Daniel Lawrence_Work Samples

2015

daniel lawrence work samples

4

copenhagen urban farm

12

koreatown elementary

18

fredens park youth center

28

intense international headquarters

copenhagen urban farm

This project was a design for an urban farm and community center in the center of Copenhagen. The driving concept behind the project was a community garden. Regularly found at ground level, an urban community garden ends up being blocked from sunlight most of the year. Therefore, the proposal was to lift the garden up into the light allowing then a space below in which a more controlled urban farming operation could live.

ELEV

UP

UP

LABORATORY

INDOOR FARMING

DN

UP

LECTURE

INDOOR FARMING

+1.75 m

ELEV

INDOOR FARMING

INFO

DN

STORAGE

ELEV

STORE

OUTDOOR/ INDOOR FARMING OPEN TO ABOVE

UP

STORAGE

CAFE

EXHIBITION (BELOW)

BIKE

EXHIBITION OPEN TO ABOVE

UP

ENCLOSURE PERIMETER

ELEV

DN DN

SUNKEN GARDEN -1.75 m

DN

GARDEN PLOTS

GARDEN PLOTS DN

OPEN TO BELOW

ELEV

ELEV DN

UP

SUNKEN GARDEN UP

+1.75 m

INDOOR FARMING

RAMP UP

OPEN TO BELOW

MECH

+1.75 m

ELEV

DN UP

CLASSROOM

DN

INDOOR FARMING OFFICE SPACE +1.75 m

OPEN TO ABOVE AND BELOW

DN

CLASSROOM

koreatown elementary school

This project was a design for an elementary school in Koreatown, Los Angeles. This studio was focused system integration and a general understanding of how a building is put together. The concept here was to take the classroom up off the ground floor to allow for a continuous flow of public space from the main entry, into the court yard and off to the playground fields. A minor rotation was then applied to the second floor ring of class rooms, emphasizing the separation between the two realms

BLOCKING WATERPROOFING MEMBRANE

LIGHT GAUGE STEEL FRAMING

LIGHT GAUGE FRAMED PARAPET

CANT STRIP

GYPSUM BOARD

FLASHING

BUILT UP ROOF

PLASTER BOARD

TAPERED INSULATION 32' - 0"

TOP OF STRUCTURE

CONCRETE SLAB ON STEEL DECK TAPERED STEEL BEAM

END CAP/ WATER DRIP STEEL BEAM FLASHING

HVAC DUCT HANGING WIRES

WATER DRIP

DROP CEILING

WIDE FLANGE TOP CORD

PLASTER BOARD

PLASTER BOARD

TAPERED STEEL BEAM

HSS VERTICAL TRUSS MEMBER

LIGHT FIXTURE

INTERIOR

EXTERIOR GLASS MULLION VERTICAL MULLION

HSS DIAGONAL TRUSS MEMBER

CONCRETE WALKABLE PAVERS CHAIR

CONCRETE SLAB ON STEEL DECK

WIDE FLANGE BOTTOM CORD

BLOCKING

THRESHOLD FLASHING

TAPERED STEEL BEAM

LIGHT GAUGE FRAMING CONTINUITY PLATE

PROTECTION BOARD TAR COAT WATER SEAL

WATER PROOFING MEMBRANE TAPERED RIGID INSULATION CONCRETE SLAB ON STEEL DECK 15' - 0"

14' - 0"

FINISHED FLOOR

TOP OF SLAB

STEEL BEAM STEEL EMBED (BEYOND) HVAC DUCT

STEEL EMBED

STEEL BEAM HANGING WIRES LIGHT FIXTURE DROP CEILING

RIGID INSULATION LIGHT GAUGE STEEL Z EXTERIOR

GYPSUM BOARD

INTERIOR

#4 STEEL REINFORCING BAR CONCRETE WALL

CONCRETE SLAB ON GRADE WELDED WIRE MESH

#4 STEEL REINFORCING BAR CONCRETE WALL

SAND CONCRETE SPREAD FOOTING

VAPOR BARRIER GRAVEL 0' - 4"

TOP OF SLAB

CONCRETE SPREAD FOOTING

-2' - 9"

