman

A collection of Works from My Academic Studies

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www.linkedin.com/in/jacob-westerman

Jacob Westerman

c e r l l t s o n h is th Pri di Mi d win a go od I w mme Jona rienc pha xciti rura in whic ate in t and ll fin r ade eri a r xpe ion lly e tire u f n p o r a i s o c e e O f A list of Referees and a portfolio p he e a aw m ct g en rtic m ov an ving ment ing t rkin able nstru e re f an lly pa velop the can be made available upon a o Ha ploy dur lst w valu d co n som ent o tiona de ards . request ule d em them . Whi ained gn an ork o opm a na tow signs d or ters s I g desi to w evel nt of l mo ssiste s f i de o r g s t t a tec he gh red me ar nin eer A here ris m t i H n u e h B f h s o h la P ew narc ges o e en as t furbi rch.

Es le p or cia ab . PAL chem n and dy i ta unat such e re chu wa ts UW s I n n i s a h e t c t atio r stu ch ree itec er for jects and t stori ust dul or l Te ter te degn arch a S mo supp facilit elive l ro ge, hi ead a a i n p r t i o L t d i c n a L nts Stud emi ng in and ts. ctu xe dua n, a n & den vill nifica PA i de d ite ts - E ergra Millia rvatio e resi f g i h stu esign n aca train plan tuden s c c c r d Ar ite un is M nse in th iod o yea a D is a ived es to her s g d ate Arch ng my t Harr s in Co y with y per o learn ard. an rnin s rece hniqu or ot u d t a ti m n nl nd se Lea dent g tec ons f Gra Milla omple work eciali re mai uring tunity IM sta chieve e into i r o stu chin sess p d c c t B a u M pon yed ich s itect tors, oppo onal ces i r hous tally coa port U plo wh rch sec he p ssi ien no igi ng su em ctice aus a tical ned t profe xper y ma for d undi of le n r s i a r a a a H tra p siv lesi I g t ble e entu sible surro atio s a i g Pas ecc ment rking nota 6th c spon the form Ma & d n a an ploy d wo most g a 1 g re h and site i e r ent n au em hiCa f the ertin bei hurc equi the r d st - L onm Arc e o conv l, an oric c the Po ne of o r y n i m o t e m , o my ila nv So lude cho his vid ake ilano ring ticii M uilt E t r inc oga s ng an o pro d de di M e, du par ilion t o B un a y delli phy ject. nic ure: to nico ectur ies to a Pav n c e h c mo ogra e pro n sig d lit ct ug te hit nit no t Poli f arc ortu desig al de d an Po hite s top entir e r e n e an de r Arc erior tunat dies, a ools ohe oppand to rnatio embl k, a ure, Lea istol umme t for Stu sch d t ial, nte eass ee ect nd n s I i n s u g W r it r n te as te I w dua eadin gran Bien no an later cture l arch ll aro rsio F) – Bporary u a l a s e s a e r a c s l t c a a n i i i E G rld I w en x t m w ch tio rom M s E st ( a te ool ges nce te wo dies he V lone vilion n Ar erna cts f na perie o di itie n Fir d for ge sch ld’s lar t a int e a l u r u a i v s t t n i a r p o i s ei x hit ic e t M o s at uori d , the f the rate s arc lan ge yewas fo ty to e litecn bility f Ac cati ploy angua e wor i p n u b f l M u m h o o o an es I tuni e Po ic a ha di for ibiti part cele stigi Ed was e EF a l e of t ders. y on ovi co exch Studi ppor r at th cademe than ge I xh as hich pre i b e n s r d o f w ts job ich i on p tec S – r o he yea g a or gua he use tival ttrac oli SMU rd yea eive t for a stratin year m, a lan ior to t p a s ha . wh cati e P f u i c r d n n e ic lo ld e A h ed wh wor ER n my t h to r abroa demoring th n Italiage of po deve Italian e i ed e t g ing gh I h u t e t u h D l h o l en tudy throu rior. taug now n ab ear. T reat , s of ano, ars p was ing k s soo the y ut a g n the eory l Mi he ye urse work t I wa out m p nd o gn th e i o l t in he c d no r bu rough syst ups a f des nica E) a t UW of t I ha e ye ty th ation gro ion o tech ( n i nd I – tha hang abil educ ing i licat l and gla RTP xc king ral ork app rica e n w r tu d to fE g– me e wo hitec is on g an g his st o nnin c has din ron ram niqu r e g a u p ro st an e W Pla a em derst ith a e p d a ilt f th re & gre ceive e bu velop d n w . o e u ng ge ity tectu rt 1 ited d K I re s of th to de licy an lo wled s a r d U o hi pa cre e ale ow po s to ive kn Un s) Arc ARB dual th in thicro sc arnt h nning nciple the e i r e Th hon rt 1– yea ed 6 nd m es I l of pla al pr d by k 4 ( e Ba A pa on a ly ran acro a studi ledge eoreticcredit y t g c B About Me r RI dyin urren the m ing m know nd th e is a Yea r I grew up in the small rural town of Stu t is c n in , dur king ical a egre 1 a o e s tha cati ment wor echn he d Barnstaple in Devon, where I developed a u T ork d 3 Y rs ed iron lan, a ion, t n. – W fascination with artisan crafts which later r a s a v rp tat g o e c i n i t s Y e ste en r c rch or grew into an interest into the interactions a de e l a e V a t m A tra m le tur 5 Y rs p within the built environment and more s im hitec llu esign 7 Yea rs I c specifically architecture, which I later went r a d a D e In on to study. s 7Y CA

Curriculum Vitae

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r g to Yea rs Au akin 7 ea l M iling de 5 Y ars a Mo l Det hop Ye ica otoS up 4 Year h Ph etch o 3 rap r lG Sk rePr 1 Yea r a u e n er Yea mi Ma Pre hoppder 1 ss en Gra Bl & ino Rh

During the day I can often be seen drinking a strong coffee namely an espresso, a love affair which ignited whilst I was studying in Italy, this was a period which enabled myself to enjoy an even greater awareness of the arts and philosophy than I previously held and a desire to learn more about.

I admire the works of Alvaro Siza, Alvar Aalto, Carlos Scarpe, Peter Zumthor, and Herman Herzberger, what I find most interesting about these architects in particular, is their respective approaches to design, the craft that they place upon their architecture, and the ways in which they respond to contextual issues.

