Rebecca Barnes Se le cte d Aca d e mic & Exh ib itio n Wo rks
Rebecca Barnes Se le cte d Aca d e mic & Exh ib itio n Wo rks
ph: 615.300.0170 email: rebecca.barnes06@gmail.com
Table of Contents 1
Gle n d o Pa rk Ob se rva to ry A Sta te o f Hyd ro lo g y | Wy o mi n g
5
HCD Stu d e n t De sig n Ch a rre tt e We lln e ss Ce n te r
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De sig n fo r Sa fe ty: A Ne w Ap p ro a ch to Pa t i e n t Visib ility a n d Awa re n es s i n I CUs
11
Missio n s Fin a n cia l Ba n k BANKING THAT INVESTS IN THE LOCAL COMMUNITY | Sa n A n t o n i o , Te xa s
17
BL NKA: Exh ib itio n Wo rk
50
J
I
5
5.1
H
4.1
4
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50 G
14 3
F
3.1 E
2.1b
D 2.1a
50 2.1
50
2
50
C
B 1.1b
A
1.1a
1.1
1
73’
73’
50
50
50
50
56’ 56’
50
42’
50
50
42’
28 0
488
28
69 50
50
50
50
14’ 14’
0’ 0’
50
50
50
5
-14’
5.1
-14’
28
30
4 J
10
4.1
I
10
50
H
50
10
50
30 30
3 G
10
3.1
2.1b
F
10
2.1a
10 E
10
30
30
2 D
50
10
2.1
1.1b
C
20
50
10
1.1a
10 B
30
10
H3
50
1.1
1
A
50 D2
B1
0
2
4
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30
11
1
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58
56
62
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90
92
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174
site
178
180
Path
50 p
15° g on alking rid e Ram in W G nc
ild Bu
50' ntra E
50
2.1
50
50
1
0
488
50
A Sta te o f Hyd ro lo g y
50
110
120
136
152
168
3.1
Glendo Park Observatory
50
108
50
50
50
50
Wyo min g 1
60
70
72
88
104
118
134
150
166
50
50
Campbell
Crook
Weston
Converse
Niobrara
Glendo State Platte
Goshen
Albany Lamarie
Lamarie Cheyenne
Resources, W. S. P. C. “Glendo Brochure.” Retrieved 9.1.2017, 2017, from http://wyoparks.state. wy.us/index.php/maps-glendo#.
Glendo State Park is located in the Northern High plains; it is one of the 8 states where the Ogallala Aquifer has formed underneath the Earth’s surface. It is primarily utilized for pumping fresh water to irrigate farmland, which has consequently begun depleting its water saturation levels with very little, to no, recharge from regional precipitation. Glendo State Park is in Platte County, which serves outdoor recreation activities such as: boating, camping, and walking trails along the Platte River & Glendo Reservoir. Glendo Park Observatory is situated in an environment that is in a constant state of marine hydrology (water cycle) over the Ogallala Aquifer. Here, the viewer is educated by their visual perceptions of and experiencing the depths of the Ogallala Aquifer of Wyoming. Programmatically cycling to the surface of Wyoming thus beginning the symbolic journey between Earth and World. Earth (as form 1) meaning Wyoming, and World (as form 2) meaning the Ogallala Aquifer of Wyoming. My first iteration of the models helped me to realize the possibilities of how the form sits the site, and to determine a proposal scale to work with while determining the form’s orientation off the horizon. Then, I began to understand human scale of the form on our studio trip to Carlsbad Caverns. There we began our travels down into the depths of the caverns between Earth and the arbitrariness of the form.
Form 1
Form 2
Structure
Floor Levels
Oscillating Ramp
2
1
1.1a
1.1b
2.1a
2
2.1b
4
3
5 A07 A11
A10
A12
A09
A08
A04
A05
A02
A01
A03
A13 B01 B02 B03 B04 B05 B06 B07 B08 C03 C01 C02 C04
6Y
H
C
S
5Y
C
70'
ADMINISTRATION LEVEL
D01 D02 D03 D04 D05
H
Roof
56'
S SEMINAR LEVEL
4Y
D07
42'
D06
H
C
S
E01 GALLERY | OBSERVATION LEVEL
3Y E02
28'
Gallery | Observation
H
C
S GALLERY | OBSERVATION LEVEL
2Y
14'
1Y
Cafe
T H
C
S CONFERENCE LEVEL
0Y
H Kitchen
C
0'
S
Shaft
T
BASEMENT LEVEL -14'
-1Y
Section Detail
1
1.1a
1.1b
Mechanical
Stairs
2.1a
2
2.1b
4
3
5
Electrical
To find a systematic approach to map the form’s arbitrariness, a scale must be implemented in relation to the programmatic requirements at its minimum. In this way we begin to describe these forms not just as an object, but as a means to discover the Ogallala in its observatory state. The development of an integrated coordinate system in relation to the site, form and structure is the basis of understanding its arbitrariness and coordinating the building systems. Stairs
Shaft
Seminar
Womens Restroom
Data
Elevator
(36")
Janitors Closet
The conceptual idea of thin structural members (Earth – form 1) reaching to the Ogallala (World - form 2) supporting the form can be perceived only by its boundaries or edges of the structure. Wyoming’s Ogallala (World - form 2) and structure (Earth – form 1) can be perceived in a manner of phenomenal state of transparency. The ability to see what your mind perceives is there, but not literally. Everything in-between that we do not perceive except the beginning and the end or the edge that make up the whole. Mens Restroom
Theatre
The structural composition of the building consists of glulam columns, beams, façade, and steel plate connections. Cross laminated timber (CLT) for the floor level above grade, and concrete on the conference level and the foundation. Glazing is used to enclose the programmatic spaces and core components. Thus, minimally obscuring the view through the scaffolding like structure.
