Somi Delano Works 2015

Page 1

SOmi Delano Master

of

SELECTED WORKS University of Pennsylvania Architecture + Master of Engineering delano@design.upenn.edu 267-736-7471



soMi delano

267-736-7471 | 1234 SW 18TH AvE. APT 308. PORTLANd, OR. 97205 | dELANO@dESIGN.UPENN.EdU | bRITISH

education 2012 – 15

university of pennsylvania, school of design mASTER OF ARCHITECTURE M.ARCH sTruCTures TeaChing assisTanT (2013 - 15)

philadelphia, pa

2006 – 10

queens’ college, cambridge university b.ENG & M.ENG civil, structural & environmental engineering M.eng projeCT, foundaTion engineering: “surging on jaCked-in piles” DEVISED METHOD TO IMPROVE THE SPEED OF PILE INSTALLATION. METHOD NOW USED IN INDUSTRY royal aCadeMy of engineering leadership award (2008) – naTional award To 30 sTudenTs eleCTed presidenT, CaMbridge universiTy afriCan Caribbean soCieTy (2008)

cambridge, uk

employment OCT 15 – dATE JUN – AUG 14 MAY – AUG13

SEP 11– JUN 12

architect, yost grube hall architecture

portland, or

developed prograM Massing sTudies for a Mixed-use CoMplex To MaxiMize sunlighT and views developed reviT Model of a CoMMuniTy College wiTh MulTiple building faÇade CoMponenTs CreaTed ConsTruCTion doCuMenTaTion drawings for CoMMuniTy College building infrastructure consultant, lagos state government ensured CoMplianCe To design Code on ConsTruCTion of lagos lighT rail projeCT reCeived CoMMendaTion froM governor for reporT on iMproving loCal CapaCiTy

lagos, nigeria for

infrasTruCTure projeCTs

JUL – AUG 11

intern, ato architects

lagos, nigeria

developed arChiTeCTural drawings for residenTial buildings and ChurChes JAN – MAY 11

graduate structural engineer, price & myers llp

london, uk

designed sTruCTures and sCulpTures inCluding 23M (76’) sTeel sCulpTures by wolfgang buTTress deTailed ConneCTions for joinTs in bridges and sCulpTures JUL – AUG 09

research student, giken (silent piler manufacturer)

kochi, Japan

led a TeaM of 9 To iMprove speed of pile insTallaTion proCedures

program eXperience adobe suiTe (illusTraTor, phoToshop, indesign) MiCrosofT offiCe suiTe Maya

auToCad skeTCh-up reviT

rhinoCeros grasshopper vray

reference thomas roBBins, assoCiaTe prinCipal yosT grube hall arChiTeCTure 707 washingTon sT | porTland, or 97205 ToM@ygh.CoM | 503-221-0150

riChard farley, division viCe presidenT jaCobs 2301 ChesTnuT sT | philadelphia, pa 19106 riChard.farley@jaCobs.CoM | 215-569-2900

nanako umemoto, prinCipal rur arChiTeCTure pC 28 s washingTon ave | ny 10052 nanako@reiser-uMeMoTo.CoM | 212-421-8880


Professional work CHEMEKETA COMMUNITY COLLEGE // Salem, OR // YOST Grube Hall // 2014

This

$28M

is a

expansion for

Chemeketa Community College. The

expansion will provide new

facilities and

for

the

machining programs,

electronics

and

renovation

improvements

automotive,

for

visual

communications, welding and drafting/engineering.

I

was part of a team of three

designers.

Revit

and

I

developed

Sketch-Up

the building.

I

the

model of

also produced

renders for the proposal which were used during group design crits.

There was a strong focus

on the design details such as the placement of mullions and

RE F O ERE N N LY C E

shading devices.

4 2

15' - 0"

2.5

15' - 0"

5' - 0"

2.7

3

25' - 0"

4.2

35' - 0"

5

25' - 0"

15' - 0"

5.5

6

15' - 0"

20' - 0"

6.5

10' - 0"

7

25' - 0"

7.5

5' - 0"

8

9

15' - 0"

10

15' - 0"

FO R

1

3' - 0"

Consultant

11' - 6"

9' - 6"

Roof 131' - 0"

Level 2 115' - 6"

Level 1 100' - 0"

PERF METAL SUNSCREEN

9

8

4

7.5

7

6.5

6

5.5

5

4.2

4

3

2.5

1

3

2

2

1

A4.14

A4.01

A4.01

A4.14

A4.01

2

1

Owner

10

4000 L ancas ter Drive NE S alem, OR 97309

elevation showing the panelling details

Chemeketa Community College

PERF METAL SUNSCREEN


5' - 0"

COMPRESSOR 6' - 4 3/8"

