Arizona State University ADE522 | ATE556 Spring 2021 Nenwe Geeso
Table of Contents
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04 SITE 05 SITE HISTORY 06-10 SITE INFLUENCES - Site boundary - Adjacent building heights - Circulation & green space - Sun path study - Surrounding disciplines 11 CONCEPT DIAGRAM 12 MASSING: INITIAL ITERATION 13 MASSING AND PROGRAM DEVELOPMENT 14-15 PRECEDENT STUDIES 18 SITE PLAN 19 PROGRAM 20-23 FLOOR PLAN - Ground - Level 2 - Level 3 - Level 4 24 VIEWPOINT RENDERINGS 26 SECTION: TRANSVERSE PERSPECTIVE
28 COURTYARD RENDERINGS 30 SECTION: LONGITUDINAL DETAIL 32 MATERIALITY 34-35 BUILDING ENVELOPE - Shading solution - Shading system elevation diagram 36-41 STRUCTURE SOLUTION - Framing plan - HVAC - Egress & Circulation 42 SEFAIRA ANALYSIS
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SITE Arizona State University - Tempe Campus - Wilson Hall
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Green Space
Site
Circulation
SITE HISTORY
Located on the Arizona State University - Tempe Campus, the site is located where Wilson Hall resides. Wilson Hall was built in 1956 as a residence hall. Just off of popular Cady Mall, the building currently houses administrative and academic departments of the College of Liberal Arts and Sciences. For many students this building was not one they intereacted with but rather just walked around to get to the more utilized and populated buildings on campus.
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Site
Hayden Library
Hayden Lib.
Payne Hall
West Hall
Coor Hall
Dixie Gammage
Building Site Boundary
Student Pavilion Danforth Chapel
Mouer
Student Services
Interdisciplinary
Farmer Education
Cayden Mall
Orange Mall
Memorial Union
Interdisciplinary
Circulation Circulation
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Site Adjacent Building Heights
Refrenced from Team 3B
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Site
Hayden Library
Hayden Lib.
Payne Hall
West Hall
Coor Hall
Dixie Gammage
Circulation and Green Space
Student Pavilion Danforth Chapel
Mouer
Student Services
Interdisciplinary
Farmer Education
Cayden Mall
Orange Mall
Memorial Union
Interdisciplinary
Circulation Green Space
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Site
Student Pavilion
Interdisciplinary
March 21st
Hayden Lib.
West Hall
Dixie Gammage
West Hall Interdisciplinary
June 21st
Mouer
Memorial Union
Cayden Mall
Orange Mall Farmer Education
Interdisciplinary
Memorial Union
Cayden Mall
Mouer Interdisciplinary
Cayden Mall
Danforth Chapel
Orange Mall Farmer Education
Student Services
Student Services
Interdisciplinary
Mouer
Hayden Library Student Pavilion
Wilson Hall
Danforth Chapel
Orange Mall Farmer Education
Payne Hall Student Pavilion
Wilson Hall
Danforth Chapel
Hayden Library
Student Services
Wilson Hall
Coor Hall
Hayden Lib.
Payne Hall
Dixie Gammage
Hayden Library
Hayden Lib.
Payne Hall
Coor Hall West Hall
Coor Hall
Dixie Gammage
Climate Analysis
Memorial Union
Interdisciplinary
December 21st Sun Wind
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Site
Hayden Library
Hayden Lib.
Payne Hall
West Hall
Coor Hall
Dixie Gammage
Surrounding Disciplines
Student Pavilion
Wilson Hall
Danforth Chapel
Mouer
Student Services
Interdisciplinary
Farmer Education
Cayden Mall
Orange Mall
Memorial Union
Interdisciplinary
Mixed student use Design/fine arts Space flight facility Mary Lou Fulton teachers college
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CONCEPT DIAGRAM
Hayden Library
Hayden Lib.
Payne Hall
West Hall
Coor Hall
Dixie Gammage
Connectivity from buillding to - Circulation - Disciplines - Surrounding green space
Student Pavilion Danforth Chapel
Interdisciplinary
Mouer
Student Services
Farmer Education
Cayden Mall
Orange Mall
Memorial Union
Interdisciplinary
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Massing: Initial Iteration
Surrounded by a variety of disciplines and intertwined by the surrounding circulation, the site forms as a connection.
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Iteration 1
Massing and Program Development
C.R. SMALL
C.R. SMALL
CONF. ROOM
CONF. ROOM
LARGE
CONF. ROOM
50 0 25 CLASSROOM
CONF. CONF. CONF. ROOM ROOM ROOM
LARGE
MEDIUM
MEDIUM
MEDIUM
X-LARGE
Iteration 2
125ft
CLASSROOM 30 SEAT
CLASSROOM 30 SEAT
CLASSROOM
CLASSROOM
30 SEAT
CLASSROOM
OPEN WORK STATION
MEDIUM
MEDIUM
0 25 50
CONF. ROOM
PRIVATE OFFICE
LARGE
CLASSROOM
MEDIUM
DEAN/DIREC.