BOTTOM OF FOOTING

A

B

C

D

E

F

H

G

2

-5

32' - 0"

84' - 7"

87' - 5"

10' - 0"

22' - 0"

14' - 0"

18' - 0"

16' - 0"

1 2 32' - 0"

OUTDOOR CLASSROOM

12' - 0"

OUTDOOR CLASSROOM

THIRD

ELEV THIRD

3 4

FOURTH

STORAGE

FOURTH

MECH

1

OUTDOOR CLASSROOM

l

-5

ELEC 32' 0"

RR

SDC OPEN TO BELOW

DN

10' -

II

10' 0"

STOR DN

OUTDOOR CLASSROOM 22' -

IV

154' - 5"

0"

III

0"

FIFTH

SDC

V

SIXTH 32' -

RR

0"

OUTDOOR CLASSROOM

OUTDOOR CLASSROOM

SIXTH 10' -

VI

0"

FIFTH

VII

5 32' 0"

32' -

0"

0" 10' 32' 32' -

VIII 32' 10' 0" 32' -

AA

BB

0"

CC

0"

0"

0"

FF

HH

GG

EE

DD 0'

4'

8'

16'

32'

A

B

C

D

E

F

H

G

2

5

32' - 0"

87' - 5"

10' - 0"

22' - 0"

14' - 0"

18' - 0"

1

OUTDOOR CLASSROOM +4'

VP

16' - 0"

84' - 7"

CONF UP

FIRST

SECOND

SECOND

32' - 0"

FIRST

OOR OUTD AGE STOR

LIBRARY

NURSE RR

RR M

E

CLERK

RAMP UP

MECH

TEACHER LOUNGE

ELEV

WORK ROOM

ELEC RR

RR

KIT. OFFICE

l

KITCHEN

FILE

3 4

FILE

RR

COVERED EATING AREA

STORE RR

H C EE SP

REFERENCE

CUST

2

SEC

RR

12' - 0"

UP

1

ELEV

-5

RR 32' -

DN

0"

RR

KINDERGARTEN PLAY RAMP

DN

10' -

OPEN TO ABOVE

0"

STAGE

10' -

III

154' - 5"

II

0"

-4'

IV 22' -

MULTI PURPOSE ROOM -4'

UP

0"

KINDERGARTEN

V

MECH

32' -

ELEC

0"

RR

RR

RR

RR

10' 0"

VI

KINDERGARTEN

STOR

VII

WORK

WORK

32' -

32' -

0"

0"

0" 10' 32' 32' -

VIII 32' 10' 0" 32' -

BB

0"

0"

0"

0"

FF

STOR

HH

GG

EE

DD

CC

AA PLAYGROUND

RAMP DOWN

0'

4'

8'

16'

32'

5

fredens park youth center

This project was to create a youth center for the community surrounding a large park in one of copenhagen’s burrows. In doing so we spent time interviewing some of the local primary school children at a nearby school. A concern that was a constant theme from the young teens was that they did not feel like they had their space in centers of this sort. Therefore the concept of my design was to create barrier in the form of a large poche wall that would serve as a separation between the different age groups. Additionally, this poche housed the circulation and core program clearing up all other space to the primary function of the building.

PLAY AREA

OPEN TO BELOW

OPEN TO BELOW

ELEV MEZZANINE OPEN TO BELOW

PATIO

LOBBY

WC

ADMIN

WC

MULTI PURPOSE LOCKER ROOM

UP

ELEV PLAY AREA

LOCKER ROOM

RAMP

RA MP

KITCHEN -1.75 OPEN TO BELOW

OPEN TO BELOW MULTIUSE SPACE +0.5

ST OR AG E

MULTIUSE SPACE +0.0 MULTIUSE SPACE

OPEN TO BELOW

CAFE

-1.0

RA MP

ELEV

MULTIUSE SPACE -1.0

WC WC

DECK

ACTIVITY SPACE +0.0

WC

+1.0

+1.0

ELEV

ST OR AG E

+2.0

WC

intense cycles international headquarters

This project is an urban factory proposed on an extremely tight site. A bicycle manufacturing facility is primarily large horizontal open plan building, constructed where rent is cheap and space is plentiful. The idea of the project was to investigate what has to happen to a factory when it is compressed into a tight vertical site. In the execution of this, strong emphasis was put on developing an architecture that displayed the tectonics of construction, highlighting material characteristics rather than disguising them similar to the simple mechanics of the modern bicycle.