SPRINKLER

CIVIL TOOL CRIB

MATERIAL PREP & STORAGE

ELECTRICAL

SEMINAR

HEAT TREAT

FINISHING SHOP ROLL-UP WINDOW

PROGRAM STORAGE PLASMA CUTTER + COMPUTER

HALLWAY + LOCKERS

CNC + EDM LAB

LATHE SHOP

MILL SHOP

VENDING

WOMEN

JANITOR CLOSET FAMILY FEC

STUDENT LOUNGE

QUALITY ASSURANCE LAB

RAPID PROTOTYPE

ELEV ROOM RECYCLING

PHENOLIC LOCKERS

MACHINING LOCKERS

ELEVATOR

MEN 3' - 3 1/2"

MACHINING COMPUTER LAB ENTRY HALLWAY ENTRY

MACHINING PROGRAM STORAGE

LOBBY

ENTRY CLASSROOM

CLASSROOM

OUTPUT ROOM

DRAFTING LAB A

DRAFTING LAB B

IAS OFFICE

first floor plan showing different classroom types

PACK CAVITY W/ SOUND ATTENUATION BLANKET STEEL DEFORMED TRACK

CONT METAL CASING BEAD

CENTERLINE STUD ON PLANNING GRID MODULE OR AS DIMENSIONED CEILING PER SCHEDULE

SOUND ATTENUATION BLANKET @ S SEE PLANS FOR PARTITION TYPE

1

3" = 1'-0"

STEEL 1" 'Z'S @ 24" O.C. SPAN (2) FLUTES MIN. TACK WELD TO DECK

18 GA 'Z' CLIP @ 24" O.C., SPAN (2) FLUTES MIN. TACK WELD TO DECKING

INSULATION STEEL DEFLECTION TRACK W/1" DEFLECTION SPACE

1/2" DEFLECTION SPACE

SEE PLANS FOR PARTITION TYPE

INSULATION 4' W. EA. SIDE OF PARTITION @ 'S'

CEILING PER SCHEDULE

SEE PLANS FOR PARTITION TYPE GYP. BD./STEEL STUD

ACOUS SEALANT @ S

HEAD TRACK: 20 GA. W/2" DEEP LEG W/(2) #8 TEK SCREWS TO 'Z' CLIP @ 24" O.C. SCREW GWB TO WALL STUDS MIN. 1/2" BELOW TRACK LEG.

PARTITION TYPE AS SCHEDULED. S=SOUND ATTEN. BLANKET

STEEL STUD INSULATION @ 'S' 5/8", TYPE X GWB EA SIDE

CENTERLINE STUD ON PLANNING GRID MODULE OR AS DIMENSIONED

INSULATION @ 'S'

TOP OF SLAB

STUDS EXTEND TO ACOUSTICAL TILE CEILING

2 1/2" STEEL STUDS ALTERNATING @ 48" O.C. & PAIR AT EA. DOOR JAMB STEEL DEFLECTION TRACK W/1" DEFLECTION SPACE

0' - 6"

FASTEN RUNNER TO CLG SUPPORT @ 2'-0" OC THRU NEOPRENE BLOCKS

STEEL ROOF / FLOOR DECK SEE SECTIONS FOR TYPE

0' - 6"

STEEL ROOF / FLOOR DECK SEE SECTIONS FOR TYPE

SUSPENDED TILE CEILING NEOPRENE FOAM TAPE CONT BETWEEN BLOCKS

SOUND ATTENUATION BLANKET 4'-0" EA SIDE OF PARTITION AT "S" WALL TYPE

FLOOR OR ROOF SYSTEM: CONC &/OR STEEL DECK W/FIREPROOFING

STEEL 1" 'Z'S @ 24" OC SPAN (2) FLUTES MIN. TACK WELD TO DECK.

WALL LATERAL BRACING: 12 GA STL WIRE @ 5'-0" OC BOTH SIDES, EXTEND AT 45 ANGLE FROM C PARTITION HEAD TO STRUCTURE ABOVE

2

Wall Type P - Studs Braced to Roof/Floor Deck 1 1/2" = 1'-0"

3

Wall Type P - Studs Extend to Roof/Floor Deck 1 1/2" = 1'-0"

1

Wall Type A 3" = 1'-0"

wall connection details

5


Professional work Mayasem visitors’ center // saudi arabia // YOST Grube Hall // 2014 This

is a proposal for a visitors

center for a new residential complex

planned

in

Saudi

Arabia. The Visitors’ Center serves

as

a

show

room

to

potential clients informing them of the kinds of housing and recreational facilities that are available.