30 SEAT
CONF. CONF. ROOM ROOM
MEDIUM
125ft
STANDARD PRIVATE OFFICE
PRIVATE OFFICE
MEDIUM
RECEPTION
PRIVATE OFFICE
DEAN/DIREC.
DEAN/DIREC.
STANDARD PRIVATE OFFICE
TESTING OFFICE
MEDIUM
INDIVIDUAL TESTING ROOMS
C
CONF. ROOM
CONF. ROOM
LARGE
D
CONF. ROOM
E
F
G
C.R.
H
C.R.
MEDIUM
MEDIUM
I
CONF. ROOM
OFFICE
MEDIUM
SHARED/ OPEN
GROUP TESTING ROOM
80 SEAT TRADITIONAL
100 SEAT TRADITIONAL
CONF. ROOM
SUPERVISOR.
CLASSROOM
CLASSROOM
COMPUTER LAB
B
J
university classroom
university classroom
university classroom
student support for department
student support for department
student support for department
academic department
academic department
academic department
B
C
D
1
C.R.
E
F
CONF. ROOM MEDIUM
G
CLASSROOM 30 SEAT
I
H
B
J 1
CONF. ROOM MEDIUM
MEDIUM
LARGE
2
C.R. CONF. ROOM MEDIUM
SMALL
RECEPTION/ LOBBY
C.R. SMALL
CLASSROOM
CLASSROOM
30 SEAT
30 SEAT
A
C.R.
MEDIUM
C.R.
MEDIUM
30 SEAT
3
C.R.
A
CLASSROOM
100 SEAT TRADITIONAL
CLASSROOM
25
50
125ft
CLASSROOM 30 SEAT
CONF. ROOM
STANDARD PRIVATE OFFICE
30 SEAT
LARGE
TESTING OFFICE
F
G
PRIVATE OFFICE
I
H
J 1
PRIVATE OFFICE
DEAN/DIREC.
DEAN/DIREC.
OFFICE
A
0
25
STANDARD PRIVATE OFFICE
50
STANDARD PRIVATE OFFICE
Floor 2
RECEPTION
DEAN/DIREC.
125ft
2 3
0
25
50
125ft
4
4
SHARED/ OPEN
PRIVATE OFFICE SUPERVISOR.
3
CLASSROOM
MEDIUM
GROUP TESTING ROOM
80 SEAT TRADITIONAL
5
Floor 1
0
CONF. ROOM
4 COMPUTER LAB
E
SHARED OFFICE
CLASSROOM 30 SEAT
D
2
30 SEAT
MEDIUM
C
STANDARD PRIVATE OFFICE
CLASSROOM
CLASSROOM
OPEN WORK STATION
TECH CONTROL / STORAGE .
RESEARCH DRY LAB / PROJECT ROOMS
STANDARD PRIVATE OFFICE
X-LARGE
Iteration 3
125ft
30 SEAT
SHARED OFFICE
30 SEAT
RECEPTION/ LOBBY
CONF. CONF. CONF. ROOM ROOM ROOM
STANDARD PRIVATE OFFICE
0 25 50
CLASSROOM
30 SEAT
30 SEAT
RESEARCH DRY LAB / PROJECT ROOMS
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TECH CONTROL / STORAGE .
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Floor 3 university classroom student support for department academic department
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Precedents PROJECT NAME Cal Poly Pomona Student Services Building ARCHITECT CoArchitects SIZE 138,400 GSF COMPLETION DATE 2018 LOCATION Pomona, CA CLIENT California State Polytechnic University, Pomona
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Precedents PROJECT NAME ENVIRONMENT + NATURAL RESOURCES 2 ARCHITECT Richard Kennedy Architects COMPLETION DATE 2015 LOCATION Tucson, AZ CLIENT University of Arizona
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Occupancy & Building Type Total Area : 75,300 SQFT Stories: 4 Building Height: 51ft Consruction Type - CFT reinforced concrete columns - Post tension concrete slab floors B- Business Occupancy Based on program requirements and project location, the project is following the IBC and includes but not limited to: 1- Offices 2- Educational past the 12th grade A - Assembly spaces over 50 person classified as (A Assembly) facitilites such as: 1- Classrooms +50 students 2- XL conference rooms 17
Site Plan
0 25 50
18
125ft
Program ACADEMIC DEPARTMENT
UNIVERSITY CLASSROOMS
FREE PROGRAMMABLE SPACE
STUDENT SUPPORT
DEPARTMENT
25,000 SQFT.
28,500 SQFT.
A
B
C
D
E
F
1
G
H
I
13,500 SQFT.