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4

own pD Ram

4 el '-0" Lev " = 1 1/8

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ail Ret age r Sto

3 el '-0" Lev " = 1 1/8

3

Third Floor 1 / 16” = 31” - 0”

3

3 el '-0" Lev " = 1 1/8

-7

A B C

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H I J K

H I J K

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Rec

A B C

A B C D

D

E

D E

G

UP

H

A B C F

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nd ga pin

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2 el '-0" Lev " = 1 1/8

F

E F

A B C

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2

F

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ow Bel

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UP

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2 el '-0" Lev " = 1 1/8

-7

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F

t lS ina ' -0"

Fin

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3 el '-0" Lev " = 1 1/8

3 el '-0" Lev " = 1 1/8

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er tom Cus nge Lou

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DN

3

e rag Sto al ' -0"

Fin

Fourth Floor 1 / 16” = 1” - 0”

4 el '-0" Lev " = 1 4 1/8

-7

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Sto F al ' -0"

H

age tor lS ina ' -0"

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age tor eS 30 343 Bik 29 e e 33 y va lo 28 32 5 Ele 7 30 Eomrpage 5 1 2 343 3 3 4 2 9 t A 2 S 26 03 al 7 33B g nic A10 ike 5 333 g 28 kin cha 2 e 32 eB 229 kin Me pace Par vator rag 27 S e g 24 83 C oeye 31 ag Par vator 2 ch Sto26 ee Bik 3 7312 mrpl Ele Me pace t7o adin 2 e5 30 le 10E 2 AS e 0 S lo ik y E g c e 3 2 n o 2 B A 2 6 U rea 29 Bik al 7 ee 4 2 Empl tenaen adin al A 1 292 D A nic A10 2 B ikenlo loy 2 28 in y e cha 825 a anic Me pace ee B U Mamplo Emp 23 20 42 27 e re Mechpace A S oy g C E ike 2 9 272 22 S pling enanc 1 26 2 adin eB e m 07 623 1 e E o d E A18 t 2 y 7 l 2 5 a c 0 1 2 o 2 n A1 lo ain Unrea 7 252 20 mpl ena UnreaM 1 e A 24 D 421 e E Maint A Bik 19 16 02 23 Bik F ee 5 232 1 loy ance 18 loyee nce p 22 219 2 U 4 1 a p E Emp inten6 17 p 8 1 g 2 en Ram 11 Em in tin 2 3 p 0 p 7 1 Ma 5 1 G 2 o ea 2 201 1 SMta 1 19 p Ar 916 3 4 F 1 1 pU 1 8 g m 5 1 7 a 1 0 R 81 A1 p ppin 13 H 10 41 17 g Ramp U StoArea 12 9 3171 16 3 ppin G 161 11 7 Sto 5 a 8 2 10 e 1 A 1 I p Ar 1 4" 3 10 7 115 pU el 1'-0 p g 7 Lev 3" = 1 g Ramp U A10 pin 9 Ram J 6 0141 1/8 H top ppin 8rea 131 21 1 5 S o K 1 t 9 a 2 1 S Are 3 7 A el 4 81 '-0" 3 11 7 Lev " = 1 A10 6 7 I 3 7 11 10 " 1 A10 1 1/8 ic l 1 0 e 2 t '-0 5 1 o Lev " = 1 7 9 J 19 6 A10 Rob king 4 8 1 1/8 K 8 5 1 Par ic 7" 1 2 3 4 t el 1'-0" 1 v o e 7 l L e = '-0 07 ob ing 1 3 First Floor 1 / 16” A1= 1” - " 0” Lev 6 R =1 ic 1 1/8 " 6 1 2 ot 51 1/8 b 7 ark o 5 10 P 5 g 1 A R 4 kin 343 Car tor 4 Par 33 1 2 3 eva otlic 1 2 3 7 otic 32 1 A10 7 RobEking A10 1 Rob king Car to1r r 3 a P 5 va 30 Par Car tor 343 Ele 29 26 33 va 5 33 28 Ele 2 32 229 27 1 r Car tor 24 83 3 a C tor 3 7312 a 26 0 v 2 3 e 2 a 0 v 23 El 25 2 29 Ele 926 24 21 52 28 0 282 23 2 27 724 9 22 32 1 26 2 6 1 82 2 1 25 522 20 17 12 24 6 242 19 1 23 320 5 18 92 1 22 1 2 7 2 4 1 1 8 21 3 211 16 1 20 017 15 12 62 19 1 191 14 1 18 815 1 0 13 7 1 4 1 12 9 3171 16 11 8 2161 15 10 711151 14 4 9 1 3 6 0 1 8 5 9 131 12 7 4 8 12 11 Parking (2x) 1 / 16” = 1” - 0” 6 3 7 11 10 210 5 9 6 19 4 8 8 5 l -1 " 7 2 3 e '-0 7 4 Lev " = 1 6 1 5 1/8 6 2 3 5 5 -1 1 el 1'-0" 4 v e L 4 "= 3 -1 " 5 1/8 l 2 e '-0 Lev " = 1 2 3 1 5 1/8 1 2

