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Proposed Student Center for Judson University Campus.
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[Graduate Portfolio_Eric Blowers]ARC652- Spring 2015
Professor Keelan Kaiser
Table of Contents
Final Boards..........1
Site Analysis/Preliminary Imagery..........2-4
Final Imagery..........5-26
Sustainable Considerations..........27-33
Physical Model Imagery..........34
[Graduate Portfolio_Eric Blowers]
ARC652- Spring 2015Professor Keelan Kaiser
2Scale: 1/16" = 1'-0"
Reroute vehicular circulation to allow for car-free quad
Vector analysis of views, pedestrian circulation, and building geometry re-lationships
Distillation of vector analysis and ex-pansion of Chapel to mark presence of new quad
Quad buildings sculpted to priviledge views to chapel tower from multiple views looking into new quad
Demolition of existing science build-ing, former Browne Library, and Single family home adjacent campus
1. Harm A. Weber Academic Center2. Ohio Hall3. Wilson Hall4. New Campus Admin. Offices and Alumni Center5. Campus Apartments/Health Center6. New Math and Science Building7. New Academics Building8. New Student Dorms9. Renovated/expanded Chapel10. New Academic/Student Center11. Barton House12. Lindner Commons
Campus Building Key
Site Plan1/100 = 1
[ S t u d e n t C e n t e r ]
Contemporary Rain GardensFlexible Green Space Native Prairie PlantingIntegrated Fire Pit Green Amphitheatre
Divert vehicular circulation to create vehicle-free quad
Demolition of existing science building, former Browne Library, and single-family home adjacent campus
Vector composition: analysis of views, pedestrian cirulation, and building geometry relationships
Qua
d Fo
rm_D
eriv
atio
n
Establish vector hierarchy and expand Chapel to mark presence of new quad
Quad building sculpted according to vector analysis to privilege views to chapel tower from multiple views looking into new quad
1
2
3
4
5
8
9
1
2
3
5
4
6 11
8
7
10
12
Judson University is a small evangelical liberal arts university that prides itself on its integration of faith and academics in each realm of study. Prior to the construction of the Harm A. Weber Academic Center (HAWAC) in 2007, the small, humble campus lacked identity. The campus is composed of small utilitarian red brick buildings that serve their baseline purpose but fail to inspire the students interact with them on a daily basis. When HAWAC was completed, it became the symbol of academic excellence at Judson University. It made the statement that Judson provides an excellent education to the students that attend there and that it is here to stay. The new Student Center and Honors Dorms at Judson University will make a similar statement. The role and influence of the student in the academic setting is just as important as the academic aspect of the college experience, especially in the context of an evangelical institution. This manifests itself in a dynamic manner that suits the needs of the 21st century col-lege student, provides spaces for academic, social, and spiri-tual growth while responding sensitively to the natural environ-ment.
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areasEast/West Bar for
Optimal Solar OrientationDivide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
inspiration_form
Stu
dent
Cen
ter
Form
_Der
ivat
ion
1
2
3
4
5
inspiration_materiality
dynamic- speaks of the current age reflects student life on a thriving college campus
composite metal panel- light and contemporary
student government chamber- create interior focal feature to spur on a sense of pride and ownership of space for students
frame views- using the built environment to frame views of nature for unique human experience
Visible presence Empower Students
Communal Space
Individual Space
Establish place
Promote equality
Link on-campus lounge network Place of activity
Inward focus
Outward focus
Promote earth consciousness
Place of rest
Elevate student relevance
Facilitate cross disciplinary relationships
Connection to nature
Encourage Relationships
Acommodate varying sized-groups of students
Accessible location on campus
Wilson Hall- Eyrie Lounge Volkman Hall- Lounge Ohio Hall- Lounge Lindner Commons+ Large gathering space- Distant from active parts of campus- Caters to tower residents- Disconnect with nature- Hidden away from street view- Uninspiring space