1
3
1.1a
1.1b
2
2.1a
2.1b
3
4
5
Gallery / Observatory Level
Floor Plans Basement Level
Conference Level
10'
Gallery | Observation Level 10'
10'
10'
10'
10'
GALLERY
SEMINAR
10'
GALLERY
10'
10'
10'
10'
10'
10'
SUB - DIRECTORS OFFICE
30'
30'
10'
10'
10'
JANITORS CLOSET DIRECTORS OFFICE
10'
10' 30'
10'
MULTI - TENANT ROOM
10'
30'
MENS
10'
JANITORS CLOSET 10'
10' 30'
10'
10' 30'
MENS
10'
JANITORS CLOSET 10'
10'
30'
10'
WOMENS 10'
30'
MENS
10'
JANITORS CLOSET
200 CHAIRS
10'
10'
WOMENS 10'
30'
MENS
10'
VRF
STAIRS
STAIRS 10'
WOMENS 10'
30' 10'
JANITORS CLOSET
10'
10'
STAIRS 10'
WOMENS 10'
SPRINKLER PUMP ROOM
30'
30' 10'
10'
STAIRS 10'
PUMP ROOM
Roof Level
10'
10'
30'
30' 10'
STAIRS
ELECTRIC POWER
30'
Administration Level
10'
10'
10'
30'
30'
Seminar Level
10'
HALL RECEPTION
OFFICE 1
SWITCHGEAR ROOM
10' 30' 10'
OFFICE 3 OFFICE 2 30' 30'
MECH. ELEVATOR
ELEC. ROOM
OFFICE 5
DATA ROOM
30'
MECH. ELEVATOR
ELEC. ROOM
ELEC. ROOM
OFFICE 4
STAIRS
STAIRS
PROJECTION ROOM
30'
30'
30' 30'
N
30'
30'
STAIRS
STAIRS
30'
DATA ROOM 30'
DATA ROOM MECH. ELEVATOR
GARDEN
CAFETERIA / BOOKSTORE 30'
30'
30'
KITCHEN
MECH.
30'
30'
30'
ELEC. ROOM
DATA ROOM
28'
- 2"
28'
- 2"
28'
- 2"
28'
- 2"
28'
- 2"
28'
Construction Detail
30'
ELEC. ROOM
30'
STAIRS
100 CHAIRS
DATA ROOM MECH. ELEVATOR
ELEC. ROOM
30'
30'
DATA ROOM MECH. ELEVATOR
30'
30'
30'
- 2"
e
Section Axon
Diagrams Gallery | Observation
Form 1 Diagram Axon Steel to Glulam Column
Form 2 Diagram
Exploded Axon Structural Detail
Systems Diagram
4
A collaborative based project with five team members in total for the 2016 HCD Conference Student Design Charrette. Our concept focused on MD Anderson’s goal to strike out cancer and to design a Wellness Center that promotes and supports a healthy lifestyle. The project criteria has three main components: Co-Presence, Identity, and Community. We also focused on the surrounding communities coming into the medical district through Metro transportation lines. Here is where patients and visitors are meet with a formal Welcome Center (Identity) into the district connecting to the Skybridge Community area. The main programmatic spaces were divided up into 5 different areas with the main axis cutting through the central building highlighting a vibrant co-presence between the patient, visitor, and staff during the day. Noting the Children’s Hospital adjacent to the site, we proposed a park with splash pad that can easily transition into the evening hours. Where the amphitheater continues to invite the external communities to participate in the entertainment provided by the city.
Conceptual Design Development
Project Criteria 1. Co - Presence
2. Identity
The Occurrence of Multiple Users Using and Enjoying the Same Space
Skybridge Gateway The Pedestrian Experience
Ho u sto n , Te xa s
5
3. Community
The Behavioral Health Clinic Is Located On The Third Floor. This Allows Patients To Feel A Sense Of Co-Presence While In Therapy.
Physician Consult Rooms On Lower Level To Both Have Natural Lighting and Privacy.