A
J
B
C
D
8,300 SQFT.
E
F
B
C
D
E
F
G
H
I
J
5
5
Floor 1
A
4
4
5
J
3
3
4
I
2
2
3
H
1
1
2
G
TOTAL 75,300SQFT
Floor 2
Floor 3
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Floor Plan: Floor 1
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
0
N
20
25
50ft
Floor Plan: Floor 2
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
02
5
50ft
N
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Floor Plan: Floor 3
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
02
N
22
5
50ft
Floor Plan: Floor 4
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
02
5
50ft
N
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View Point Renderings
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0 25 50
125ft
N
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Section: Transveres Perspective
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parapet thermal insulation roofing membrane roof deck
post tension concrete slab 12”
post tension concrete slab 12”
insulated glass panels
post tension concrete slab 12” wood finish ceiling 1” vertical fins curtain wall concrete 6” vapor barrior 3/32” stone-gravel 2” sand 4”
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4
3
2
1
51’ roof
42‘ level 4 38‘ ceiling
29‘ level 3 25‘ ceiling
16‘ level 2 12‘ ceiling A
B
C
D
E
F
G
H
I
J
1
0‘ ground
2
3
4
5
27
28
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Section: Longitudinal Detail
insulated glass panels curtain wall concrete 8” vapor barrior 3/32” stone-gravel 2” sand 4”
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10'-0" 4'-10" 10'-0”
metal mesh vertical fins
4’-10”
wood finish ceiling 1”
11’- 0”
post tension concrete slab 12”
B
4'-10"
A
C
D
E
F
G
H
I
J
+44'-0" 4 Fourth Floor
+30'-0" 3 Third Floor
+16'-0" 2 Second Floor
0" 1 First Floor
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
31
Materiality
32
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
0
25
50ft
N
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Building Envelope: Shading Solution
Reference : Sauerbruch Hutton Cologne Oval Office
Reference : Sauerbruch Hutton Cologne Oval Office
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Reference : C.F. Møller Architects | The Maersk Tower
Shading Solution:
Shading System Elevation Diagram A
B
C
D
E
F
G
H
I
J
South
J
I
H
G
F
D
E
C
B
A
North
1
West
2
3
4
5
5
4
3
2
1
East
35
Structure Solution: Framing Plan Post-tension concrete slab with 18” concrete columns 30 x 40 structural grid
A
B
C
D
E
F
H
I
A
J
1
1
2
2
3
3
4
4
5
5
Floor 1
36
G
B
C
D
E
Floor 2
F
G
H
I
J
A
B
C
D
E
F
G
H
I
A
J
1
1
2
2
3
3
4
4
5
5
Floor 3
B
C
D
E
F
G
H
I
J
Floor 4
37
Structure Solution: HVAC Possible System: Central All-Air Systems - Variable Air Volume (VAV) Advantages: - High degree of local temperature control at moderate cost - Economical to operate and virtually self-balancing Major Components:
A
B
C
D
E
1
H
I
A
J
2
3
3
4
4
5
5
Floor 1
38
G
1
2
Refrenced from The Architect’s Studio Companion sixth edition
F
B
C
D
E
F
G
H
I
J
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
Floor 2
Floor 3
Supply Return
39
Structure Solution: Egress + Circulation IBC Class B Travel Distance less than 130 ft
A
B
C
D
E
F
G
1
I
A
J
B
C
D
E
F
G
1
2
2
3
3
4
4
5
40
H
5
Floor 1
Floor 2
Max distance to egress 90ft
Max distance to egress 130ft
H
I
J
A
B
C
D
E
F
G
H
I
A
J
1
1
2
2
3
3
4
4
5
5
B
C
D
E
F
G
Floor 3
Floor 4
Max distance to egress 130ft
Max distance to egress 130ft
H
I
J
Egress
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Sefaira Analysis: Initial Studies
The initial mass is connected with levels 2 and 3. Shown above is a fair amount of well lit space at 60%, with 20% of the space overlit and 20% underlit. The energy use intensity is at a value of 36. Over all the mass would need a shading system on the south and west face to bring in a better amount of comfortable and well lit space. Proper shading overall will allow to bring the energy use intensity to a more efficent value, raising the overall comfort within the building.
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Sefaira Analysis: Solution Development
A
B
C
D
E
F
G
H
I
J
South J
I
H
G
F
D
E
C
B
A
North
5
4
3
2
1
East
Using the initial studies from sefaria, the shading system was developed to contain the intensity of the heat coming in from the south and west directions of the site. The vertical fins are arranged and at an angled proximity to one another redirecting the sunlight and shading the curtain wall system. Where as the vertical fins are arranged in a straight and directly open direction to allow the natural daylight to enter the building.
1
2
3
4
5
West
43
Nenwe Geeso nenwe.g@gmail.com