+ Medium gathering space+ - Somewhat flexible seating options+ - Caters to Wilson residents while giving access to non-Wilson residents- Uninspiring space
+ Large gathering space+ - Somewhat flexible seating/study options- Not acommodating to non-residents
- Small gathering space- Inflexible seating/study options- Not acommodating to non-residents- Cramped uninspiring space- No connection to exterior
+ Large gathering space+ Flexible seating/study options+ Inviting to all campus visitors+ Connection to nature+ Unique architectural space
gateway- focal framing element to invite people in and create a vista toward views beyond
large open concept- for large communal gatherings to create a sense of unity and inclusiveness among student body
transparent private spaces- to allow for private smaller group gatherings however in a way that encourages interaction while providing natural daylight possibilities
aluminum louvers- light and contemporary
corten steel- for rich coloration and to relate to foundational principles of faith based university [as it weathers, it becomes stronger]
iron spot brick- to relate to red brick existing campus buildings but doing so in a more contemporary manner
strong/transparent- draws users in to experience the unique dynamics of the space and what they can see through the facade
juxtaposition of masses- tool for visual and experiential differentiation allowing for spaces that are geometrically unique from common experiences
inspiration_interior
inspiration_experiential
Lindner_upper commons
Existing_student lounge spaces
Student Center_goals
[north elevation]
[east elevation]
[south elevation]
[west elevation]stud
ent
cent
er_e
xter
ior
elev
atio
nsst
uden
t ce
nter
_sec
tion
acad
emic
cen
ter_
sect
ion
brid
ge_s
ecti
on
The Bridge acts as a link connecting the Student Center with Academic center providing a dynamic
space for student activity while providing shade for the patio below where students can interact
with nature utilizing views to the quad (north) and the river beyond (south).
Classrooms accept natural daylight while barrowing daylight from the central
atrium to light space that is too deep in plan for accepting light from exterior.
The atrium provides breakout space that is flooded with natural daylight to connect
users with nature especially during the bitter winter months.
The open plan allows for flexibility in use for differing activities while providing a variety of work/relaxation nodes. The transparency of the North/South facades connects the student center interior to the dynamic quad space and the views to the river beyond. The transparency displays student activity on the interior to draw in other students to experience the building.
Bridge + Patio
Classrooms + Atrium
Flexibility + Transparency
R
R
RR
R
R
R
R
Scale: 1/16" = 1'-0"
Student CenterHonors Housing
First Floor Plan
Academic CenterEntry/Cafe Seating
Entry/Lounge EntryCafe
[2] Studio Apartments 260 Seat Lecture HallSocial Stair
[3] One-Bedroom Apartments Faculty OfficesOpen Seating/Lounge
Computer Lab
Storage
Restrooms
[2] Two-Bedroom Apartments
7,350 sf 8,900 sf 9,200 sf
Faculty Lounge
Restrooms
11 12
2 233 344 4
5567
11/16 = 1N
R
R
R
RR
R
R
R
Scale: 1/16" = 1'-0"
Student Center
Second Floor Plan
Honors Housing Academic Center
Open Seating/LoungeEntry Open Atrium/breakout space
Desk Work Stations[2] Studio Apartments (5) Academic Classrooms
Booth Seating[3] One-Bedroom Apartments Storage
(4) Private Study Rooms
Media Viewing Room
Restrooms
[2] Two-Bedroom Apartments Restrooms
11 1
22 2
33 3
44 4
5
6
21/16 = 1
N
8,550 sf 10,750 sf6,850 sf
Scale: 1/16" = 1'-0"
Student CenterHonors Housing Academic Center
Open Seating/LoungeRooftop Entry (5) Academic Classrooms
(4) Student Gov. OfficesRooftop Patio Restrooms
Student Gov. Media LabGreen Roof
Student Gov. Conference
Bridge Lounge
PV Roof Access
11 1
22 233
445
Third Floor Plan 31/16 = 1N
1,450 sf 9,500 sf 8,880 sf
stud
ent
cent
er_e
ntry
/ca
fest
uden
t ce
nter
_1st
flo
orst
uden
t ce
nter
_2nd
flo
orfir
st f
loor
stud
ent
cent
er_2
nd f
loor
sect
ion_
long
itud
inal
acad
emic
cen
ter_
2nd
flo
or
Operable windows allow for adequate natural daylighting throughout and allow for fresh air to enter and circulate the interior spaces. Warm air rises and is exhausted through mechanized
windows at each atria creating comfortable interior spaces without the active use of the HVAC system.