Green Space
Section
HCD Conference-Student Design Charrette Participation; Houston, Texas, 2016 Team Members: Rebecca Barnes, Erick Carrasco, Jaqueline Guerra, Arturo Loya, and Deborah Pittman
6
Skybridge Community Area
Skybridge Gateway | Welcome Center | Interior
Gateway | Welcome Center | Exterior
Gateway | Welcome Center | Urban Connection
Sponsors: WHR Architects STERIS HCD Healthcare Design Expo+Conference
7
ABSTRACT: Patient rooms with higher visibility are more inclined to have a lower mortality risk. The purpose of
this study is to compare pre-existing and theoretical ICU floor plan typologies using various types of measures to evaluate performance. In order to do so, we identified characteristics with a selection of floor plan configurations - triangular, rectangular, square with radial, square, and hybrid. Patient visibility from the Central Nurses Station to the top 1/3 of patient beds serves as a datum in which to conduct the various measurements including walking distance, lines of sight, space syntax, and Isovist connectivity. The final analysis showed some interesting results with pre-existing square and theoretical triangle floor plans as they mirrored each other in performance. While the square with radial performance ranked in the top one and two spots indicating high patient visibility from the set datum. The use of space syntax and Isovist connectivity have been effective tools of patient visibility, each different floor typology presents variability in walking distance, and lines of sight.
Designing for Safety A N ew Ap p ro a ch to Pa tie n t Visib ility & Awa re n e ss in ICUs Michelle Ossmann, Ph.D., RN, MSN, Director of Healthcare Environments, Steelcase Health Julie Zook, Ph.D., M. Arch, Assistant Professor, Texas Tech University, College of Architecture Rebecca Barnes, Texas Tech University, College of Architecture
8
Background Lower Visibility = Higher ICU Mortality
David E. Leaf, P. H., and Philip H. Factor (2010). “Relationship Between ICU Design and Mortality.” Chest: 1022 - 1027.
Me th o d s
Set Datum
Patient visibility from the Central Nurses Station to the top 1/3 of patient bed
Walking Distance Lines of Sight Dephthmap software to conduct Space Syntax study using Isovist, analyzing the set datum
Units of Measure:
Ranked Measures Average Distance, CNS to Bed
% Rooms Visible From CNS
Average Isovist Connectivity ELEVATOR 01 37 379 SF
UP
STAIRS 36 134 SF PATIENT ROOM 1 307 SF
PATIENT ROOM 10
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
Patient Room 11
PATIENT ROOM 11
PATIENT ROOM 10
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
NS-A
NS-B
NS-C
NS-D
PATIENT ROOM 3 307 SF
PATIENT ROOM 4 307 SF
PATIENT ROOM 20 307 SF
PATIENT ROOM 4
PATIENT ROOM 7 307 SF
PATIENT ROOM 8 307 SF
LOW-VOLTAGE ROOM 25 104 SF
MEDICATION ROOM 31 168 SF PATIENT ROOM 18 307 SF
ALCOVE 30 108 SF
RESPIRATORY THERAPY 24 104 SF STORAGE 26 251 SF