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Index

A collection of Works from My Masters Degree

1// Design Studio ...............................................................................................................P 6 2// Interior Design Studio....................................................................................................P 8 3// Landscape Design Studio ...........................................................................................P 10 4// Technical Design Studio ..............................................................................................P 12 5// Parametric Design Studio ............................................................................................P 14 6// MIAW .........................................................................................................................P 16 7 // Undergraduate Works................................................................................................P 18

PRECEDENTS VERTICAL CITY, ROTTERDAM by OMA 21,6 %

43,9 %

72,000 m2

HOTEL

1,2 %

COMMON AREA

16 %

BEIRUT TERRACES, BEIRUT by Herzog & de Meuron

35,000 m2

OFFICES

15,5 %

2,3 %

BEURSTRAVERSE ARCADE, ROTTERDAM by CIE ARCHITECTS

HOUSING

19,000 m2

2,000 m2

CAR PARK 25,000 m2 RETAIL 6,000 m2 OTHERS 1,000 m 2

TOTAL 160,000 m2

SOURCE: CIE

CONCEPT DIAGRAMS Proposed Shopping Mall

1/1000 MASTERPLAN

EXPO site

D

Existing Industrial Zone

Proposed Primary School

A

A’

B

Circulation Core Studio Apartments 45 m2 Two Room Apartments 60 m2

B’

Three Room Apartments 90 m2 Four Room Apartments 120 m2

C

In every 5 floors, - 1 Studio - 9 Two Room Ap. - 7 Three Room Ap. - 2 Four Room Ap.

Every 5 storey Modules rotated 90° - Studios 5% - Two Room Ap. 45% - Three Room Ap. 40% - Four Room Ap. 10 %

C’

D’

In 15 storey tower, 57 dwellings; - 3 Studios - 27 Two Room Ap. - 21 Three Room Ap. - 6 Four Room Ap. / 3 Duplex

0

20

40

60

1/1000 SITE SECTIONS SECTION AA’

SECTION BB’ SECTION CC’

SECTION DD’

Politecnico di Milano_ Scuola di Architettura Urbanistica e Ingegneria delle Costruzioni Corso di Architettura - Ambiente Costruito - Interni A.Y. 2017-2018

Architectural Design Studio 1

Professors: Matteo Poli, Mina Akhavan, Matteo Moscatelli Tutors: Alessandro Raffa, Celeste Calzolari and Riccardo Radaelli

VERTICAL VILLAGE

Fulya Esmer _ 10594977 Jad El Hayek_10593611 Serra Ünal _ 10594192 Jacob Westerman _ 10502591

Group Delivery

4 4

19 February 2018

communal roof terrace

Floor 9, Plan

cafes industrial vehicular access

offices

Floor 12, Plan

Floor 10, Plan

Longitudinal Section AA’`

6

North Elevation

North Elevation

East Elevation

1:200

East Elevation

1:200

GSEducationalVersion

GSEducationalVersion

West Elevation

West Elevation

South Elevation

1:200

South Elevation

1:200

GSEducationalVersion

GSEducationalVersion

North Elevation Analysis

East Elevation Analysis

West Elevation Analysis

South Elevation Analysis

Floor 13, Plan

community centre Roof Terrace Plan AA’

industrial unit

BB’

BB’

AA’

Ground Floor Plan

Transversal Section BB’

7

B

A

A co-working space B jazz bar Axonometry Roof

Roof

B

C

A

3

1

4

2 5

A sound record studio 1 main perform place 2 viewing place 3 isolate room l

Second Floor

4 isolate room ll 5 isolate room lll B jazz bar C movable performance stage Axonometry Second Floor

2

3

1

Measures

Measures

Measures

First Floor

1 shared apartment for visiting guests/ musicians 2 instrument shop 3 children theatre Axonometry First Floor

2

3

3 3 4

5 2

Basement & Ground Floor

1

1 theatre 2 technical room (sound and light) 3 bathroom

4

4 bar 5 closet/info, ticket desk Axonometry Ground Floor

6

3

9

5

2

On the first floor there is the temporary dwelling for the visiting musicians. With steel frame and aqual panels, we create a series of wall for the dwelling and at the same time removed the existing windows, as a result,outside the dwelling it becomes a loggia that provide leisure yet semi- private space for the visitors.

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On the second floor, there is a sound recording studio connected to the dwelling, with the same method as the dwelling, we created loggia surround the recording studio.

Eventually reach the roof top, we have a co-working space also connect directly by the spiral staircase from the dwelling, provide convinience and privacy for the peopel that stay in the dwelling to work comfortably.

7 8

5

6

Our main design strategy starts with inserting different organic shapes into the existing structures, and give them new functions. As we can see in the diagram above, which illustrate the design strategies on the right wing of building. In the basement and ground floor, there is a theatre which surrounded with new translucent glass panel wall, the curved organic shape free the existing strcuture from being touched, at the same time give the rigid historical building a new form.

8 1

At last, our design aim is to keep the existing structure and insert new forms and functions into the building. The adaption of organic curved forms not only emphasize our aim to distinguish the new functions and shape into the exisiting building, but also provide interesting experience of space inside the rigid and symmetrical building. We hope that every visitor that enter this building can enjoy different special moments from concert, dining, living to shopping.

1

1&4

6 6

1

Politecnico di Milano, Scuola di Architettura Urbanistica Ingegneria delle Costruzioni Master Degree in Architecture, Built Environment, Interiors, A.A. 2017/2018

Architecture of Interiors Design Studio

Prof. Marta Averna and Luana Filogamo, with Edvige Casu, Claudia Deplano 1 waiting area

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2 changing room for women 3 changing room for men 4 storage 5 practice room 6 make-up room 7 lockers

UPGRADING

Colonia Montana di NAME OF YOUR BUILDING TITLE OF THE PLATE AND SCALE OF DRAWINGS

8 bathroom 9 kitchen Axonometry Basement Floor

Yun-Yu Liu 10464260 - Federica Ponticelli 10456758 - Jacob Westerman 10502591

B

B

B3

C1

C1 B2

3

3

+1.5m

B1

B1

B1

B1

B1

B1

B1

B1

B1

B2

+1m

B1

B1

B1

A

+ 0.5m

+0 m

B2 B1 B2

- 0.25m

5

B1

- 0.5m B2

- 0.75m

1

B2

B3

C2

B3

element code C1

material

type

dimension

steel

square hollow section

300mm x 300mm

C2

steel

circular hollow section

Ă˜=125 mm

B1

steel

IPE 160

b=82 h=160

IPE 600

b= 220 h=600

B2

steel

2 1 theatre 2 technical room (sound and light)

B3

3 bathroom 5 closet/info, ticket desk Plan Ground Floor scale 1:50

Structural Plan Ground Floor scale 1:50

Plan Ground Floor scale 1:50

B

B

B

C1

8

8

4

A

References

1

6

C2

element code C1

material

type

Our main design strategy starts with inserting different organic shapes into the existing structures. In the basement and ground floor, there is a theatre which surrounded with new translucent glass panel wall, the curved organic shape free the existing strcuture from being touched, at the same time give the rigid historical building a new form.

dimension

steel

square hollow section

300mm x 300mm

C2

steel

circular hollow section

Ă˜=125 mm

B1

steel

IPE 160

b=82 h=160

B2

steel

IPE 600

b= 220 h=600

1&4

1 waiting area 4 storage 6 make-up room 8 bathroom Plan Basement Floor scale 1:50

Plan Basement Floor scale 1:50

There are two levels of seats for the audiences. One entrance is from the basement, which can be reached by lift or stairs. When visitors reaching the basement through the stairs or lift, they arrive at another beginning of the curve, which will lead them to the entrance of the theatre. The other entrance is on the ground floor, which close to the closet and bar in the lobby of the ground floor. Both floors have bathrooms for the visitors. There are also closet on the ground floor.