Atria + Sustainability
exte
rior
_bri
dge
exte
rior
_sw
per
spec
tive
exte
rior
_qua
d pe
rspe
ctiv
est
uden
t ce
nter
_bri
dge
stud
ent
cent
er_g
ov. w
ing
stud
ent
cent
er_g
ov. w
ing
thir
d flo
orth
ird
floor
thir
d flo
or
winter_solstice
summer_solstice
spring/fall_equinox
sout
hern
faca
de_s
olar
con
trol
9am
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
-louvers block
most solar g
ains
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
nearly all sol
ar gains
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
9am
9am
11am
11am
11am
2pm
2pm
2pm
4pm
4pm
4pm
roof mounted photovoltaics
native prairie planting to restore local ecosystem
resilient exterior building materials for durability and longevity
east/west bar orientation drought resistant plantingsre-use brick from demolished buildings for on-site hardscape
louvers on south facade to control daylight penetration
site_strategiesbuilding_strategies
geothermal system [quad acts as geothermal field] low flow water fixtures
building form does not interfere with daylighting strategies of adjacent structures
honors housing green roof for optimal insulation and on-site rainwater management
utilization of existing trees for shading facade of quad buildings
rainwater collection for site irrigation
Bioswales for on-site stormwater retention
light colored roof for maximum solar reflectivity
conservative E/W glazing ratios
triple glazed clerestory windows for optimal natural daylighting
utilize existing on campus parking
minimized east/west glazing with operable perforated metal shading devices
use of local materials
fins on northern facade to block harsh afternoon sun
1 7
2 8
3 9
4 10
18
13
14
15
16
17
11
19
12
20
21
5
6
sust
aina
ble_
stra
tegi
es
23
4
5
6
7
8
10
11
12
15
13
14
16
17
18
19
21
20
southern fa
cade_susta
inable strat
egies
honors dorm_sustainable strategies
building integrated photovoltaics
triple pane low-e continuous clerestory glazing with mechanized windows to allow for natural ventilation
highly insulated roof construction with mounted photovoltaics
skylight domes to allow for natural daylight deep into classroom spaces
fixed louvers to control daylight while allowing uninterrupted views
light interior finishes for optimal daylighting
operable glazing for user control
concrete slabs to utilize thermal mass during winter months
interior glazing to allow for ambient atrium daylight to enter classroom spaces
atrium light well to allow ambient daylight to enter first floor lecture hall
high efficiency LED lighting with daylight sensors
interior glazing to allow for ambient atrium daylight to enter classroom spaces
interior glazing to allow for ambient daylight to enter corridor
highly insulated durable wall construction
mechanical space for geothermal system and other mechanical equipment
first floor wall depressed to utilize second floor overhang to shade office glazing during summer months
high efficiency low-e double pane glazing
Out of necessity to shape the quad geometry, the honors dorm building takes on a N/S bar geometry. This is an appropriate compromise
due to the use of the building however. In order to account for this, the facade glazing
ratio is conservatively composed with operable perforated metal screening elements to give
occupants the ability to control natural daylight penetration to their preference during morning
and afternoon hours. This
PV arrays to supplement geothermal system
Adjacent building to aid in shading building facade and rooftop patio
Triple-pane clerestory windows to naturally light corridor and allow for natural ventilation
Green roof for on-site storm water retention
Conservative glazing ratios on East/West Facades
AR
C6
52
_fin
al b
oard
s
1
Different iterations of how to effectively divert existing vehicular roadway to
create pedestrian only quad.
Refinement of quad geometry shaped by facing buildings while showing
vehicular and pedestrian pathways.
