ADE 522 Final Project Book_New Academic Building on Polytechnic Campus_Spring 2021

Carly Tomko ADE 522 - Spring 2021

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CONTENTS // Narrative 4 //

Site Context 6

// Program Influence 8 //

Elevations 9

//

Site Influences 10

//

Floorplans + Circulation

11

// Transverse Section 12 // Longitudinal Section 14 //

Technical Solutions 16

// Structure 18 // Bldg. Envelope 20 // Environmental 22 // Daylighting Analysis 23 //

HVAC 24

//

Interior Renders 26

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NARRATIVE

The Polytechnic campus was originally an old airbase converted into part of ASU about 20 years ago. The site is adjacent to Phoenix Mesa Gateway Airport and several schools for aviation and aerospace studies.

The inspiration for the exterior of the new student union derived from looking at the surrounding airplane hangars and finding a way to create one that was suitable to be the new campus hot-spot for students and faculty. The goal was to design a building that will breathe new life into the campus and attract prospective students to choose it as their main campus.

The Poly campus is a desert arboretum that showcases much of Arizona’s finest flora and offers students unique opportunities to learn about plants in arid climates. The central courtyard was designed with various planters and a green-wall to house date palms or other plant varieties for agricultural research and enjoyment for all other users.

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SITE CONTEXT

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PROGRAM INFLUENCE Historical and current context:

The Polytechnic campus was originally an old airbase converted into part of ASU about 20 years ago . The site is adjacent to Phoenix Mesa Gateway Airport and several schools for aviation and aerospace studies.

The inspiration for the exterior of this design

derived from looking at the surrounding airplane hangars and finding a way to create one that was suitable to be the new campus hot-spot for students and faculty.

Agricultural Influence:

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The central courtyard was designed with various planters and a greenwall to house date palms or other plant varieties for agricultural research of the students and enjoyment for all other users.

ASU Polytech Campus

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ASUs Polytechnic date palm grove is one of the most genetically diverse collections in the Western Hemi sphere. There has been recent research relate to restoring tropical forests to what they once were instead of turning them into agricultural fields.

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East Elevation

West Elevation

North Elevation

South Elevation N

Scale 1/32” = 0’

8’

16’

1’ - 0” 32’

64’

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SITE Dining Hall

Sun Devil Fitness

Project Site:

Student Union

62,000sqft

Garden Commons

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CIRCULATION + EGRESS Mech

Mech Dining

Bookstore

Lounge/ Seating Study Space/ Conference

Admin

B

Ballroom 171’

- 0”

Mech

Floorplan - Level 1

Floorplan - Level 2

A

N

Occupancy Loads Ballroom

Bookstore

Lounge

Conference/Study

A3 occupancy

M occupancy

A3 occupancy

B occupancy

NET AREA: 99’ - 0” / 3 = 4,800 SF 33’ - 0” between exits LOAD FACTOR: 15 NET - CHAIRS AND TABLES 3 M water closets (WC) OCCUPANCY LOAD: 5 F WC 320 2 Unisex WC (3) EXITS 1 Water Fountains (WF) 320 / 3 = 106 PER EXIT 1 service sink

NET AREA: 4,800 SF LOAD FACTOR: 100 GROSS OCCUPANCY LOAD: 48 (2) EXITS 48 / 2 = 24 PER EXIT

NET AREA: 10,000 SF LOAD FACTOR: 7 NET - MOVABLE CHAIRS OCCUPANCY LOAD: 1,428 (6) EXITS 1,428 / 6 = 238 PER EXIT

171’ - 0” / 3 = 57’ - 0” between exits

12 M water closets (WC) 23 F WC 7.5 ~ 8 Unisex WC 2-3 Water Fountains (WF)

NET AREA: 3,900 SF LOAD FACTOR: 60 GROSS OCCUPANCY LOAD: 65 (2) EXITS 65 / 2 = 33 PER EXIT

102’ - 0” / 3 = 34’ - 0” between exits 1 per 500 M/F water closet 1 WF per 1,000 1 service sink

99’ - 0” / 3 = 33’ - 0” between exits M/F WC = 1 per 25 for first 50’

1 per 50 for remainder exceeding 50 Uni WC = 1 per 40

TRANSVERSE SECTION

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LONGITUDINAL SECTION

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TECHNICAL APPLICATION

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The building was oriented with the longer sides facing North and South where most of the light will enter. The windows on those sides have horizontal slated shade structure above them. There are minimal windows on the East and West and they have vertical shade structures to block glare in the morning and sunset.