The translucent curved glass wall covered the whole theatre, create semi-luscent space for the theatre. The space between the new wall and the existing wall become storage and circulation space for the staff.

B Politecnico di Milano, Scuola di Architettura Urbanistica Ingegneria delle Costruzioni Master Degree in Architecture, Built Environment, Interiors, A.A. 2017/2018

Architecture of Interiors Design Studio

Prof. Marta Averna and Luana Filogamo, with Edvige Casu, Claudia Deplano

9

UPGRADING

Colonia Montana di NAME OF YOUR BUILDING TITLE OF THE PLATE AND SCALE OF DRAWINGS Yun-Yu Liu 10464260 - Federica Ponticelli 10456758 - Jacob Westerman 10502591

at 2-5 years

Approx Max Height: 12m Approx Max Coverage: 8m

at 20-50 years

Au gu st Se pt em be r Oc to be r No ve m be r De ce m be r

Ju ly

ay

Ju ne

Acer Davidii

Cercis Siliquastrum

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20

The current topographic status of the plot before

Intervention by applying sunken playgrounds and basketball courts that are an extension to existing Garden Park Concept Axonometric nearby sports facilities

intervention Hill Park Concept Axonometric

Sunken court days and sto

Full Maturity at 10-20 years

Full Maturity at 20-50 years

Cercis Siliquastrum

Approx Max Height: 12m Approx Max Coverage: 8m

50

50

Trees

Full Maturity at 5-10 years

50

20

50

at 20-50 years

Full Maturity at 5-10 years

Magnolia 'Atlas'

Approx Max Height: 12m Approx Max Coverage: 8m 10

10

Maturity 20 00 Full10

Master Plan 1:1500

Full Maturity at 20-50 years

Approx Max Height: 12m Approx Max Coverage: 4m

00

00

Sculpture Garden Canopy Plan 1:500

Full Maturity at 5-10 years

Ilex × Altaclerensis

10

Full Maturity at 50 years

Full Maturity at 10-20 years

Approx Max Height: 12m Approx Max Coverage: 8m

00

Full Maturity at 20-50 years

Full Maturity at 5-10 years

Quercus Dentata

Approx Max Height: 12m Approx Max Coverage: 8m

01 Longitudinal Section 1:1500

Sport & Hill Park Canopy Plan 1:500

Full Maturity at 20-50 years

Approx Max Height: 12m Approx Max Coverage: 8m

Sculpture Garden Canopy Plan 1:500

Full Maturity at 20-50 years

Approx Max Height: 12m Approx Max Coverage: 8m

M

Ap r il

ua ry Fe bu ar y M ar ch

Malus × Moerlandsii

Trees shall be used not only to accentuate the beautification of the public spaces, but to also reduce local noise pollution and rainwater runoff, by massing the majority of the trees outside of the flood zone, the aim is to reduce the rate and the quantity of surface water entering into the Naviglio and the River, thus reducing the flood risk to the overall neighborhood.

Full Maturity at 20-50 years

Full Maturity at 5-10 years

+4.00m +0.00m

Full Maturity at 5-10 years

Approx Max Height: 12m Approx Max Coverage: 4m

+0.00m

A new permeable pedestrian and cycle route will be centrally location to enable and to encourage local residents to circulate through the new public space, the

Full Maturity at 5-10 years

The current topographic status of the plot before intervention

-1.20m

The current topographic status the before path will connect existing nodes toof each andplot residential intervention

Intervention by digging our the natural soil to create natural water basins Sunken courts act as rainwater collectors in rainy days and stores the water collected for future use

the cycle network. The hard surface shall Intervention by to applying sunken playgrounds and Pedestrian & buildings be permeable to permit the percolation of rainwater basketball courts that are an extension to existing to the ground.

Cycle Routes through

nearby sports facilities

Piling the soil t hills, thus, allow rainy days

8

Rhododendron Arboreum

21

33

Full Maturity at 5-10 years

01 Longitudinal Section 1:1500 Full Maturity

31

at 10 -20 years

Full Maturity at 20-50 years

Allotments

30

Acer campestre

Approx Max Height: 12m < Approx Max Coverage: 8m

Hills 26

27

28

29

30

32

20

Betula pendula 'Youngii

Full Maturity at 20-50 years

Betula pendula 'Youngii

Approx Max Height 8m Approx Max Coverage: 8m

Full Maturity at 2-5 years

Populus alba

Sculpture Garden Ground Plan 1:500 00 Sport & Hill Park Canopy Plan 1:500

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Full Maturity at 50< years

The current topographic status of the plot before intervention

Full Maturity at 2-5 years

Approx Max Height: 12m 20 50 Approx Max Coverage: 8m

Full Maturity at 20-50 years

20

Water Basins

11

Approx Max Height 8m Approx Max Coverage: 8m

Public sport and recreation facilities will be located in sunken spaces, with tier seating Sunken courts act as rainwater collectors in rainy all around for spectators and days and stores the water collected forgatherings. future The usesports social facilitiessoil will to act as a giant Intervention by digging our the natural sustainable urban drainage create natural water basins system to collect rainwater during heavy downpours.

Intervention by applying sunken playgrounds and basketball courts that are an extension to existing nearby sports facilities status of the plot before The current topographic intervention

Dramatic topographical sculptural Hill Park Detail 1:200 landscape design features, will be used as flood barriers in a areas that are at flood risk, thecommunity hill will be createdgardens out of the The ground dug to form the basins.

re-imagine what used to be scattered private The community gardens re-imagine Water Ditch gardening offering what usedspaces, to be scattered private a designed of landa designed gardening peice spaces, offering for everyone to grow fruitsto grow piece of land everyone Piling the soilfor that has been taken out to create andfruits vegetables Water Basins and vegetables hills, thus, allowing the basins to collect water on rainy days

9

Sport & Hill Park Ground Plan 1:500 Full Maturity at 2-5 years

Cyclamen 'Sierra Pink’

Approx Max Height: 0.5m Approx Max Coverage: 0.5m

ture Park Grid Analysis

Full Maturity

Approx Max Height: 0.1m Animating the grid by replacing the trees with gravel that would serve as a mat for sculpture Approx Max Coverage: display 0.1m

Further alternation of th grid is applied by replacing trees with flowers that bloom in winter which make the trees act as homogenous background that brings out the sculptures

create natural water basins

A Lido filled with river water that has been naturally purified through a filtration system reliant on plant species. The pool will act a flood plain in the event of a major flood.