Quad facing building form iterations to create exterior spaces of varying
scales for group gatherings that are semi-private yet still are connected
to the thriving quad.cam
pus
plan
_vec
tor
anal
ysis
2
2
3
1
prel
imin
ary_
build
ing
+ s
ite
mas
sing
2
3
2
2
3
3
11 1[Bui
ldin
g m
assi
ng]
[Bui
ldin
g m
assi
ng]
[Qua
d m
assi
ng]
[Qua
d m
assi
ng]
3
Scale: 1/16" = 1'-0"
Scale: 1/16" = 1'-0"Scale: 1/16" = 1'-0"
Student Center Section Academic Section
Longitudinal Section
Southeast Aerial PerspectiveSouthwest Aerial Perspective
1/16 = 1 1/16 = 1
1/16 = 1
Scale: 1/16" = 1'-0"
Scale: 1/16" = 1'-0"Scale: 1/16" = 1'-0"
Student Center Section Academic Section
Longitudinal Section
Southeast Aerial PerspectiveSouthwest Aerial Perspective
1/16 = 1 1/16 = 1
1/16 = 1
Scale: 1/16" = 1'-0"
Scale: 1/16" = 1'-0"Scale: 1/16" = 1'-0"
Student Center Section Academic Section
Longitudinal Section
Southeast Aerial PerspectiveSouthwest Aerial Perspective
1/16 = 1 1/16 = 1
1/16 = 1
[Site Perspective 1] [Student Center Section]
[Academic Center Section]
[Longitudinal Section]
[Site Perspective 2]
[Site Perspective 3]
[Site Perspective 4]
stud
ent
cent
er_p
relim
inar
y im
ager
y
4
[ S t u d e n t C e n t e r ]
Judson University is a small evangelical liberal arts university that prides itself on its integration of faith and academics in each realm of study. Prior to the construction of the Harm A. Weber Academic Center (HAWAC) in 2007, the small, humble campus lacked identity. The campus is composed of small utilitarian red brick buildings that serve their baseline purpose but fail to inspire the students interact with them on a daily basis. When HAWAC was completed, it became the symbol of academic excellence at Judson University. It made the statement that Judson provides an excellent education to the students that attend there and that it is here to stay. The new Student Center and Honors Dorms at Judson University will make a similar statement. The role and influence of the student in the academic setting is just as important as the academic aspect of the college experience, especially in the context of an evangelical institution. This manifests itself in a dynamic manner that suits the needs of the 21st century college student, provides spaces for academic, social, and spiritual growth while responding sensitively to the natural environment.
prop
osed
qua
d_ae
rial
per
spec
tive
5
Reroute vehicular circulation to allow for car-free quad
Vector analysis of views, pedestrian circulation, and building geometry re-lationships
Distillation of vector analysis and ex-pansion of Chapel to mark presence of new quad
Quad buildings sculpted to priviledge views to chapel tower from multiple views looking into new quad
Demolition of existing science build-ing, former Browne Library, and Single family home adjacent campus
Reroute vehicular circulation to allow for car-free quad
Vector analysis of views, pedestrian circulation, and building geometry re-lationships
Distillation of vector analysis and ex-pansion of Chapel to mark presence of new quad
Quad buildings sculpted to priviledge views to chapel tower from multiple views looking into new quad
Demolition of existing science build-ing, former Browne Library, and Single family home adjacent campus
Reroute vehicular circulation to allow for car-free quad
Vector analysis of views, pedestrian circulation, and building geometry re-lationships
Distillation of vector analysis and ex-pansion of Chapel to mark presence of new quad
Quad buildings sculpted to priviledge views to chapel tower from multiple views looking into new quad
Demolition of existing science build-ing, former Browne Library, and Single family home adjacent campus
Reroute vehicular circulation to allow for car-free quad
Vector analysis of views, pedestrian circulation, and building geometry re-lationships
Distillation of vector analysis and ex-pansion of Chapel to mark presence of new quad
Quad buildings sculpted to priviledge views to chapel tower from multiple views looking into new quad
Demolition of existing science build-ing, former Browne Library, and Single family home adjacent campus
Reroute vehicular circulation to allow for car-free quad
Vector analysis of views, pedestrian circulation, and building geometry re-lationships