PATIENT ROOM 19 307 SF
BREAKROOM 27 151 SF
PATIENT ROOM 9 307 SF
PATIENT ROOM 10PATIENT ROOM 9 307 SF
ALCOVE 29 98 SF
SOILED ROOM 32 167 SF
PATIENT ROOM 3
PATIENT ROOM 14 PATIENT ROOM 4
NURSE MANAGER OFFICE 33 167 SF
ON-CALL SUITE 39 215 SF
CNS D
CNS C PATIENT ROOM 14
PATIENT ROOM 6 307 SF
NOURISMENT AREA 23 70 SF
CNS A 21 524 SF
CNS B
CNS A
PATIENT ROOM 5
PATIENT ROOM 13
PATIENT ROOM 5 307 SF
ALCOVE 28 62 SF
PATIENT ROOM 5
PATIENT ROOM 13
PATIENT ROOM 12
PATIENT ROOM 2 307 SF
PATIENT ROOM 6
PATIENT ROOM 12
PATIENT ROOM 6
PATIENT ROOM 11 307 SF
CNS B 22 100 SF
PATIENT ROOM 2
PATIENT ROOM 15
PATIENT ROOM 3
ALCOVE 38 95 SF
PATIENT ROOM 12 307 SF
PATIENT ROOM 17 307 SF
PATIENT ROOM 15
PATIENT ROOM 16
PATIENT ROOM 2
PATIENT ROOM 13 307 SF
PATIENT ROOM 16 307 SF
NS-E
PATIENT ROOM 15 307 SF
PATIENT ROOM 1
NS-F
PATIENT ROOM 14 307 SF
PATIENT ROOM 16 PATIENT ROOM 1
STAIRS 34 132 SF
UP PATIENT ROOM 17
PATIENT ROOM 18
PATIENT ROOM 19
PATIENT ROOM 20
UP
ELEVATOR 01 35 471 SF
Tie Patient Room 11
PATIENT ROOM 10
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
PATIENT ROOM 10
PATIENT ROOM 6
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
Patient Room 11
PATIENT ROOM 11
PATIENT ROOM 12
NS-A
PATIENT ROOM 12
PATIENT ROOM 6
CNS B
CNS A
PATIENT ROOM 5
PATIENT ROOM 3
PATIENT ROOM 14 PATIENT ROOM 13
PATIENT ROOM 4
NS-D
NS-C
CNS D
CNS C
PATIENT ROOM 7
PATIENT ROOM 4
NS-B
PATIENT ROOM 3
CNS D
CNS C
PATIENT ROOM 2
PATIENT ROOM 15
PATIENT ROOM 8
PATIENT ROOM 13
CNS B
PATIENT ROOM 14
PATIENT ROOM 9
PATIENT ROOM 5
PATIENT ROOM 4
CNS A
PATIENT ROOM 10
PATIENT ROOM 12
PATIENT ROOM 6
PATIENT ROOM 5
PATIENT ROOM 13
PATIENT ROOM 14
PATIENT ROOM 16
PATIENT ROOM 15
PATIENT ROOM 16
PATIENT ROOM 2
PATIENT ROOM 1
NS-E
PATIENT ROOM 2
PATIENT ROOM 15
PATIENT ROOM 3
PATIENT ROOM 1
NS-F
PATIENT ROOM 16 PATIENT ROOM 1
UP
UP PATIENT ROOM 17
PATIENT ROOM 18
PATIENT ROOM 19
PATIENT ROOM 20
Tie ELEVATOR 02 43 372 SF
PATIENT ROOM 1 384 SF
PATIENT ROOM 20 316 SF
PATIENT ROOM 19 316 SF
PATIENT ROOM 18 316 SF
PATIENT ROOM 17 316 SF
PATIENT ROOM 16 316 SF
PATIENT ROOM 15 316 SF
PATIENT ROOM 14 316 SF
ELEVATOR 02 43 372 SF
PATIENT ROOM 1 384 SF
PATIENT ROOM 13 316 SF
PATIENT ROOM 20 316 SF
PATIENT ROOM 19 316 SF
PATIENT ROOM 18 316 SF
PATIENT ROOM 17 316 SF
PATIENT ROOM 16 316 SF
PATIENT ROOM 15 316 SF
PATIENT ROOM 14 316 SF
ENVIRONMENTAL SERVICE ROOM 28 63 SF
RR 1 39 67 SF RR 1 36 67 SF
RESPIRTORY STORAGE 35 114 SF
ALCOVE 33 106 SF
RR 2 40 67 SF
PATIENT ROOM 3 384 SF
RR 2 37 67 SF
CNS A 21 524 SF
MEDICATION ROOM 31 171 SF
ENVIRONMENTAL SERVICE ROOM 28 63 SF
RR 1 39 67 SF RR 1 36 67 SF
RESPIRTORY STORAGE 35 114 SF
ALCOVE 33 106 SF
RR 2 40 67 SF
PATIENT ROOM 3 384 SF
RR 2 37 67 SF
ON-CALL SUITE 47 309 SF
UP
PATIENT ROOM 5 316 SF
STAIRS 45 192 SF
PATIENT ROOM 6 316 SF
PATIENT ROOM 7 316 SF
PATIENT ROOM 8 316 SF
PATIENT ROOM 9 316 SF
PATIENT ROOM 10 316 SF
PATIENT ROOM 11 316 SF