Cyclamen alpinum 01 Sculpture Garden Cross Section 1:200 Pedestrian & Cycle Routes

Sport Park Vegetation

Piling the soil that has been taken out to create hills, thus, allowing the basins to collect water on

rainy days Master Plan Analysis

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

A typical system of water irrigation seen in the Lombardy region, the system relies heavily on the naturally warm Lombardy water which never freezes.

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

osen stone for the ding gravel erona Bianco hosen stonewith forathe on binding range of gravel elf found at Granulati Verona Bianco with a bio.v ension range of m found at Granulati obbio.

A common sustainable urban drainage system, which collects rain water in large topographical basins to, and then allowed to naturally feed the local plant life.

Trees shall be used not only to accentuate the beautification of the public spaces, but to also reduce local noise pollution and rainwater runoff, by massing the majority of the trees outside of the flood zone, the aim is to reduce the rate and the quantity of surface water entering into the Naviglio and the River, thus The current topographic statusTrees of the plot before reducing the flood risk to the overall Intervention neighborhood. by digging our the natural soil to

intervention

Cyclamen 'Miracle White'

ny use

11

Sculpture Garden Ground Plan 1:500 01 Sculpture Garden Cross Section 1:200at 2-5 years

Full Maturity at 2-5 years

Cyclamen alpinum

ees arranged in a grid that is derived from e urban linearity and geometry of the rounding urban fabric

Biopiscina

29

Full Maturity at 2-5 years

Low Vegetation

Allotments are a semi-private garden in an urban zone that lacks private external space.

The allotments shall be located on a flood plan that cannot be built upon.

Hill Park Diagrammatic Formation

Full Maturity at 2-5 years

Garden Park Detail 1:200

SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRU MASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTER

Intervention by applying sunken playgrounds an basketball courts that are an extension to existin nearby sports facilities

The current topographic status of the plot before intervention

A new permeable pedestrian and cycle route will be centrally location to enable and to encourage local residents to circulate through the new public space, the path will connect existing nodes to each and residential buildings to the cycle network. The hard surface shall be permeable to permit the percolation of rainwater through to the ground.

Sport Park Diagrammatic Formation

Shared Master plan 1:6000 Sport & Hill Park Ground Plan 1:500

n

Trees arranged in a grid that is derived from Further alternation of th grid is applied by replacing trees the urban linearity and geometry of the 00 10 with flowers that20bloom in winter50which make the trees act surrounding urban fabric Sculpture Garden Concept Axonometric 02 Sculpture Garden as homogenous background that brings out the sculptures Sculpture Park Grid Analysis

Hill & Garden Park Canopy Plan 1:500

n Island Concept Axonometric bounded gravel, is a meable nd surface, which r is NGINEERING ndant on stones Y. 2017/2018

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

ounded gravel, is a ble surface, which color The current topographic status of the plot before ent on stones used. intervention Sport Park Diagrammatic Formation

10611317 10604157 10409429 10502591

Intervention by applying sunken playgrounds and basketball courts that are an extension to existing nearby sports facilities

Key Plan

Group

Board

05

04

Allotments Animating the grid by replacing the trees with 00 01 Hill Garden Cross Section 1:200 gravel that would serve as a mat for sculpture Hills display

Further alternation of th grid is applied by replacing trees with flowers that20bloom in winter which make the trees act as homogenous background that brings out the sculptures

01

Allotments are a semi-private garden in an urban zone that lacks private external space.

The allotments shall be located on a flood plan that cannot be built upon.

01

Water Basins

Ceppo Paving

Ø 140

Self-Binding Gravel Verona Bianco

Public sport and recreation facilities will be located in sunken spaces, with tier seating all around for spectators and social gatherings. The sports facilities will act as a giant sustainable urban drainage system to collect rainwater during heavy downpours.

Resin Bound Gravel

1415

10

02

Sunken courts act as rainwater collectors in rainy days and stores the water collected for future use 01 Sport Garden Cross Section 1:200

05

Dramatic topographical sculptural landscape design features, will be used as flood barriers in a areas that are at flood risk, the hill will be created out of the ground dug to form the basins.

Water Ditch

Biopiscina

Water Basins

Ø 76

A common sustainable urban drainage system, which collects rain water in large topographical basins to, and then allowed to naturally feed the local plant life.

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Ja

Trees

be r No ve m be r De ce m be r

Hill & Garden Park Ground Plan 1:500

Populus alba

Site Lighting Element 1:30

02 Sport Park

Salix alba 'Tristis'

Approx Max Height: 12m Approx Max Coverage: 8m

r

r r

be

No ve m

t

m be

us

to be

h

ua ry

nu ary

De

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M

Ap ri

arc

M

Fe b

Board

04

Cupressus macrocarpa

Sport Park Plan Detail 1:200

Cupressus sempervirens

Prunus laurocerasus

Approx Max Height: 1m Approx Max Coverage: 1.5m

Cyclamen 'Sierra Pink’

Acer campestre

Full Maturity at 10 -20 years

Full Maturity at 20-50 years

Quercus ilex

Full Maturity at 2-5 years

Low Vegetation

Cyclamen alpinum

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Cyclamen 'Miracle White'

Cyclamen alpinum

Cyclamen alpinum

Grass

Full Maturity at 2-5 years

Cyclamen 'Miracle White'

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Full Maturity at 20-50 years

Approx Max Height: 12m < Approx Max Coverage: 8m

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Cyclamen alpinum

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Grass Lolium multiflorum

Lolium multiflorum

Hill Park Vegetation

Garden Park Vegetation

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

10611317 10604157 10409429 10502591

Key Plan Group

Board

05

06

01

01

MASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y

Charles Barakat 10611317 Cort Widlowski 10604157 Emi Karemani 10409429 SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING Jacob Westerman 10502591 MASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018

Group

05 Site Lighting Element 1:30

Full Maturity at 5-10 years

Approx Max Height: 12m Approx Max Coverage: 4m

Approx Max Height: 12m <

at 5-10 years

Approx Max Height: 0.5m Approx Max Coverage: 0.5m

SCHOOL OF ARCHITECTURE Piazza Concept AxonometricURBAN PLANNING CONSTRUCTION E

Full Maturity Sport Park Concept Axonometric at 10-20 years

Approx Max Coverage: 8m SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING Betula pendula 'Youngii Approx Max Height 8m MASTER Full INMaturity ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018 Approx Max Coverage: 8m