Distillation of vector analysis and ex-pansion of Chapel to mark presence of new quad
Quad buildings sculpted to priviledge views to chapel tower from multiple views looking into new quad
Demolition of existing science build-ing, former Browne Library, and Single family home adjacent campus
Quad Form_Derivation
Building Form_Derivation
Divert vehicular circulation to create vehicle-free quad
Demolition of existing science building, former Browne Library, and single-family home adjacent campus
Vector composition: analysis of views, pedestrian cirulation, and building geometry relationships
Establish vector hierarchy and expand Chapel to mark presence of new quad
Quad building sculpted according to vector analysis to privilege views to chapel tower from multiple views looking into new quad
5
5
4
4
3
3
2
2
1
1
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
East/West Bar for Optimal Solar Orientation
Divide Mass for Circulation, Views, and Separation of Program
Mass Refinement for program efficiency
Roof Extrusion for Clerestory Windows
Bridge connecting major program areas
mas
sing
/fo
rm_d
eriv
atio
n
6
Scale: 1/16" = 1'-0"
1. Harm A. Weber Academic Center2. Ohio Hall3. Wilson Hall4. New Campus Admin. Offices and Alumni Center5. Campus Apartments/Health Center6. New Math and Science Building7. New Academics Building8. New Student Dorms9. Renovated/expanded Chapel10. New Academic/Student Center11. Barton House12. Lindner Commons
Campus Building Key
8
9
1
2
3
5
4
611
87
10
12
New Quad_Elements
New Quad_Plan Proposed_Campus Plan
Contemporary Rain GardensFlexible Green Space Native Prairie PlantingIntegrated Fire Pit Green Amphitheatre
Scale: 1/16" = 1'-0"
7
cam
pus
quad
_dev
elop
men
t
inspiration_form
inspiration_materiality
dynamic- speaks of the current age reflects student life on a thriving college campus
composite metal panel- light and contemporary
student government chamber- create interior focal feature to spur on a sense of pride and ownership of space for students
large open concept- for large communal gatherings to create a sense of unity and inclusiveness among student body
transparent private spaces- to allow for private smaller group gatherings however in a way that encourages interaction while providing natural daylight possibilities
aluminum louvers- light and contemporary
corten steel- for rich coloration and to relate to foundational principles of faith based university [as it weathers, it becomes stronger]
iron spot brick- to relate to red brick existing campus buildings but doing so in a more contemporary manner
strong/transparent- draws users in to experience the unique dynamics of the space and what they can see through the facade
juxtaposition of masses- tool for visual and experiential differentiation allowing for spaces that are geometrically unique from common experiences
inspiration_interior
stud
ent
cent
er_a
rchi
tect
ural
pre
cede
nts
frame views- using the built environment to frame views of nature for unique human experience
gateway- focal framing element to invite people in and create a vista toward views beyond
inspiration_experiential
8
Wilson Hall- Eyrie LoungeLindner Tower- 5th/7th Floor Lounges Volkman Hall- Lounge Ohio Hall- Lounge Lindner Commons
+ Large gathering space- Distant from active parts of campus- Caters to tower residents- Disconnect with nature- Hidden away from street view- Uninspiring space
+ Medium gathering space+ - Somewhat flexible seating options+ - Caters to Wilson residents while giving access to non-Wilson residents- Uninspiring space
+ Large gathering space+ - Somewhat flexible seating/study options- Not acommodating to non-residents
- Small gathering space- Inflexible seating/study options- Not acommodating to non-residents- Cramped uninspiring space- No connection to exterior
+ Large gathering space+ Flexible seating/study options+ Inviting to all campus visitors+ Connection to nature+ Unique architectural space
Visible presence Empower Students
Communal Space
Individual Space
Establish place
Promote equality
Link on-campus lounge network Place of activity
Inward focus
Outward focus
Promote earth consciousness
Place of rest
Elevate student relevance
Facilitate cross disciplinary relationships
