Campus Housing.003

CAMPUS HOUSING

.003

RESEARCH THROUGH PARAMETRICISM BUILDING RULES // BUILDINGS RULE

Lawrence Technological University Advanced Design Studio 2 | Prof. Karl Daubmann ERIK KNAUSS

Formal Outcomes

Formal Outcomes

Method #1 Permutations

Method #1 Permutations

Site Analysis recreation

residence

academic you are here Functions

Dining

Green Spaces

Activity Spaces

N

W

Sightlines

Pedestrian Infrastructure

E

Solar

Vehicular Infrastructure

Site Analysis

The Village Residence Hall, Brandeis University Kyu Sung Woo Architects

Level 2

Level 3

Level 4

Level 5

Level 1

0’

100’

Bar

Bend

Break

Break

Break

Break

Break

The Village Residence Hall, Brandeis University Kyu Sung Woo Architects Access Public Space

Private Space

Level 1

Level 2

Level 3 & 4

Level 5

1/64”=1’ 0’

100’

Residence Program single bed living units

The Village Residence Hall, Brandeis University Kyu Sung Woo Architects Service Relationships Bathrooms restroom, no shower restroom, with at least 1 shower 1,238

16,692

20,316

20,537

Level 3 14 showers 0.23 rooms/unit

Level 4 14 showers 0.23 rooms/unit

20,316

20,537

Level 3 3 kitchens 0.05 kit/unit

Level 4 3 kitchens 0.05 kit/unit

20,316

20,537

Level 3 4 closets 0.07 clo/unit

Level 4 4 closets 0.07 clo/unit

6,354

5,385

Level 1 1 full bath

Level 2 2 restrooms, 7 showers 0.31 rooms/unit

56sf

850sf

1500sf

1500sf

Level 5 5 showers 0.27 rooms/unit 430sf

Kitchens full kitchen 1,238

16,692

6,354

5,385

Level 1 1 kitchen

Level 2 2 kitchens 0.07 kit/unit

65sf

130sf

195sf

195sf

Level 5 1 kitchen 0.05 kit/unit 65sf

Laundry laundry closet 16,692

1,238

6,354

5,385

Level 1 1 kitchen

Level 2 1 communal + 1 closet 0.07 clo/unit

Level 5 1 closet 0.05 clo/unit

Residence Program

RA living units lounge/ communal spaces bathing rooms circulatory infrastructure

THE LIVING UNIT

Design Conceit

typical unit

daylight

fresh air

view

optimized living unit

Solar Shade

Living Unit Shade Facade Study

maximum shading

maximum shading

minimum shading

minimum shading

Fresh Air = Balcony

View

Horizontal Angle East Facade: 95 - 140 Southeast Facade: see diagram South Facade: 95-110 West Facade: 90- 135 0

‘PartBody\Overhang Long Leg’ East Facade: ?’ min -- ?’ max Southeast Facade: 3‘ min -- 7’ max South Facade: 4‘ min -- 8’ max West Facade: 4.25’ min -- 9’ max

45 90

120

‘PartBody\Overhang Depth short leg’ East Facade: 2’ min-- 4’ max South Facade: 4’ min -- 5‘ max West Facade: 3’ min -- 4’ max

N no shade west facade

east facade

northwest facade

north facade northeast facade

E Left Side (south side)

W Right Side southwest (south side) facade

southeast facade south facade

S Either side, small ‘PartBody\Overhang Bottom’ East Facade: 0.1’-5’ South Facade: 0.1‘-0.75’ West Facade: 0.1’-4.4’

Note: DP Design Table: 1/B. All Standard 2/C. East 3/D. South 4/E. West

Shade position and sizes

N no shade

west facade

east facade

northwest facade

north facade no shade

northeast facade

W Right Side (south side)

BumpOut: min: 0’ -- max: 3‘ Unit Length: 14’ Balcony Side Projection: min: 12’ -- max: 15’ Horizontal angle min: 135 -- max: 180 Overhang Depth short leg: min: 0.5‘ -- max: 3’ Overhang Long Leg: min: 3‘ -- max: 8’ Overhang Bottom: min: 0.25’ -- max: 3’

E Left Side (south side)

southeast facade: “standard student unit save 1”

southwest facade south facade

S Either side, small

BumpOut: min: 0’ -- max: 3‘ Unit Length: 14’ Balcony Side Projection: min: 12’ -- max: 15’ Horizontal angle min: 110 -- max: 160 Overhang Depth short leg: min: 0.5‘ -- max: 2’ Overhang Long Leg: min: 3‘ -- max: 7’ Overhang Bottom: min: 0.25’ -- max: 3’

ONLY A FEW BUMPED OUT AT RANDOM ALL RANDOM SHADE GROWING AT INTERVALS

BACLONY STD, SHADE STD, RANDOM BUMP OUT (1,3)

A

DEFAULT BALCONY SIDE PROJECTION MIN’ HORIZONTAL ANGLE MIN’ ALL MIN’ ALL MAX

PARAMETERS

Design Table Configurations

<1> 2 3 4 5 6 7 8 9 10 11 B C D E F G H I J K L 25 Y

Living Unit Typologies

Standard Student Unit Gap Right Appropriate for: East Facade Southeast Facade Northwest Facade West Facade corner BumpOut: min: 0’ -- max: 2‘ Unit Length: 14’ Balcony Side Projection: min: 10’ -- max: 13’ Horizontal angle min: 117 -- max: 160 Overhang Depth short leg: min: 0.5‘ -- max: 2’ Overhang Long Leg: min: 3‘ -- max: 6’ Overhang Bottom: min: 0.25’ -- max: 3’

Standard Student Unit Gap Left Appropriate for: West Facade Southwest Facade South Facade BumpOut: min: 0’ -- max: 2‘ Unit Length: 14’ Balcony Side Projection: min: 10’ -- max: 13’ Horizontal angle min: 110 -- max: 160 Overhang Depth short leg: min: 0.5‘ -- max: 2’ Overhang Long Leg: min: 3‘ -- max: 6’ Overhang Bottom: min: 0.25’ -- max: 3’

Living Unit Typologies

Standard Student Unit NOGap NOshade Appropriate for: North Facade Northwest Facade BumpOut: min: 0’ -- max: 2‘ Unit Length: 14’ Balcony Side Projection: min: 3’ -- max: 5’ Horizontal angle min: does not apply Overhang Depth short leg: min: 2‘ -- max: 4’ Overhang Long Leg: does not apply Overhang Bottom: 0.5’

Standard Student Unit NO Gap Right Appropriate for: East Facade South Facade edge BumpOut: min: 0’ -- max: 2‘ Unit Length: 14’ Balcony Side Projection: min: 3’ -- max: 5’ Horizontal angle min: 110 -- max: 160 Overhang Depth short leg: min: 0.5‘ -- max: 2’ Overhang Long Leg: min: 3‘ -- max: 6’ Overhang Bottom: min: 0.25’ -- max: 3’

Living Unit Typologies

Standard Student Unit NO Gap Left Appropriate for: South Facade Southwest Facade (Privacy) BumpOut: min: 0’ -- max: 2‘ Unit Length: 14’ Balcony Side Projection: min: 3’ -- max: 5’ Horizontal angle min: 117 -- max: 160 Overhang Depth short leg: min: 0.5‘ -- max: 2’ Overhang Long Leg: min: 3‘ -- max: 6’ Overhang Bottom: min: 0.25’ -- max: 3’

Planting the Units

Overall CATIA Model

LTU Residence Hall

LTU Residence Hall

LTU Residence Hall