2 el '-0" Lev " = 1 1/8

UP

2 '-0" g vel kin 2 Le1/8" = 1 Par tor

Second Floor 1 / 16” = 1” - 0” 2

5

-1 el '-0" Lev " = 1 1/8

5

-1 el '-0" Lev " = 1 1/8

UP

31

32

33

5 343

ice Off

G F

G H

G

7 el 1'-0" Lev

7

"= '-0" - 0” vel 1” 1/8 Seventh2 Floor 1 / 16”Le= =1 /8" 2

2

1

ly emb Ass

7 el '-0" Lev " = 1 1/8

RnD

RnD y ant arr /W

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/

I J K

ly emb Ass

o nT Ope low Be

ce Spa

ice Off

ce Spa ice Off

A B C D

D E

D o nT Ope low Be

ce SpOapen Two

I J K A B C

A B C

ly emb Ass

ice Off

E F

E

G F

o Bel

H G

o nT Ope low Be o nT Ope low Be

I J K

H o nT Ope low Be

I J K

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"

l eve =-1'-0 L1” Sixth Floor 1 / 16” = 0” " 6 1/8

ing Fitt m Roo

4

nty rra Wa

H I J K

H

4 el '-0" Lev " = 1 1/8

er tom Cus nge Lou

er tom Cus nge Lou

6 el '-0" Lev " = 1 1/8

er tom Cus nge Lou

3 3 el '-0" Lev " = 1 1/8

Third Floor 1 / 16” = 31” - 0”

3

3 el '-0" Lev " = 1 1/8

er tom Cus nge Lou

3 el '-0" Lev " = 1 1/8

DN

E

ail Ret age r Sto

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DN

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own pD Ram

Be

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G

F

o nT Ope low Be

G o nT Ope low Be

H

G

H

I J K

H I J K

I J K

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3 el '-0" Lev " = 1 3 1/8

o nT Ope low Be

e rag Sto art lP l a Sme rag Sto

F

E F

o nT Ope low Be

A B C

A B C

A B C D

D D

E

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C CN

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A B C

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A B C

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C CN C CN C CN

C CN

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C CN

C CN

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9

9 el '-0" Lev " = 1 9 1/8

9

9 el '-0" Lev " = 1 9 1/8

"

o nT Ope low Be

ce SpaTo ice Opeenlow B Off

ce Spa ice Off

O

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Fin

g hin inis

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ce Spean To ice OpBelow Off

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A B C

o nT Ope low Be

A B C D

D E F

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F G

F

G H

H

G

7 el 1'-0" Lev

7

"= '-0" - 0” vel 1” 1/8 Seventh2 Floor 1 / 16”Le= =1 /8" 2

1

2

7 el '-0" Lev " = 1 1/8

2

7 el '-0" Lev " = 1 1/8

ly emb Ass

7 el '-0" Lev " = 1 2 1/8

RnD

ly emb Ass

ly emb Ass ce Spa ice

Off ce Spa ice Off

o nT Ope low Be

ce Spaen To ice OpBelow

Off

ice Off

ce Spa

y ant arr /W RnD

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"