Connection to nature
Encourage Relationships
Acommodate varying sized-groups of students
Accessible location on campus
stud
ent
cent
er_g
oals
exis
ting_
stud
ent
loun
ge s
pace
s
9
stud
ent
cent
er_f
irst
flo
or p
lan
R
R
RR
R
R
R
R
Scale: 1/16" = 1'-0"
Student CenterHonors Housing Academic CenterEntry/Cafe Seating
Entry/Lounge EntryCafe
[2] Studio Apartments 260 Seat Lecture HallSocial Stair
[3] One-Bedroom Apartments Faculty OfficesOpen Seating/Lounge
Computer Lab
Storage
[2] Two-Bedroom Apartments
7,350 sf 8,900 sf 9,200 sf
Faculty Lounge
Restrooms
11 12
2 233 344 4
556
N
10
11
R
R
R
RR
R
R
R
Scale: 1/16" = 1'-0"
Student CenterHonors Housing Academic Center
Open Seating/LoungeEntry Open Atrium/breakout space
Desk Work Stations[2] Studio Apartments (5) Academic Classrooms
Booth Seating[3] One-Bedroom Apartments Storage
(4) Private Study Rooms
Media Viewing Room
Restrooms
[2] Two-Bedroom Apartments Restrooms
11 1
22 2
33 3
44 4
5
6
N
8,550 sf 10,750 sf6,850 sf
stud
ent
cent
er_g
oals
12
Scale: 1/16" = 1'-0"
Student CenterHonors Housing Academic Center
Open Seating/LoungeRooftop Entry (5) Academic Classrooms
(4) Student Gov. OfficesRooftop Patio Restrooms
Student Gov. Media LabGreen Roof
Student Gov. Conference
Bridge Lounge
PV Roof Access
11 1
22 233
445
N
1,450 sf 9,500 sf 8,880 sf
stud
ent
cent
er_t
hird
flo
or p
lan
stud
ent
cent
er_e
xter
ior
elev
atio
ns
[north elevation]
[east elevation] 13
stud
ent
cent
er_e
xter
ior
elev
atio
ns
[south elevation]
[west elevation] 14
The Bridge acts as a link connecting the Student Center with Academic center providing a dynamic space for student activity. This unique building
element also provides shade for the patio below where students can gather individually, in small groups, or for larger outdoor campus events. This space
provides a comfortable area where students can interact with the picturesque campus utilizing views to the quad (north) and the river beyond (south).
Bridge + Patio
stud
ent
cent
er_b
ridg
e se
ctio
n
15
Adequate natural daylight in classrooms is crucial for student productivity as well as energy efficiency concerns. Typical classrooms have deep footprints and access to daylight on only one wall. The
classrooms in the new academic center accept natural daylight directly from exterior glazing while also barrowing daylight from the central atrium space. This successfully lights the space that is too deep in
the plan for accepting light from exterior glazing. The atrium provides flexible breakout space for student gathering that is flooded with natural daylight to connect users with nature during all months of the year.
Classrooms + Atrium
stud
ent
cent
er_a
cade
mic
sec
tion
16
The open plan allows for flexibility in use for differing activities while providing a variety of work/relaxation nodes. The transparency of the North/South
facades connects the student center interior to the dynamic quad space and the views to the river beyond. The transparency displays student
activity on the interior to draw in other students to experience the building.
Flexibility + Transparency
stud
ent
cent
er_
sect
ion
17
stud
ent
cent
er_q
uad
pers
pect
ive
The student center and honors dorms strong presence on the quad creates a dynamic interplay between the exterior and interior spaces. The new quad
provides open green space for various activities including the possibility for outdoor chapel services and graduation ceremonies. The honors dorm green roof provides a private yet inclusive space for residents to enjoy the quad from a different perspective. The communal fire pit provides a space for students
to gather for smores or an impromptu worship service.
Quad + Community
18
stud
ent
cent
er_e
xter
ior
pers
pect
ive
The dynamic bridge element acts as a dynamic space shaping element while providing shade for the exterior gathering space on the ground level. This bridge
element also frames the view to the Fox River Beyond contributing to to the interest of the space. A welded wire mesh with integrated LEDs create a feature screen
that can be used to view movies or other visual media for viewers across the entire quad. This creates a unique experience for students, one that will allow for large
movie nights or advertisements for upcoming on campus events.