12:45 PM

12:45 PM

W

December 21 N

7:30 AM

June 20 5:20 AM

5:20 PM

S

7:20 PM

E

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STRUCTURE

Primary

Primary Structure

Axonometric View of Structural System 18

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Secondary Structure

Pre-Engineered Metal Building Frame - Multi-Span Footings Framing Girders

Secondary

Girts Purlins Cable Bracing

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North North

North

W12X26

A

A

A W12X26

W12X26

W12X26

W12X26

W12X26

W12X26

W12X26

W12X26

W12X26

W12X26

B

B

B

W12X26

W12X26

W12X26

-

W12X26

W12X26

W12X26

W12X26

W12X26

C

D

W12X26

D

2

3

4

5

6

1

Ground Floor Foundation Plan

2

3

4

8’

16’

1’ - 0” 32’

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22

Roof Framing Plan

-

23

24

25

South

-

1 Roof Line 1/8" = 1'-0"

1 Level 2 1/8" = 1'-0"

Scale 1/32” =

20

6

South

-

1 Level 1 1/8" = 1'-0"

N

5

Second Level Floor Framing Plan

South

0’

C

D

1

-

W12X26

W12X26

C

East

W12X26

W12X26

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East

W12X26

W12X26

West

East

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West

-

West

W12X26

W12X26

Primary Structure Secondary Structure

64’

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BUILDING ENVELOPE J

I

H

1 A104

G

Level 4 36' - 0" PURLINS

PEMB. FRAME

LED LIGHTS

SUSPENDED CEILING

METAL ROOF PANEL MINERAL WOOL INSUL. 5" RIGID INSUL. METAL ROOF DECKING

Level 3 28' - 0"

OVERHEAD RETURN AIR SYS (PINK).

OVERHEAD SUPPLY AIR SYS (BLUE).

Ceiling Mech 4 2 24' - 0"

VINYL WINDOW FRAME

LOW E. DBL PANE WINDOW

6" CONCRETE SLAB OVER METAL DECK AND STEEL JOIST (SEE STRUCTURE)

Mech Level 3 2 14' - 0" SUSPENDED CEILING SYSTEM

ALUMINUM PANELS 1/2" AIR GAP. SECURED WITH BOLTS

Ceiling Mech 2 1 10' - 0"

R-11 BATT. INSUL 4" GALV. STEEL STUDS 1/2" GYPSUM WALL BOARD

Mech Level 1 0' - 0"

Underfloor AC -4' - 0"

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Environmental Strategies

Summer sun

effectively blocked by overhangs

Good roof and ceiling insulation D

C

Hot air funneled out throuh open B roof

A Level 4 36' - 0"

Level 3 28' - 0" Ceiling Mech24 24' 24' -- 0" 0"

Mech 3 14' - 0"

Good cross ventilation

Level 2 14' - 0" Mech 2 10' - 0"

Ceiling 1 10' - 0"

Mech 1 0' - 0"

Level 1 0' - 0" Underfloor UnderfloorAC AC -4' -4' -- 0" 0"

Central planter and misters create microclimate

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Underfloor AC Supply so the whole volume doesn’t need to be cooled, only the occupied space

Winter sun

windows allow in light for passive heating

ENERGY ANALYSIS

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HVAC

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A105 1

A105

-

1

A105

1 A101

1

1 A101

-

-

1 A101

-- -

-- -

J

J

Refrigerator

-- -

J

JJ Refrigerator

J I

I

I

II

I

H H

H

HH

H

G

1 A104

G

1

G

GG

A104

G

F F

F

F

F

F

A108

E

1

1

1

A107

A108

A107

1

1

E

E

E -

E

-

-

-

D

E

-

D

-

-

D -

-

D

D -

-

C

D

C

C

C

C

B

C

B

B

B

A

B

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B

A

A

A

12

1

A

A

12

3

5

7

9

10

11

12 12

13

12

1 1

2

1

3

4

3

5

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8

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2

3

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1

1

2

3 3

4

5 5

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-

1

Underfloor AC 1/8" = 1'-0"

1 2 - Mech 1/8" = 1'-0"

Level One

Level Two

1

-

A106

Underfloor Supply

0’

8’

16’

Level Three

-

1 A106

Overhead Return for Level 2 Overhead return for Ballroom

Return Air

1’ - 0” 32’

1 Mech 4 1/8" = 1'-0"

Overhead Supply for Level 1 Overhead Return for Level 1 N

Scale 1/32” =

1 A106

Supply Air

64’ 1

Level 2 1/4" = 1'-0"

1

Level 2 1/4" = 1'-0"

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A107

BOOKSTORE

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BALLROOM

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LOUNGE

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