Hartono ADE 522 Final Exhibition Book

Novus Innovation Fire Station

Tiffany Hartono Professor: Dr. Ed Soltero

CONTENTS Site Analysis

1-5

Project Narrative

6-7

Concrete over Steel Deck

Site and Floor Plans

8-9

Section and Elevations

10 - 11

Structure and System

12 - 16

Ground Floor Plan

Concrete Load Bearing Walls Steel Beams

Concrete Floor Slab

Plant Selection

Steel Columns

17

Steel Beams

Perspectives

Steel Trusses

DN

18 - 19

TEMPE 2019 Site Map

Site

NEW DEVELOPMENT ARIZONA STATE UNIVERSITY CAMPUS

DESERT FINANCIAL ARENA

TEMPE MARKET PLACE

TEMPE/APS JOINT FIRE TRAINING CENTER NEW DEVELOPMENT

TEMPE SKYLINE NEWLY RENOVATED SUN DEVIL STADIUM

APS OCTILLIO POWER PLANT

SOLAR PANELS ON CAMPUS

|1

NOVUS Development Plan

Site

2|

Summer Solstice Shade Study

Winter Solstice Shade Study

|3

Concrete

5 Mile

Map of Concrete Fire Station 9 SiteSuppliers from NOVUS Site

4|

Pier Dr

Site Circulation

Dorsey Rd

Rio Salado Parkway

Access Road

Site

Acce ss Ro ad

Pedestrian Route Vehicle Route 0 37.5’ 75’

150’

|5

FIRESTATION AS A PLACE OF INNER PEACE Peace is not something that is commonly associated with fire stations. There are frequent calls with different emergencies around the clock; and the firefighters must be ready to prepare their equipment and get dressed within seconds to answer any emergency.

During these calls, the firefighters may be exposed to dangerous situations and traumatic experiences. Coming back from these events can be difficult, so for my design I wanted to create a place where the firefighters can find some peace despite their hectic work life.

I started by separating the more public programs such as the offices, training room, kitchen and dining room on the ground floor, from the private sectors like the dorms on the second floor. I also separated the mechanical and storage rooms from the living spaces by locating them on the west end of the apparatus bay while the other public and private programs are located on the east side of the apparatus bay. This is to prevent the harmful pollutants from being tracked back into their living spaces.

The private sectors are located on the second floor because I wanted to separate their personal living spaces from the louder public spaces and to give them more privacy from the public eye. Since one of the critiques from a firefighter was that with individual dorm rooms comes a lack of comradery, I arranged the program of the second floor in a courtyard style so that there was a private open space just for the firefighters. This space can be good for bonding while the individual dorms provide privacy and seclusion.

The landscape structure on the west side of the project is also influenced by the narrative of being a place of inner peace, since the winding pathway creates instances of privacy with the multiple rectangular structures around it. This design was intended to create an outdoor semi-private space for times when they come back from a traumatic experience and need some time to disconnect and find some peace, or just want some privacy without being confined to their own room.

Site Plan 0 25’ 50’

6|

100’

Iterative Concept Diagrams

Apparatus Bay

Iteration 1

Iteration 2

Iteration 3

|7

B 2

3

1

4

10 9

4

5

4 6

11

A

4 4 7

Ground Floor Plan 0 7.5’ 15’

30’

1 Entrance

7 Kitchen/Dining Room

2 Laundry

8 Fitness Room

3 Public Bathroom

9 Apparatus Bay

4 Battalion Office 5 Battalion Chief’s Office

8

10 Mezzanine and Turnout Storage 11 Exterior Storage and Generator

6 Captain’s Office UP DN

Emergency Vehicles Pedestrian Access

UP

Vehicles

DN

Circulation/Egress SiteCirculation Plan Second Floor Pedestrian Plan 8|

0 25’ 50’

100’

12

12

12

12

12 DN

9

12

15

12

13 17

16

12

DN

12 Dorms

12

13 Captain’s Dorm

Ground Floor Plan Second Floor Plan 0 7.5’ 15’

30’

12

12

14

12

12

14 Battalion Chief’s Dorm 15 Men’s Bathroom 16 Women’s Bathroom 17 Dayroom

UP DN

UP DN

Second Floor Pedestrian Circulation Plan

0 7.5’ 15’

30’

|9

Axon Perspective

Section A 10 |

0 10’ 20’

40’

North Elevation 0 10’ 20’

40’

0 10’ 20’

40’

South Elevation

West Elevation

Section B 0 5’

10’

20’

0 5’

10’

20’

| 11

Steel Connection Detail

1 2 3 4 5

1

1 2 3 4 5 6 7 8

6

3

7

8

Soil Retention Waterproof Membrane Insulation Steel Form Decking Drainage Cells Reinforced Concrete Planter Rammed Earth Veneer Section of Apparatus Bay and Landscape Structure

12 |

Precaste Concrete Wall R-Value

1 in.

IECC Building Envelope (cont.)

IECCC402.1.3 C402.1.3 Building Envelope (Cont.)

1Fo

Conductivity Resistance

k= 0.9 R= 1/k = 1/0.9 = 1.11

x= 12 in.

1Fo

Conductance Resistance

C = k/x = 0.9/12 = 0.075

R= x/k = 12/0.9 = 13.3 | 13

Structural Axonometric

Concrete over Steel Deck

Concrete Load Bearing Walls Steel Beams

Concrete Floor Slab Steel Columns Steel Beams Steel Trusses

Concrete-Steel Beams Concrete-Steel Columns

14 |

Ground Level Roof Framing Plan 0 7.5’ 15’

30’

DN

DN

Second Level Roof Framing Plan 0 7.5’ 15’

30’

| 15

System Air Zones

Ground Floor Plan

Hot Zone 0 7.5’ 15’

30’

Transition Zone Cold Zone

DN

Second Floor Plan 0 7.5’ 15’

16 |

30’

Desert Plant Selection Abronia villosa

Encelia farinosa

Buddleja marrubiifolia

Myrtus communis

Bougainvillea spectabilis Eriogonum fasciculatum

Podranea ricasoliana Penstemon parryi Indian Rosewood Tree Phacelia crenulata Ironwood Tree Sphaeralcea ambigua Mesquite Tree

Melampodium leucanthum

Palo Verde Tree | 17

B A

Perspective A

18 |

0 25’ 50’

100’

Perspective B

| 19