NURSE MANAGER 46 176 SF
PATIENT ROOM 12 316 SF
ON-CALL SUITE 47 309 SF PATIENT ROOM 5 316 SF
STAIRS 45 192 SF
PATIENT ROOM 6 316 SF
PATIENT ROOM 7 316 SF
PATIENT ROOM 8 316 SF
PATIENT ROOM 9 316 SF
PATIENT ROOM 10 316 SF
PATIENT ROOM 11 316 SF
NURSE MANAGER 46 176 SF
PATIENT ROOM 12 316 SF
PATIENT ROOM 11
PATIENT ROOM 15
PATIENT ROOM 12
PATIENT ROOM 18
PATIENT ROOM 1 307 SF
PATIENT ROOM 2 307 SF
PATIENT ROOM 3 307 SF
PATIENT ROOM 4 307 SF
PATIENT ROOM 5 307 SF
PATIENT ROOM 6 307 SF
PATIENT ROOM 7 307 SF
PATIENT ROOM 8 307 SF
PATIENT ROOM 8 316 SF
PATIENT ROOM 20 307 SF
PATIENT ROOM 6
PATIENT ROOM 7
PATIENT ROOM 8
PATIENT ROOM 9
PATIENT ROOM 10
PATIENT ROOM 11
PATIENT ROOM 15
PATIENT ROOM 12
MEDICATION ROOM 31 168 SF PATIENT ROOM 18 307 SF
PATIENT ROOM 18
PATIENT ROOM 16
CNS B
BREAKROOM 27 151 SF
ALCOVE 29 98 SF
PATIENT ROOM 1 307 SF
PATIENT ROOM 2 307 SF
PATIENT ROOM 3 307 SF
PATIENT ROOM 4 307 SF
PATIENT ROOM 5 307 SF
PATIENT ROOM 6 307 SF
PATIENT ROOM 7 307 SF
ALCOVE 28 62 SF NOURISMENT AREA 23 70 SF
PATIENT ROOM 7
PATIENT ROOM 8
PATIENT ROOM 9
PATIENT ROOM 10
PATIENT ROOM 11
PATIENT ROOM 18 307 SF
PATIENT ROOM 11 307 SF
CNS B 22 100 SF
PATIENT ROOM 18
PATIENT ROOM 8 307 SF
ALCOVE 30 108 SF
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
PATIENT ROOM 11
PATIENT ROOM 6
PATIENT ROOM 9 307 SF
BREAKROOM 27 151 SF
ALCOVE 29 98 SF
NS-A
NS-B
NS-C
NS-D
PATIENT ROOM 5
PATIENT ROOM 10PATIENT ROOM 9 307 SF
SOILED ROOM 32 167 SF
ON-CALL SUITE 39 215 SF
PATIENT ROOM 13
ALCOVE 38 95 SF
PATIENT ROOM 11 307 SF
CNS B 22 100 SF
PATIENT ROOM 12 307 SF
PATIENT ROOM 17 307 SF
PATIENT ROOM 16
PATIENT ROOM 17
PATIENT ROOM 12
MEDICATION ROOM 31 168 SF
PATIENT ROOM 10PATIENT ROOM 9 307 SF
LOW-VOLTAGE ROOM 25 104 SF
NURSE MANAGER OFFICE 33 167 SF
ALCOVE 38 95 SF
PATIENT ROOM 15
PATIENT ROOM 12
RESPIRATORY THERAPY 24 104 SF STORAGE 26 251 SF
PATIENT ROOM 19 307 SF
NURSE MANAGER OFFICE 33 167 SF
ON-CALL SUITE 39 215 SF
PATIENT ROOM 20
PATIENT ROOM 19
PATIENT ROOM 6
UP
PATIENT ROOM 20 307 SF
SOILED ROOM 32 167 SF
NURSE MANAGER 46 176 SF
PATIENT ROOM 12 316 SF
STAIRS 36 134 SF
ALCOVE 30 108 SF
PATIENT ROOM 9 307 SF
PATIENT ROOM 11 316 SF
PATIENT ROOM 17
CNS A 21 524 SF
LOW-VOLTAGE ROOM 25 104 SF
WAITING ROOM 41 553 SF
PATIENT ROOM 13
RESPIRATORY THERAPY 24 104 SF STORAGE 26 251 SF
PATIENT ROOM 19 307 SF
PATIENT ROOM 10 316 SF
CNS A
PATIENT ROOM 10
ALCOVE 28 62 SF NOURISMENT AREA 23 70 SF
CNS A 21 524 SF
PATIENT ROOM 9 316 SF
PATIENT ROOM 19
ELEVATOR 01 37 379 SF
UP
STAIRS 36 134 SF
RR 2 40 67 SF
RR 2 37 67 SF
STAFF LOUNGE 38 216 SF
PATIENT ROOM 14
PATIENT ROOM 5
PATIENT ROOM 20
CNS A
PATIENT ROOM 17
ELEVATOR 01 37 379 SF
PATIENT ROOM 7 316 SF
PATIENT ROOM 3
CNS B
PATIENT ROOM 5
PATIENT ROOM 20
PATIENT ROOM 16
RR 1 39 67 SF RR 1 36 67 SF
RESPIRTORY STORAGE 35 114 SF
PATIENT ROOM 4
PATIENT ROOM 19
PATIENT ROOM 10
PATIENT ROOM 6 316 SF
PATIENT ROOM 13