Low Vegetation

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

Full Maturity at 5-10 years

Approx Max Height: 12m Approx Max Coverage: 8m

Rhododendron Arboreum

Full Maturity at 20-50 years

Approx Max Height: 12m Approx Max Coverage: 1m

Key Plan

Full Maturity at 50 years

ARCHITECTURAL THEMATIC STUDIOFull Maturity 02 at 20-50 years Professor: C. Fontana - R. Renzo - G. Garrone

Salix Cinerea

Approx Max Height: 12m Approx Max Coverage: 4m

Full Maturity at 20-50 years

Approx Max Height: 12m Approx Max Coverage: 2.5m

Cupressus sempervirens

Approx Max Height: 12m Approx Max Coverage: 4m

Ilex × Altaclerensis

Full Maturity at 10-20 years

Approx Max Height: 8m Approx Max Coverage: 4m

01

Approx Max Height: 12m Approx Max Coverage: 8m

Chamaecyparis Obtusa

04 Gar

Sculpture Garden Concept Axonometric

Full Maturity at 20-50 years

02

Master PlanQuercus Analysis Dentata

05

03 Hill Park

01

Approx Max Height: 8m seatings around sunken courts 05Approx Max Coverage: 8m 05 thearound tiered seatings the sunken courts

Trees 10611317 SCHOOL OF ARCHITECTURE URBAN PLANNINGGroup CONSTRUCTION ENGINEERING Populus alba 10604157 Full Maturity Approx Max Height: 12m MASTER IN ARCHITECTUREBUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018 at 20-50 years Approx Max Coverage: 8m 10409429 Populus tremula 'Erecta' Full Maturity Approx Max Height: 12m 10502591 at 10-20 years Approx Max Coverage: 4m

Ja

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

Full Maturity at 10-20 years

Key Plan

cross-section detail that that passes through the tiered GreenA Island Group Axonometric Board A cross-section detail passes through Laburnum × Watereri 02 Concept Sculpture Garden

10611317 10604157 10409429 10502591

be r

Professor: C. Fontana - R. Renzo - G. Garrone

ce m

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

ARCHITECTURAL THEMATIC STUDIO Sculpture Garden Concept Axonometric

1:200

A Lido filled with river water that has been naturally purified through a filtration system reliant on plant species. The pool will act a flood plain in the event of a major flood.

Full Maturity at 20-50 years

Approx Max Height: 12m Approx Max Coverage: 8m

Sport Park Concept Axonometric

A typical system of water irrigation seen in the Lombardy region, the system relies heavily on the naturally warm Lombardy water which never freezes.

01 04

03 01

10

02

02

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

Charles B Cort Wid Emi Karem Jacob We

20 Blow up detail of the filter wall edge with wall the reeds Blow up detail of the filter to filter edge withused the reeds usedthe to water fromfrom thethe filter the coming water coming the MartesanaMartesana and the gateand placed at gate placed atthe thepool extreme the extreme edge of edge of the pool

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01 The proposed piscina site is currently a flood plain for the Lambro River. Purposefully filling the site with clean water from Naviglio Martesana allows for the creation of an outdoor entertainment Full Maturity venue.

02 By raising and lowering the topography of the site, more water can be contained within the flood plain.

at 20-50 years

Full Maturity at 10-20 years

Full Maturity at 20-50 years Sunken courts act as rainwater collectors in rainy days and stores the water collected for future use Full Maturity at 20-50 years 01 The proposed piscina site is currently a flood plain for the Lambro River. Purposefully filling the site with clean water from Naviglio Martesana allows for the creation of an outdoor entertainment venue.

WEEDSand AND REEDS FOR FILTERING Weeds Reeds for Filtering

The chosen stone for the Full Maturity binding atself 20-50 yearsgravel

isThe the Verona Bianco chosen stonewith forathe 03 dimension range of gravel the self binding The addition of a natural piscina, cleans the water,with a 1/4mm at Granulati isMaturity the found Verona Bianco Full allowing a safe environment for entertainment dimmension range of atZandobbio.v 20-50 years and education. During high flood periods, gates 1/4mm found at Granulati connecting both Martesana and the Lambro River Zandobbio. can be adjusted to maximize water storage

Gate GATEControl CONTROL

RAMMED EARTH SET 45 DEGREES Rammed Earth Set at 45AT Degrees GATE Gate

Full Maturity at 20-50 years +2.50m

+2.50m

FILTRATION DEVICE Filtration Device

+0.00m -2.00m

Full Maturity at 20-50 years

Hill & Garden Park Canopy Plan 1:500

bounded gravel, is a FullResin Maturity pearmeable at 50 years ground surface, which colour is dependant on stones SCHOOL OF ARCHITECTURE URBAN Full Maturity 05 used.

Revitalizing the existing Martesana addition of aIN ARCHITECTURE- BUILT at 20-50 years trail and the MASTER

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+0.00m -2.00m

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-3.50m

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Graveled InletINLET Area AREA GRAVELED Verona Bianco VERONA BIANCO 00 10 Stones 20STONES Sport & Hill Park Canopy Plan 1:500 Nominal Dimensions of NOM DIMENSIONS OFStone STONE 12/15mm mm 12/5

Piling the soil that has been taken out toFull create Maturity hills, thus, allowing the basins to collect water at 20-50on years rainy days

-5.50m

01 The proposed piscina site is currently a flood plain for the Lambro 01 Purposefully filling the site with clean water from Naviglio River.

The proposed is currently a flood plain for the Lambro Martesana allows piscina for the site creation of an outdoor entertainment River. Purposefully filling the site with clean water from Naviglio venue.

Martesana allows for the creation of an outdoor entertainment venue.

50

20

50

PLANNING CONSTRUCTION ENGINEERING ENVIRONMENT INTERIORS- A.Y. 2017/2018

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

99

Biopiscina Concept Axonometric

Biopiscina Foliage Plan 1:500

00

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04 A raised resilient boardwalk allows pedestrians to 04 all sides of the piscina throughout the year access A raised resilient boardwalk allows pedestrians to access all sides of the piscina throughout the year

05 Revitalizing the existing Martesana trail and the addition of a tram route increase accessibility to the site Biopiscina Diagrammatic Formation

01 The proposed piscina site is currently a flood plain for the Lambro River. Purposefully filling the site with clean water from Naviglio Martesana allows for the creation of an outdoor entertainment venue.

84

Full Maturity at 5-10 years

04 A raised resilient boardwalk allows p access all sides of the piscina through

Biopiscina Ground Plan 1:500 03 The addition of a natural piscina, cleans the water, 03 a safe environment for entertainment allowing addition During of a natural piscina, cleans gates the water, andThe education. high flood periods, allowing both a safeMartesana environment connecting andfor theentertainment Lambro River highwater floodstorage periods, gates canand be education. adjusted to During maximize connecting both Martesana and the Lambro River can be adjusted to maximize water storage

02 By raising and lowering the topography of the site, more water can be contained within the flood plain.

86/10

96

Full Maturity at 20-50 years

03 The addition of a natural piscina, cleans the water, allowing a safe environment for entertainment and education. During high flood periods, gates connecting both Martesana and the Lambro River can be adjusted to maximize water storage

10611317 10604157 10409429 10502591

50 01 The proposed piscina site is currently a flood plain for the Lambro River. Purposefully filling the site with clean water from Naviglio Martesana allows for the creation of an outdoor entertainment venue.

dependent on stones used.