Exterior + Community
19
stud
ent
cent
er_
sw p
ersp
ecti
ve
The building massing is such that it provides pedestrian foot traffic between the student center and honors dorm along the path to the Lindner Commons building. Because this is a heavily traveled route by all students, a secondary
entrance to the student center is provided to draw students into the space as they pass by or return from a meal
Connectivity + Context
20
stud
ent
cent
er_e
ntry
/ca
fe
The entry of the student center provides a variety of seating options appropriate for casual relaxation or eating a snack or meal from the
new cafe/bistro. The openness of the plan allows for natural daylight to reacha majority of the space despite the deep floor plate. The open plan
encourages thriving student interactions and also allows for uninterrupted views through the space to the beauty of Gods creation beyond.
Flexible Seating + Transparency
first floor
21
stud
ent
cent
er_
first
flo
or lo
unge
first floor
The first floor open lounge space is depressed four feet from the student center entry level to account for grade changes while creating
a transition in space to a large double height space highlighting the suspended student government chamber on the third floor.
Comfortable seating and media options allow students to gather communally and relax from the stresses of academic life enjoying
views through the floor to ceiling glazing on the south facade.
Relaxation + Community
22
The open plan allows for flexibility in use for differing activities while providing a variety of work/relaxation nodes. The transparency of the North/South
facades connects the student center interior to the dynamic quad space and the views to the river beyond. The transparency displays student
activity on the interior to draw in other students to experience the building.
Flexible Seating + Work Space
stud
ent
cent
er_s
econ
d flo
or
second floor
23
stud
ent
cent
er_2
nd f
loor
wor
k sp
ace
second floor
The second floor built in work stations and booths provide a variety of options for student seating that promote a productive academic work ethic. They
face the center of the open atrium space creating a connection to the lounge spaces below while highlighting the suspended student government chamber.
Work Stations + Transparency
24
stud
ent
cent
er_
gove
rnm
ent
win
g
The third floor is where the student government chamber has the strongest presence. The clerestory glazing that
wraps the chamber provides daylight deep into the floor plate while creating a dramatic emphasis on the rich textured wood walls. It acts as the symbolic epicenter of student
leadership in the heart of the student oriented spaces.
Daylight + Icon
third floor
25
stud
ent
cent
er_g
over
nmen
t w
ing
The third floor houses a series of open work spaces, flexible seating, conference rooms, offices, and a media lab for use by the Judson Student Organization
and University Missions. These rooms are glazed floor to ceiling to promote the symbolic and literal transparency provided by these organizations while
contributing to natural daylighting strategies. The student government chamber highlights the open space as the heart of the student center.
Student Government + Transparency
third floor
1
stud
ent
cent
er_
brid
ge in
teri
or
The bridge provides another unique experience for students, one that highlights the views of the quad to the north and the Fox River to the south. Because
this space is the bridging element connecting the academic center to the government wing of the student center, it can serve as additional breakout space
for the classrooms or the Judson Student Organization or University Missions.
Connectivity + Community
third floor
1
acad
emic
cen
ter_
sec
ond
floor
atr
ium
second floor
The academic center atrium serves multiple purposes. It floods the central space with daylight creating a unique connection to nature while also supplying ambient daylight into the classrooms that are
organized around the center. Natural ventilation is possible as a result of this programmatic organization and the three-story height of the
space. The atrium creates the opportunity for students to get out of the classroom and utilize this area as breakout space while in class.
Nature + Breakout
26
Operable windows throughout the entire building allow for adequate natural daylighting throughout and for fresh air to enter and circulate the interior
spaces. The interior air rises and is exhausted through mechanized windows at each atria creating a zero energy method of ventilating the interior spaces
without the active use of the HVAC system to accomplish the same goal.
Atria + Sustainability
sect
ion_
long
itud
inal
+ s
usta
inab
ility
27
winter_solstice
summer_solstice
spring/fall_equinox
9am
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
-louvers block
most solar g
ains
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
nearly all sol
ar gains
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-louvers block
all solar gain
s
-clerestories
accept daylig
ht into
atrium
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
-accepting di
rect solar gai
ns
-utilize therm
al mass of co
nc. floor
9am
9am
11am
11am
11am
2pm
2pm
2pm
4pm
4pm
4pm
sout
h fa
cade
_sol
ar c
ontr
ol p
aram
etri
c st
udy
During the frigid Winter months, the louvers on the south facade effectively allow daylight to enter the space. The daylight warms the concrete floors and radiates the heat into the space from the slab throughout the night-time hours alleviating some of the stress placed on the HVAC system. The atrium clerestory glazing serves a similar function allowing natural daylight deep into the academic centers plan.