PATIENT ROOM 4
PATIENT ROOM 9
ALCOVE 33 106 SF
PATIENT ROOM 2
PATIENT ROOM 13
PATIENT ROOM 8
LOW-VOLTAGE ROOM 34 114 SF
ENVIRONMENTAL SERVICE ROOM 28 63 SF
PATIENT ROOM 1
PATIENT ROOM 14
PATIENT ROOM 3
PATIENT ROOM 4
PATIENT ROOM 7
ALCOVE 32 106 SF
MEDICATION ROOM 31 171 SF
NOURISMENT AREA 27 83 SF NON-SOILED ROOM 26 110 SF
ON-CALL SUITE 47 309 SF PATIENT ROOM 5 316 SF
STAIRS 45 192 SF
PATIENT ROOM 2
CNS B
PATIENT ROOM 13 316 SF
UP
PATIENT ROOM 1
PATIENT ROOM 14
CNS A
PATIENT ROOM 14 316 SF
ELEVATOR 01 44 385 SF
PATIENT ROOM 2
PATIENT ROOM 5
PATIENT ROOM 15 316 SF
CNS B 30 100 SF
STORAGE 29 238 SF
SOILED ROOM 25 110 SF MEDICATION ROOM 22 171 SF
ALCOVE 24 108 SF
UP
PATIENT ROOM 1
PATIENT ROOM 3
PATIENT ROOM 16 316 SF
PATIENT ROOM 4 384 SF
ELEVATOR 01 44 385 SF
PATIENT ROOM 6
CNS A 21 524 SF
WAITING ROOM 41 553 SF
STAFF LOUNGE 38 216 SF
PATIENT ROOM 4 384 SF
ELEVATOR 01 44 385 SF
PATIENT ROOM 17 316 SF
ALCOVE 23 108 SF
LOW-VOLTAGE ROOM 34 114 SF
CNS B 30 100 SF
NOURISMENT AREA 27 83 SF NON-SOILED ROOM 26 110 SF
ALCOVE 24 108 SF
PATIENT ROOM 4 384 SF
STORAGE 29 238 SF
SOILED ROOM 25 110 SF MEDICATION ROOM 22 171 SF
WAITING ROOM 41 553 SF
STAFF LOUNGE 38 216 SF
PATIENT ROOM 18 316 SF
CORRIDOR 42 541 SF
ALCOVE 32 106 SF
ALCOVE 23 108 SF
LOW-VOLTAGE ROOM 34 114 SF MEDICATION ROOM 31 171 SF
NOURISMENT AREA 27 83 SF NON-SOILED ROOM 26 110 SF
ALCOVE 24 108 SF
CNS B 30 100 SF
STORAGE 29 238 SF
SOILED ROOM 25 110 SF MEDICATION ROOM 22 171 SF
PATIENT ROOM 19 316 SF
PATIENT ROOM 2 384 SF
ALCOVE 32 106 SF
ALCOVE 23 108 SF
CNS A 21 524 SF
PATIENT ROOM 20 316 SF
CORRIDOR 42 541 SF
PATIENT ROOM 2 384 SF
PATIENT ROOM 3 384 SF
ELEVATOR 02 43 372 SF
PATIENT ROOM 1 384 SF
PATIENT ROOM 13 316 SF
CORRIDOR 42 541 SF
PATIENT ROOM 2 384 SF
PATIENT ROOM 12 307 SF
PATIENT ROOM 14
PATIENT ROOM 4
PATIENT ROOM 3
PATIENT ROOM 17 307 SF
PATIENT ROOM 13 307 SF
PATIENT ROOM 16 307 SF PATIENT ROOM 15 307 SF
PATIENT ROOM 15
PATIENT ROOM 13 307 SF
PATIENT ROOM 16 307 SF PATIENT ROOM 15 307 SF
PATIENT ROOM 14 307 SF
PATIENT ROOM 2
NS-E
PATIENT ROOM 14 307 SF
NS-F
PATIENT ROOM 16 PATIENT ROOM 1
STAIRS 34 132 SF
STAIRS 34 132 SF UP
ELEVATOR 01 35 471 SF
9
UP
PATIENT ROOM 17
PATIENT ROOM 18
PATIENT ROOM 19
PATIENT ROOM 20
ELEVATOR 01 35 471 SF
1 Ossmann, M. M. (2016). “EXPLORING SPATIAL RISK: THE IMPACT OF VISIBILITY ON ICU MORTALITY.” 1 - 108. 2 Brown, J. T. (1988). The Nursing Zone: 69 - 111. 3 (2012). Award Winning ICU Designs 1992-2012 How to Build a Better Facility for Patients and Caregivers. A. A. o.C.-C. N. Society of Critical Care Medicine, and American Institute of Architects, exclusive of any U.S. Government. United States of America, First Publishing: 1 - 329. 4 Adapted with permission from Award Winning ICU Designs 2012. Society of Critical Care Medicine, American Association of Critical-Care Nurses, and the American Institute of Architects Academy on Architecture for Health.