Full Maturity at 20-50 years

02 By raising and lowering the topography of the site, 02 water can be contained within the flood plain. more By raising and lowering the topography of the site, more water can be contained within the flood plain.

03 Biopiscina Aerial

tram route increase accessibility to thegravel, site is a Resin bounded

permeable Full Maturity Biopiscina Diagrammatic Formation ground surface, which color atis10-20 years

02 By raising and lowering the topograp more water can be contained within

04 A raised resilient boardwalk allows pedestrians to access all sides of the piscina throughout the year

Biopiscina Concept Axonometric

02 By raising and lowering the topography of the site, more water can be contained within the flood plain.

54

90

Full Maturity at 10 -20 years

02 Biopiscina EW Section 1:200 88

02 Biopiscina EW Section 1:200

03 The addition of a natural piscina, cleans the water, allowing a safe environment for entertainment and education. During high flood periods, gates connecting both Martesana and the Lambro River can be adjusted to maximize water storage

Full Maturity at 20-50 years

05 Revitalizing the existing Martesana trail and the addition of a 05route increase accessibility to the site tram Revitalizing the existing Martesana trail and the addition of a tram route increase accessibility to the site Biopiscina Diagrammatic Formation

04 A raised resilient boardwalk allows pedestrians to access all sides of the piscina throughout the year

Biopiscina Concept Axonometric

Biopiscina Diagrammatic Formation

Biopiscina Foliage Plan 1:500

Biopiscina Concept Axonometric

00

Biopiscina Foliage Plan 1:500

10 00

20 10

50 20

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PROPOSED TRAM STOPS

Full Maturity at 50< years

PROPOSED TOWER RESIDENTIAL PROJECT A

Full Maturity at 2-5 years

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PROPOSED CONTINUATION OF THE PARK

Populus alba

Full Maturity at 20-50 years

Approx Max Height: 12m

Populus alba WEEDSand AND REEDS FOR FILTERING Weeds Reeds for Filtering

Approx Max Height: 12m Approx Max Coverage: 8m

Gate GATEControl CONTROL

Self-Binding Gravel Verona Bianco

RAMMED EARTH SET 45 DEGREES Cupressus macrocarpa Rammed Earth Set at 45AT Degrees Approx Max Height: 8m GATE Gate Approx Max Coverage: 4m

01 Biopiscina NS Section 1:200

00

05

Ø 76

Approx Max Height: 12m Approx Max Coverage: 1m

Biopiscina Plan Detail 1:200

03 Biopiscina Aerial

Low Vegetation

SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING MASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTERIORSA.Y. 2017/2018 Cyclamen 'Sierra Pink’

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

tion detail that that passes through the tiered ection detail passes through ound thearound sunken courts atings the sunken courts

Approx Max Height: 12m Approx Max Coverage: 4m

WEEDSand AND REEDS FOR FILTERING Weeds Reeds for Filtering

Full Maturity at 2-5 years

Gate GATEControl CONTROL

Pixel treatment of the Pixel treatment of tiles theFull main piazza theintiles inMaturity the main

Cyclamen 'Miracle White'

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

RAMMED EARTH SET 45 DEGREES Gate GATEControl CONTROL Rammed Earth Set at 45AT Degrees GATE Gate RAMMED EARTH SET 45 DEGREES Rammed Earth Set at 45AT Degrees FILTRATION DEVICE GATEDevice Gate Filtration

Approx Max Height: 12m Approx Max Coverage: 4m

Full Maturity at 10 -20 years

03 Biopiscina Aerial 03 Biopiscina Aerial

Betula pendula 'Youngii SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING MASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018 SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING MASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018

Charles Barakat 10611317 Cort Widlowski 10604157 Emi Karemani Quercus ilex 10409429 Approx Max Height: 12m < 10502591 Jacob Westerman

05

FILTRATION DEVICE Filtration Device

F ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING 04 Garden Park N ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018

CONSTRUCTION ENGINEERING ENT INTERIORS- A.Y. 2017/2018

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

ARCHITECTURAL THEMATIC STUDIO HillDetail Park Vegetation 1:200 Professor: C. Fontana Piazza - R. RenzoPaving - G. Garrone

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

Cort Widlowski Emi Karemani Jacob Westerman

Charles Barakat Cort Widlowski 10611317 Emi Karemani 10604157 Jacob Westerman

10409429 10502591

Group

10604157 10409429 10502591

Approx Max Coverage: 8m

10611317 10604157 10409429 10502591

Group

Group

05

Board

05

03

Full Maturity at 2-5 years

01

Charles Barakat Cort Widlowski Emi Karemani Jacob Westerman

10611317 10604157 10409429 10502591

Biopiscin

02 01

Key Plan

Key Plan The chosen stone for the The chosen stone for the self binding gravel01 isThe the Verona Bianco chosen stonewith forathe isThe the Verona Bianco chosen stonewith forathe range of gravel the self binding dimension range of graveldimension the self binding 1/4mm found at Granulati is the Verona Bianco with a 1/4mm at Granulati is the found Verona Bianco with a Zandobbio.v Zandobbio.v dimmension range of dimmension range of 1/4mm found at Granulati 1/4mm found at Granulati Zandobbio.

Zandobbio.

06 Board self binding gravel

05

Professor:

Full Maturity at 2-5 years

Board

Proposal Site Summer Solstice Analysis

05

07

Full Maturity at 2-5 years

Approx Max Height: 0.1m Approx Max Coverage: 0.1m

Cyclamen 'Miracle White'