During the Spring/Fall seaons, the louver system effectively blocks most daylight from entering the space. This is important as the strength of the sun is reletively strong still and excessive direct solar gains would force the HVAC system to kick on to accommodate for the passive heating of the interior space. The atrium clerestories still allow direct gains however to help supercharge the natural ventilation strategies in the space.
During the summer months when the sun is at its strongest, the louver system blocks all direct solar gains from penetrating the facade. This prevents passive solar heating in the interior spaces which would cause excessive stress on the HVAC system to cool the interior spaces.
28
roof mounted photovoltaics
native prairie planting to restore local ecosystem
resilient exterior building materials for durability and longevity
east/west bar orientation drought resistant plantingsre-use brick from demolished buildings for on-site hardscape
louvers on south facade to control daylight penetration
site_strategiesbuilding_strategies
geothermal system [quad acts as geothermal field] low flow water fixtures
building form does not interfere with daylighting strategies of adjacent structures
honors housing green roof for optimal insulation and on-site rainwater management
utilization of existing trees for shading facade of quad buildings
rainwater collection for site irrigation
Bioswales for on-site stormwater retention
light colored roof for maximum solar reflectivity
conservative E/W glazing ratios
triple glazed clerestory windows for optimal natural daylighting
utilize existing on campus parking
minimized east/west glazing with operable perforated metal shading devices
use of local materials
fins on northern facade to block harsh afternoon sun
1 7
2 8
3 9
4 10
18
13
14
15
16
17
11
19
12
20
21
5
6
23
4
5
6
7
8
10
11
12
15
13
14
16
17
18
19
21
20
site
+ b
uild
ing_
sus
tain
able
str
ateg
ies
29
academic c
enter_sect
ional persp
ective
building integrated photovoltaics
triple pane low-e continuous clerestory glazing with mechanized windows to allow for natural ventilation
highly insulated roof construction with mounted photovoltaics
skylight domes to allow for natural daylight deep into classroom spaces
fixed louvers to control daylight while allowing uninterrupted views
light interior finishes for optimal daylighting
operable glazing for user control
concrete slabs to utilize thermal mass during winter months
interior glazing to allow for ambient atrium daylight to enter classroom spaces
atrium light well to allow ambient daylight to enter first floor lecture hall
high efficiency LED lighting with daylight sensors
interior glazing to allow for ambient atrium daylight to enter classroom spaces
interior glazing to allow for ambient daylight to enter corridor
highly insulated durable wall construction
mechanical space for geothermal system and other mechanical equipment
first floor wall depressed to utilize second floor overhang to shade office glazing during summer months
high efficiency low-e double pane glazing
sout
h fa
cade
_sol
ar c
ontr
ol +
env
elop
e co
nstr
ucti
on
30
Out of necessity to shape the quad geometry, the honors dorm building takes on a N/S bar geometry. This is an appropriate compromise due to the residential use of the building however. In order to account for this, the facade glazing ratio is conservatively composed with operable perforated metal screening elements to give occupants the ability to control natural daylight penetration to their preference throughout the day and into the evening.
PV arrays to supplement geothermal system
Adjacent building to aid in shading building facade and rooftop patio
Triple-pane clerestory windows to naturally light corridor and allow for natural ventilation
Green roof for on-site storm water retention
Conservative glazing ratios on East/West Facades
hono
rs d
orm
_ su
stai
nabl
e st
rate
gies
31
relim
inar
y_en
ergy
mod
elin
g
[Southeast Aerial Perspective]
[Southwest Aerial Perspective]
32
final
_ en
ergy
mod
elin
g
33
[Southeast Aerial Perspective]
[Southwest Aerial Perspective]
stud
ent
cent
er_1
/1
6
scal
e m
odel
34