Space Syntax Isovist
Patient Room with High Isovist Connectivity
4310 sf
Patient Room with Low Isovist Connectivity
806 sf
Results Theorectical: Nursing Unit Type
ICU Floor Plans
Rectangular
Average Walking Distances, Nurses Station to Patient Bed
Percent of Patient Rooms Visible from Nursing Stations
ELEVATOR 02 43 372 SF
PATIENT ROOM 1 384 SF
PATIENT ROOM 20 316 SF
PATIENT ROOM 18 316 SF
PATIENT ROOM 19 316 SF
PATIENT ROOM 17 316 SF
PATIENT ROOM 16 316 SF
PATIENT ROOM 15 316 SF
PATIENT ROOM 14 316 SF
PATIENT ROOM 13 316 SF CORRIDOR 42 541 SF
PATIENT ROOM 2 384 SF
Barnes
ALCOVE 32 106 SF
ALCOVE 23 108 SF
PATIENT ROOM 3 384 SF
CNS A 21 524 SF
LOW-VOLTAGE ROOM 34 114 SF
CNS B 30 100 SF
STORAGE 29 238 SF
SOILED ROOM 25 110 SF MEDICATION ROOM 22 171 SF
RR 1 39 67 SF
MEDICATION ROOM 31 171 SF
NOURISMENT AREA 27 83 SF NON-SOILED ROOM 26 110 SF
ALCOVE 24 108 SF
ENVIRONMENTAL SERVICE ROOM 28 63 SF
RR 1 36 67 SF RESPIRTORY STORAGE 35 114 SF
ALCOVE 33 106 SF
RR 2 37 67 SF WAITING ROOM 41 553 SF
STAFF LOUNGE 38 216 SF
RR 2 40 67 SF
42’
50%
71’
45%
34’
100%
45’
50%
31’
65%
PATIENT ROOM 4 384 SF
ON-CALL SUITE 47 309 SF
UP
PATIENT ROOM 5 316 SF
STAIRS 45 192 SF
PATIENT ROOM 6 316 SF
PATIENT ROOM 7 316 SF
PATIENT ROOM 8 316 SF
PATIENT ROOM 9 316 SF
PATIENT ROOM 10 316 SF
PATIENT ROOM 11 316 SF
PATIENT ROOM 12 316 SF
NURSE MANAGER 46 176 SF
ELEVATOR 01 44 385 SF
ELEVATOR 01 37 379 SF
UP
STAIRS 36 134 SF PATIENT ROOM 1 307 SF
PATIENT ROOM 2 307 SF
PATIENT ROOM 3 307 SF
PATIENT ROOM 4 307 SF
PATIENT ROOM 5 307 SF
PATIENT ROOM 6 307 SF
PATIENT ROOM 7 307 SF
PATIENT ROOM 8 307 SF
ALCOVE 28 62 SF
Triangular
NOURISMENT AREA 23 70 SF
CNS A 21 524 SF PATIENT ROOM 20 307 SF
LOW-VOLTAGE ROOM 25 104 SF
STORAGE 26 251 SF
PATIENT ROOM 19 307 SF MEDICATION ROOM 31 168 SF PATIENT ROOM 18 307 SF
ALCOVE 30 108 SF
RESPIRATORY THERAPY 24 104 SF PATIENT ROOM 9 307 SF
ALCOVE 29 98 SF
BREAKROOM 27 151 SF
PATIENT ROOM 10PATIENT ROOM 9 307 SF
SOILED ROOM 32 167 SF
NURSE MANAGER OFFICE 33 167 SF
ON-CALL SUITE 39 215 SF
ALCOVE 38 95 SF
Barnes
PATIENT ROOM 11 307 SF
CNS B 22 100 SF
PATIENT ROOM 12 307 SF
PATIENT ROOM 17 307 SF
PATIENT ROOM 13 307 SF
PATIENT ROOM 16 307 SF PATIENT ROOM 15 307 SF
PATIENT ROOM 14 307 SF
STAIRS 34 132 SF UP
ELEVATOR 01 35 471 SF
Pre-exsisting: Patient Room 11
Square with Radial
PATIENT ROOM 10
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
PATIENT ROOM 6
PATIENT ROOM 12 PATIENT ROOM 5
PATIENT ROOM 4
PATIENT ROOM 13
CNS B
CNS A
St. Elizabeth’s Community Health Center
PATIENT ROOM 3
PATIENT ROOM 14
CNS D
CNS C
PATIENT ROOM 2
PATIENT ROOM 15
PATIENT ROOM 16
PATIENT ROOM 1
UP
Hybrid
Emory Neurosciences Critical Care Unit
PATIENT ROOM 1
PATIENT ROOM 2
PATIENT ROOM 14
PATIENT ROOM 3
PATIENT ROOM 13
PATIENT ROOM 4
CNS B
PATIENT ROOM 5
CNS A
PATIENT ROOM 20
PATIENT ROOM 19
PATIENT ROOM 6
PATIENT ROOM 7
PATIENT ROOM 8
PATIENT ROOM 9
PATIENT ROOM 10
PATIENT ROOM 11
PATIENT ROOM 15
PATIENT ROOM 12
PATIENT ROOM 16
PATIENT ROOM 18
PATIENT ROOM 17
PATIENT ROOM 10
Square Dublin Methodist Hospital
PATIENT ROOM 9
PATIENT ROOM 8
PATIENT ROOM 7
PATIENT ROOM 11
PATIENT ROOM 6
PATIENT ROOM 12
NS-A
NS-B
NS-C
NS-D
PATIENT ROOM 5
PATIENT ROOM 13
PATIENT ROOM 14
PATIENT ROOM 4
PATIENT ROOM 3
PATIENT ROOM 15
PATIENT ROOM 2
NS-E
NS-F
PATIENT ROOM 16 PATIENT ROOM 1
PATIENT ROOM 17
PATIENT ROOM 18
PATIENT ROOM 19
PATIENT ROOM 20
10
Missions Financial Bank utilizes architectural technology and sustainability to be a more environmentally responsible and conscious while adding to San Antonio’s dense urban landscape. The building sits on the site at a 19.2 degree rotation to allow more natural light throughout most of the building. Indigenous vegetation used on the west facade will help regulate the Texas heat during the summer months as well as the cross winds from the southeast. Shade trees, benches and green space are an extension to the Main Plaza adjacent to the bank where live music can be heard on the main stage at night.