Garden Park Vegetation

ARCHITEC

Professor: C. F Board ARCHIT

Full Maturity at 20-50 years

Cyclamen alpinum

RAMMED EARTH SET 45 DEGREES Rammed Earth Set at 45AT Degrees GATE Gate

Full Maturity at 20-50 years

Group

Approx Max Height: 0.1m achieved alternate Graveled InletINLET Area AREA GRAVELED piazza by achieved 05 Approx Max Coverage: 0.1m Verona Bianco StonesSTONES VERONA BIANCO usage of ceppo tiles and Nominal Dimensions of NOM DIMENSIONS OFStone STONE Cyclamen alpinum by alternate usage Full Maturity 12/15mm mm 12/5 Revitalizing the existing Martesana trail and the addition of a act as rainwater Cyclamen alpinum Approx Max Height: 0.1m grass plantation Thestatus current topographic status of the plot before Intervention by applying sunken playgrounds and Sunken courts collectors in rainy at 2-5tiles years and of ceppo Approx Max Height: 0.1m Approx Max Coverage: 0.1m The current topographic of the plot before Intervention by applying sunken playgrounds Sunken courts actsite as rainwater collectors inApprox rainy Biopiscina Planand Detail 1:200 03 Biopiscina Aerial tram route increase accessibility to the Max Coverage: 0.1m grass plantation intervention basketball courts to that are an extension to existing dayscollected and stores water Grass Grass intervention basketball courts that are an1:30 extension existing and stores the water forthe future usecollected for future use Sport Park Concept Axonometric Site Lighting Element 02 Sport Park Hill Park Concept Axonometric Garden Park Conceptdays Axonometric Hill Park Concept Axonometric Garden Park Concept Axonometric Lolium multiflorum nearby sports facilities Lolium multiflorum SCHOOL OF ARCHITECTURE URBAN PLANNING CONSTRUCTION ENGINEERING ARCHITECTURAL THEMATIC STUDIO nearby sports facilities Professor: C. Fontana - R. Renzo Garrone Key- G. Plan Biopiscina Diagrammatic FormationMASTER IN ARCHITECTURE- BUILT ENVIRONMENT INTERIORS- A.Y. 2017/2018Biopiscina Concept Axonometric Charles Barakat 10611317 at 2-5 years

Full Maturity at 5-10 years

FILTRATION DEVICE Filtration Device Graveled Inlet Area GRAVELED INLET AREA

Verona Bianco StonesSTONES VERONA BIANCO Graveled InletINLET Areaof GRAVELED AREA Nominal Dimensions Stone NOM DIMENSIONS OF STONE Verona StonesSTONES VERONA BIANCO 12/15mm mm 12/5 Bianco Nominal Dimensions of NOM DIMENSIONS OFStone STONE 12/15mm mm 12/5

Approx Max Height: 12m < Approx Max Coverage: 8m

Approx Max Height 8m Approx Max Coverage: 8m

Full Maturity at 2-5 years

Full Maturity at 10-20 years

Gate GATEControl CONTROL

Rhododendron Arboreum

Biopiscina Plan Detail 1:200

Low Vegetation

Cyclamen alpinum

WEEDSand AND REEDS FOR FILTERING Weeds Reeds for Filtering

Acer campestre

Full Maturity at 20-50 years

SCHOOL MASTER

Full Maturity at 5-10 years

WEEDSand AND REEDS FOR FILTERING Weeds Reeds for Filtering

Ilex × Altaclerensis

Blow up detail of the filter wall edge with wall the reeds Blow up detail of the filter to filter edge withused the reeds usedthe to water fromfrom thethe filter the coming water coming the MartesanaMartesana and the gateand placed at gate placed atthe thepool extreme the extreme edge of edge of the pool

ARCHITECTURAL THEMATIC STUDIO Professor: C. Fontana - R. Renzo - G. Garrone

Approx Max Height: 0.5m Approx Max Coverage: 0.5m

Full Maturity at 20-50 years

Salix Cinerea

Full Maturity at 5-10 years

Approx Max Height: 1m Approx Max Coverage: 1.5m

Full Maturity at 50 years Biopiscina Plan Detail 1:200

Approx Max Height: 12m Approx Max Coverage: 8m

Biopiscina Plan Detail 1:200

Prunus laurocerasus

Full Maturity at 20-50 years

Martesana and the Martesana andofthe gate placed at gate edge the pool placed atthe thepool extreme the extreme edge of edge of the pool

Quercus Dentata

Approx Max Height: 12m Approx Max Coverage: 4m

Full Maturity at 20-50 years

Approx Max Height: 12m

Graveled InletINLET Area AREA GRAVELED Approx Max Coverage: 2.5m Verona Bianco StonesSTONES VERONA BIANCO Nominal Dimensions of NOM DIMENSIONS OFStone STONE Cupressus sempervirens 12/15mm mm 12/5

Full Maturity at 10-20 years

Approx Max Height: 12m Approx Max Coverage: 8m

Chamaecyparis Obtusa

Full Maturity at 10-20 years

FILTRATION DEVICE Filtration Device Cupressus sempervirens

Resin Bound Gravel

Approx Max Height: 8m Approx Max Coverage: 8m

Full Maturity 20 at 10-20 years

10

05 'Tristis' 10 Salix alba

Approx Max Height: 12m Approx Max Coverage: 8m

1415

Approx Max Height: 12m Approx Max Coverage: 4m

20

20 04 Blow up detail of the filter wall edge with wall the reeds Blow up detail of the filter Blow detail of the filter A raised resilient boardwalk allows pedestrians to to up filter the edge withused the reeds used to water wallcoming edge with the reeds Blow detail offrom thefrom filter wall coming thethe filter theup water used to filter the edge with the used toatwater Martesana and the gate Martesana and thereeds gate placed access all sides of the piscina throughout the year 01 Sport Garden Cross Laburnum Section 1:200 × Watereri coming from thethe the water coming from placed at the extreme thefilter extreme edge of the pool 00

01 Biopiscina NS Section 1:200

Full Maturity at 20-50 years

Populus tremula 'Erecta' Ceppo Paving

Approx Max Coverage: 8m 00 05 10 Proposal Winter Solstice Analysis 01 Biopiscina Site NS Section 1:200

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02 Private Garden Cross Section 1:200

03 Sunken courts act as rainwater collectors in rainy The addition ofwater a natural cleans the water, days and stores the collectedpiscina, for future use 02 Biopiscina EW Section 1:200 allowing a safe environment for entertainment and education. During high flood periods, gates Ø 140 and the Lambro River connecting both Martesana can be adjusted to maximize water storage Oc

Intervention by applying sunken playgrounds and basketball courts that are an extension to existing nearby sports facilities

The current topographic status of the plot before intervention

20

MIDDLE SCHOOL

Biopiscina Concept Axonometric PROPOSED RESIDENTIAL PROJECT B

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Full Maturity at 2-5 years

Full Maturity at 2-5 years

Biopiscina Diagrammatic Formation

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Hill & Garden Park Ground Plan 1:500

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01 Biopiscina NS Section 1:200

SPORTS FACILITY UPGRADE ENVISIONING OF A FOOD HUB

Sport & Hill Park Ground Plan 1:500

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Full Maturity at 20-50 years

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Thestatus current topographic status of the plot before by digging Piling taken the soilout that been taken out to create The current topographic of the plot before Intervention by diggingIntervention our the natural soil to our the natural soil to Piling the soil that has been tohas create intervention create natural water basins thus, allowingwater the basins to collect water on intervention water basins thus, allowing the hills, basins to collect on atus of the plot before Intervention by applying sunken playgroundscreate and natural Sunken courts act as collectors inhills, rainy Intervention by applying sunken playgrounds and Sunken courts act as rainwater collectors in rainwater rainy rainy days rainy days 10 Plan 1 basketball courts to that are an extension to existing dayscollected and stores water & 1:500 Garden00 Park Canopy basketball courts that are an extension existing days and stores the water forthe future usecollected for future use Hill & Garden Park CanopyHill Plan nearby sports facilities nearby sports facilities Resin bounded gravel,Resin is a bounded gravel, is a pearmeable pearmeable ground surface, whichground surface, which colour is colour is dependant on stones dependant on stones used. used.