6

6 el '-0" Lev " = 1 6 1/8

6

ce Spa ice

6 el '-0" Lev " = 1 1/8

ce Spa ice

Off ce Spa ice Off

ce Spa ice

Off

RnDA B C

A B C

ce Spa ice

Off

D E

E F G

F

H G

I J K

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343

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6 el '-0" Lev " = 1 1/8

y ant arr /W

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Off

o nT Ope low Be

6

y ant I arr J/ W RnD K

ly emb Ass

o nT Ope low Be

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l eve =-1'-0 L1” Sixth Floor 1 / 16” = 0” " 6 1/8

y ant arr /W

I J K

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A B C

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Pain

t

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Pa

ce Spa ice Off

D E

int

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ce Spa ice Off

ing Paint ish

Fin

A B C

A B C

E D

Fin F

ce Spa ice Off

A B C

E

8 el '-0" Lev " = 1 1/8

8 el '-0" Lev " = 1 8 1/8

I J K

I J K DN

A B C

n atio diz Ano

8 el '-0" Lev " = 1 1/8

H

H

g din WIe+l6' - 0" J K

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nt tme rea tT Hea

nt tme rea tT Hea

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o nT Ope low Be

ce Spa ice Off

H

DN

G

G

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n atio diz Ano

8

G

G g din We+l6' - 0" H

F

F

H

I J K

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E F

G

DN

D

D E

DN

nt tme rea tT Hea nt tme rea tT Hea

el 1'-0 Lev " =1 Ninth Floor / 16” = 1” - 0” 9 1/8

ce Spa ice Off

D F

g din We+l6' - 0"

A B C

A B C

E

F

g din We+l6' - 0" 9 el '-0" Lev " = 1 1/8

D

E

C CN

C CN

I J K

I J K

A B C

D

C CN

C CN

er Las ter Cut

C CN

C CN

C CN

H

H I J K

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I J K

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C CN

G H

I J K

er Las ter Cut

H

Sto

H

GC CN

er Las ter Cut C CN

C CN

Ra tora S

F

C CN

C CN

C CN

C CN

Sto

ial ter Ma ge Raw tora C CN S

C CN

33

A B C

A B C D

D E

ial ter Ma ge Raw tora S C CN

C CN

C CN

C CN

C CN

C CN

C CN

C CN

er Las ter Cut

C CN

C CN

C CN

C CN C CN

o nT Ope low Be

C CN

C CN

C CN

C CN

o nT Ope low Be

er Las ter Cut

A B C

C CN

D

9

9

9 el '-0" Lev " = 1 1/8

9

"

l 9 '-0" 1 eve

nt tme rea tT Hea

el 1'-0 "= Lev " =1 Ninth Floor / 16” =9 L1” 1/8 - 0” 9 1/8

ce Spa ice Off

o nT Ope low Be

ce Spa ice Off

ce Spa ice Off

o nT Ope low Be

ce Spa ice Off

nt tme rea tT Hea

8 el '-0" Lev " = 1 1/8

8 el 1'-0" Lev

l8

"

e "= 1'-0 Lev 1” 8 1/8 Eighth Floor 1 / 16”8 = " = - 0” 1/8

8

A B C D

D

D E

F

E F

G

ing ish

8 el '-0" Lev " = 1 1/8

t ing Pain ish

Fin

Fin

ing Paint ish

Fin

ing ish

Fin

t

Pain

ce Spa ice Off

ce Spa ice Off

ce Spa fice

o nT Ope low Be

ce Spa ice Off

o nT Ope low Be

o nT Ope low Be

F G

H

G

n H atio diz Ano I J K

n atio I diz Ano J K

H I J K

t

Pain

A B C o nT Ope low Be

A B C

A B C

E

n atio diz Ano

I J K

I J K DN

A B C

o nT Ope low Be

o nT Ope low Be

H

H

g din WIe+l6' - 0" J K

DN

nt tme rea tT Hea

nt tme rea tT Hea

G

G H

DN

F

F G

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daniel lawrence work samples