Inside

Visitors’

the

Center are theaters, offices and multi-purpose

lounges

clients can be hosted.

where

There

are

two office blocks next to the

Visitors’ Center where Full-Time Employees will work. SCHEME 3 STREET VIEW FROM SOUTH

TO PARKING

4500

B

4500

C

3000

C.1

1500

D

E

6000

F

6000

G

4500

H

4500

1

VESTIBULE

1500

A

UP

2

OFFICE WORK ROOM

OFFICE

OFFICE

SMALL CONFERENCE

SMALL CONFERENCE

KITCHEN

OFFICE

OFFICE

4500

SHAMAYEL OFFICES

EXEC/ W. TOILET JAN.

CONSTRUCTION MANAGEMENT

3.1

UP

1500

CONSTRUCTION SUPERVISION

3

4500

ELEC.

OPEN ABOVE LARGE CONFERENCE M. TOILET

1500

4 VESTIBULE

5

TO COURTYARD ground floor plan for office block0

6

1

2.5

CONSTRUCTION OFFICE BUILDING GROUND FLOOR PLAN

5m


revit design work row house addition // PHILADELPHIA, PA // Critic: Franca trubiano

METAL CAPING INSULATON LEVEL 3 23' - 6" LEVEL 3 REAR 21' - 0"

BRICK DRIP SILL

CONCRETE MASONRY UNIT

LEVEL 2 13' - 6" LEVEL 2 REAR 11' - 0"

36" X 72" WINDOW

WEEP HOLES @ 2" O.C. 8" X 8" X 16" CONCRETE BOND BEAM

LEVEL 1

16" FOUNDATION WALL

2' - 0" GROUND 0' - 0"

1 1/2" RIGID INSTALLATION 6" CONCRETE FLOOR GRAVEL 32" X 16" FOUNDATION FOOTING

LEVEL BASEMENT -6' - 6"

1" GRAVEL 2 1/2 " INSULATION

1

North Wall Section 1/2" = 1'-0"

LEVEL T.O. ROOF 34' - 0"

2

2

202DDA

ADD201

LEVEL 3

LEVEL 3

23' - 6"

23' - 6"

LEVEL 2

LEVEL 2

13' - 6"

13' - 6"

LEVEL 1

LEVEL 1

2' - 0"

2' - 0" GROUND

GROUND

LEVEL BASEMENT

LEVEL BASEMENT

-6' - 6"

-6' - 6"

7


YOKOHAMA REDUX // a revised proposal for

YOKOHAMA, TOKYO // 2-Person COLLABORATION Project // Critic: nanako umemoto (rur Architect


yokohama port terminal

ture)

The occasion of the Yokohama Port Terminal 1995

competition

in

was a watershed for the

discipline in many respects.

A

new generation of architects seized it as a platform to explore emerging modalities in design, design technology, and delivery which would in the ensuing decades

become

through

which

the

medium

and

against

which much of contemporary practice played out.

This

re-engaged

project

Yokohama

with

nostalgia

Design

neither negativity.

nor proceeded

phases.

in

Firstly,

a

three formal

analysis of a significant entry in the competition was made.

The

second

taking

the

derived

phase

involved

design

principles

from

the

analysis

and creating a design model that became the basis for our proposal.

This

involves a shift

from the analytical mode to the projective mode.

The

third phase

was the deliberate introduction, at

three

distinct

scales

and

using three different systems, of discrete programmatic elements into

the

continuous

models

analyzed in the previous phases.

9


yokohama redux

object > cast > remodel

reference > re-interpret > remodel

10


a revised proposal for yokohama port terminal

11


yokohama redux

N

12


a revised proposal for yokohama port terminal

3RD YEAR STUDIO | SPRING 2015

OBJECTS

E TRANSITION SURFACE

FIELD

PRIMARY RIB STRUCTURE

10

Elevation showing continuous structural diagrid through terminal and towers Spring2015_Portfolio__Layou8_toPrint.indd 10

6/23/2015 3:05:49 AM

13


A Post-Scientific Museum of Geology CENTRAL PARK, NYC // 3-Person collaboration Project // Critic: Ferda Kolatan


Throughout

history,

science

has tried to better understand our

world

logically

by

attempting

to

nature.

The

explain

geological

object

is

often

viewed as something that can be fully grasped and understood by various scientific means and methods.

Our

proposal for a

“Post-Scientific

Museum

Geology�

to

this by

aims

provocative

confront approach,

traditional attempting

of

to

create

experience

a

that

becomes a medium for a new understanding of what nature is to us.

Tension

exists

between

objects in nature. creates

This

connectivity

different objects.

all

tension between

We aim to use

this idea of tension to curate and organize the spaces within the museum.

The

curation seeks to give the

individual

the

opportunity

to

make his own definitions of the

objects

on

display.