Resin bounded gravel, is a Resin bounded gravel, is a permeable permeable ground surface, which colorground surface, which color is is dependent on stones used.dependent on stones used.

Hill Park Detail 1:200

Hill Park Detail 1:200

01 Biopiscina NS Section 1:200

The community gardens The community gardens what used to re-imagine what used re-imagine to be scattered private The community gardens re-imagine be scattered private The community gardens re-imagine gardening spaces, offering what used to be scattered private gardening spaces, offering nken playgrounds and Sunken courts act as rainwater collectors in rainy what used to be scattered private peice d Sunken courts act as rainwater collectors in rainy a designed of landa designed offering a designed of landagardening an extension to existing dayscollected and stores water use peice gardening spaces, offering designed spaces, days and stores the water forthe future usecollected for future for everyone to grow fruitsto grow piece of land for everyone forto everyone tofor grow fruitsPiling atus of the plot before Intervention by digging our the natural soil the soil that has been piece of land everyone to grow Intervention by digging our the natural soil to Piling the soil that has been taken out to create taken out to create and vegetables fruits and vegetables andfruits vegetables create natural water basins thus, allowingwater the basins to collect water on and vegetables create natural water basins hills, thus, allowing the hills, basins to collect on rainy days rainy days

11

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GENERATIVE EVOLUTIONARY FORM FINDING SOFTWARE A series of generational massing was produced based on daylight and solar radiation requirements for the vertical greenhouse, based on local bioclimatic needs.

Each generation represents an experiment of 50 generations of the same typology, in order to establish the viabilty of differnt architectural forms. This method was used in order to reach the best architectonic shape for the vertical farm in terms of what shape is the most effective and practicable.

BUILDING ENVELOPE Once a building typology was established, a series of expererments were carried out in order to develop the most suitable building envelope.

SOLAR ANALYSIS An analysis of the building led to the discovery of dark spaces in the builing form, this was rectified with light wells, the tower was then re-analysised to establish the effectivity of the light wells.

14

LIGHT TUBES In order to ensure all areas of the tower received adequate natural daylighting light wells were inserted to the building linking the darkest and the most illuminated areas of the tower.

TOPOGRAPHY: MILANO Milano is a relatively flat city located on a plane between two mountain ranges TOPOGRAPHY: LOMBARDIA Lombardy is a region in northern Italy, the North of the region contains the Alps and parts of the three great northern Italian lakes, the region shares a boarder with Switzerland.

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TOPOGRAPHY: LOMBARDIA The majority of the region is famously a fertile flat plane partitioned regularly by the canals that were dug throughout the centuries to provide transport to local goods, many of the canals were designed by Leonardo di Vinci.

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TOPOGRAPHY: LOMBARDIA Lombardy is a region in northern Italy, the North of the region contains the Alps and parts of the three great northern Italian lakes, the northern area of Lombardia is too in accessible to be farmed thus the mountains to the north of the region are relatively untouched.

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TOPOGRAPHY: LOMBARDIA The majority of the region is famously a fertile flat plane partitioned regularly by the canals that were dug throughout the centuries to provide transport to local goods, many of the canals were designed by Leonardo di Vinci.

Consequently the majority of the human settlements within the region developed on the flat plains where food and trade routes were readily available.

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TOPOGRAPHY: LOMBARDIA The flat plains of Lombardia are dissected by the river Po, which forms a connection with both coasts of northern Italy, the majority of the Lombardi water sources come from the river Po.

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WHEAT Wheat is an international staple food, with a 4 month growing time, this plant generally prefers temperatures of 23’C

RICE Rice is an international staple food, with a 2 month growing time, this plant generally prefers temperatures of 25’C

LETTUCE Lettuce is an international staple food, with a 1 month growing time, this plant generally prefers temperatures of 23’C

CORN Corn is an international staple food, with a 2 month growing time, this plant generally prefers temperatures of 23’C

BELL PEPPERS Peppers are commonly grown in greenhouses, with a 2 month growing time, this plant generally prefers temperatures of 25’C

TOMATOES Tomatoes are commonly grown in greenhouses, with a 2 month growing time, this plant generally prefers temperatures of 25’C

HYDROPONIC DRIP SYSTEM The drip system of hydroponic farming is a highly efficient method of cultivating crops which is comonly used throughout the hydropic agricultural industry.

ETFE CUSHIONS This type of facade system is commonly used on large scale commercial greenhouses, and most famously used for the Eden Project in the UK.

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LED GROW LIGHTS Arctificial lighting are frequently used in commercial greenhouses as an environmental control used to induce germination.

STAINLESS STEEL SPACE FRAME This light weight structural system is frequently utilised with etfe structures due to it technical attributes which accomodates etfe cushions.

THE UK’S SPACE CENTRE Designed by Nicholas Grimshaw Architects, engineered by Arup, the space centre was built with an exo-skeleton.

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PROGRAM The vertical farm is equal to 20 hectares of farmable land, how due to the hydropanic systems and controlled environment the tower is considerablly more efficient than a traditional rural agricultural farm.

In the upper levels there is a viewing platform that is located on the Northern elevation of the tower, On the ground level there is an active commercial market used to supply the surrounding neighbourhoods and the greater metropolitain area with fresh organic food.

20 HECTARE PRODUCES

260,000KG of Tomatoes 180,000KG of String Beans 3,600,000KG of Sweet Corn 400,000 Heads of Lettuce

EVERY WEEK

OF VERTICALLY STACKED FARMING

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Kitchen

Living Room

Dining

Office

Balcony

Upper Level Floor Plan

Short Section Future House Floor Plans Scale: 1:00 Jacob Westerman

Bedroom

Kitchen

Bathroom

Living Room

Bedroom

My Understanding of the Project

Dining

Music Room/ Creative Studio

Office

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Axonometric Lower Level Floor Plan

Upper Level Floor Plan

At t peop the

Future House Floor Plans Scale: 1:00 Jacob Westerman

Ben loca comp clas

Rena cook like

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Lawr divo spir

Veri clos

Long Section

Jaco litt diffi comm thro

Short Section

Nat fami

Gemm

Jake craf

Geor to g

Brad

Nata Sing Long Section

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+393341873109 +447815410087 jacobwesterman@live.com

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