The

building uses irregular sectional changes to give the individual the opportunity to view objects from

multiple

perspectives

at

various points in space and time.

15


Museum of geology

rock

contoured rock

drape surface over rock

museum form

deriving museum form

16


A post-scientific museum

S1

DOWN

S2

UP

DOWN

UP

DOWN

DOWN

DOWN

S2

N

S1

FLOOR PLAN (P2) SHOWING CONTINUITY OF FLOORS AND INTERNAL SPACES 17


Museum of geology

1/4” STEEL PLATE STEEL Z-PLATE

18” PANEL

6” 4”

STEEL RIB 5/8” EXTERIOR SHEATHING

VAPOR BARRIER 3” INSULATION 4” COLD-FORMED FRAMING

PANELIZATION AND SUPPORT OF EXTERIOR CLADDING (D1)

A B C D

Cafe Exhibition Space Office Basement

Section (S1) showing structural support and lack of continuous floor slabs

18


SOLID PANELS A post-scientific museum 20’

15’ 10’

K

L

J

5’

7’

A

B

10’’

C

I 25’

25’

15’

H

15’ 10’

L

C

K J

I

10’

SOLID PANELS

D

5’

7’

A

B

SOLID PANELS

E

G

H

E

10’’

PANELS FOR FENESTRATION

C

25’

25’

2’

FENESTRATION PANELS

20’

F

SOLID PANELS

B

3’

15’

H

30’

10’ 2’

3’

A

D

E

G

H

20’

15’

G

15’

25’

10’

L

C

K

7’

5’

E

J

F

8’

3’

10’’

PANELS FOR FAENESTRATIONB

D

C

25’

F

L

B

I A

30’

G

25’

15’

25’

25’

H

10’ 3’

8’

SURFACE UNROLLED

AXON

D

3’

D

2’

F

E

SURFACE UNROLLED

F

B

30’

L

G

H

J

K

5’

E

COMPOSITION OF EXTERIOR PANELS

30’

25’

30’

C

5’

30’

15’

30’

PANELS FOR FENESTRATION 30’

J

K

30’

A

G

15’

25’

8’

3’

D

25’

F

L

5’

30’

30’

SURFACE UNROLLED

30’

J

K

19


Museum of geology

20


A post-scientific museum

1 2 3 4 5

Exhibition Room Offices Auditorium Ground Floor Mechanical Space

1 3 2 1 4 5

Section (S2) showing exhibition spaces carved into steel plates

21


Shifting Hybrids // Transformations for a N TRIBECA, NYC // Critic: Hina jamelle


New Hotel & Residential Building

This

project

explores

branching,

texture

how and

misalignment can be used as parameters to create a mixed used residential and hotel building created

from

aggregating

individual units.

Branching,

is used to create

different programmatic spaces.

Seaming

the building gives it

texture these seams were also developed to form a system of interior furnishes.

Misaligning

the units gave the building more dynamism.

The

project is

8-story

covers

45,000ft2

contains

units

sizes.

Access

of

building, and different

to the residential

units is separate from general hotel

access

privacy.

to

The 1st

allow floor

for also

hosts a restaurant to increase commercialization building.

23

of

the


shifting hybrids

MISALIGNMENT

+

+ BRANCHING

single unit

double unit

system for aggregation of units

S1

HOTEL UNITS

RESIDENTIAL UNITS

PUBLIC SPACE

4th Floor Plan - units transitionally grow, branch and misalign from each other 24


hotel & residential building

+97'

+85'

+73'

P2 +61'

+49'

P1 +37'

+25'

+13'

GROUND FLOOR +0'

STORAGE

LAUNDRY

20

Section (S1) showing how branching and texture is used on interior walls 25


shifting hybrids

misalignment of units creating dynamism in building

26


hotel & residential building

1 2 3 4 5 6

Reception Lobby Public Multifunction Space Balcony Double Unit Single Unit

6

5

4

3

3

1

2

Section showing lobby space, housing units and textured walls

27


shifting hybrids

28


hotel & residential building

29


An inhabitable surface - seaming // nesting Critic: ali rahim

30


Using

two

of

seaming

an

inhabitable

perform was a

techniques and

designed.

to

create

nesting

surface

multiple

to

functions

There a

nested surface

was

controlled

twisting

surface that appeared simple yet continuous. appears

to

connected through surface

seaming

Each surface

be with

distinctively the

seaming. qualities

other

Other such

as

twisting and pinching were also produced as a result.

pinching

3d print study of surfaces showing nesting and seaming qualities 31


SOmi Delano Master

of

SELECTED WORKS University of Pennsylvania Architecture + Master of Engineering delano@design.upenn.edu 267-736-7471


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