Sketches
Missions Financial Bank Banking that Invests in the Local Community
Sa n An to n io , Te xa s
11
SITE ANALYSIS WINTER 5
4.2
A
44.1
PARKING
C8
1.2
1.1
1
B
2
2
Roof Plan
N
1.3
6:35 AM
D ST. SOLEDA
NORTH MAIN ST.
C
E
D
PARKING
WEST COMMERCE ST.
PARKING
PARKING
W
BUS LAN
7:35 AM
11
E
C6
E
5:40PM
EAST CO
MMERC
9AM
E ST.
3PM
BUS
SOUTHEAST WINDS
3
F LANE
C5
S
Th i r d LEVEL Fl o o r THIRD
12PM
G
SOUTHERN WINDS
-----
H 4 C6
10 9 5 6 C6 C8
SITE ANALYSIS SUMMER 5
4.2
A
1.3 8:37PM
6:35 AM
1.2
W
5
SF 128 8
128
ROOM RKER WO 55 SF 197
ANTS IST ASS 78 9 SF 292
SF
PARKING
WEST COMMERCE ST.
L ICA CTR ELE 18 56 SF
PARKING
4 ICE OFF 74 SF 122
BUS LAN
E
7AM
D
47 ROOM DATA 20 66 SF
EAST CO
3 ICE OFF 73 SF 117
15
MMERC
11 C6
L ANICA MECH 19 68 SF
E ST.
RAGE STO 69 60 SF
E
9AM
SOUTHEAST WINDS MENS
14
BUS
LANE
21 61 SF
S 2 ICE OFF 72 SF 117
F
MENS WO 22 61 SF
17
C5
SOUTHERN WINDS 1 ICE OFF 71 SF 118
Gr o u n d FlLEVEL oor GROUND
E
ROOM COPY 54 SF 213
3PM
3
C
D ST. SOLEDA
6PM
ICE ce OFF Spa 75
PARKING
1.1
C8
NORTH MAIN ST.
1
B
2
2
Third Floor
PARKING
4 O
Se c o n d Fl oor SECOND LEVEL
N
4.1
G
LITY UTI 23 65 SF
12
H 7 ICE OFF 77 SF 125
6 ICE OFF 76 SF 133
Conceptual Floor Plan
IRS STA 30 SF 203
UP
UP 4 C6
9 5 6 10 C8 C6
SECTIONS
1.3
2
.11.2 1 1
5
4.2
.1 4 4
Second Floor
A B EQ
C
EQ EQ
EQ
S IPE GP LIN COO ND GA G IN IN T IT HEA Y CEILION UN A 4 W RIBUT TYP " T DIS X 2'-0 M " YE 2'-0 STS S DO
D
STAIRS
E
ASSISTANTS
OFFICES OFFICES
OFFICES OFFICES
LOBBYLOBBY CORE GCORE
ASSISTANTS
ASSISTANTS
OFFICES OFFICES
ASSISTANTS OFFICES
OFFICES OFFICES B1
ASSISTANTS OFFICES OFFICES ASSISTANTS ASSISTANTS OFFICES OFFICES ASSISTANTS ASSISTANTS OFFICES OFFICES ASSISTANTS ASSISTANTS OFFICES OFFICES ASSISTANTS ASSISTANTS OFFICES
ASSISTANTS
F
H LOBBYLOBBY CORECORE
CORE
4.2
CUSTOMER CUSTOMER SERVICE SERVICE
STAIRS
LOBBYLOBBY 2
2 1
THIRD LEVEL
C8
5 A
4.1
UP
1.2
IRS STA 10 SF 244
UPUP
LT VAU 50 SF 150
LONGITUDINAL LONGITUDINAL SECTION SECTION A1 A1
STAIRSSTAIRS
CUSTOMER CUSTOMER LOBBYLOBBY BANK BANK SERVICES SERVICES 1.3 Ground Floor SERVICE SERVICE B 4
1.1
STAIRSSTAIRS
ROOM RAGE STO 12 71 SF
OM G RO WIN VIE 14 36 SF
C
W REF.D
S
EXPLODED AXONOMETRIC
TRANSVERSE TRANSVERSE SECTION SECTION B1 B1 OM G RO WIN VIE 65 37 SF
CE REN CONFE UNITY 1 COMM SF 447
ROOM BREAK17 SF 213
ROOM DATA 8 65 SF
ROOM
F
MENS WO 5 61 SF
STAIRSGSTAIRS
LITY UTI 6 65 SF
CORECORE
ROOM AS TEX 63 SF 524
UP
UP
IRS STA 9 SF 205
A1
BY LOB 66 5 SF 156
A1
CORECORE
ROOM
A1
A1
A1
STAIRSSTAIRS
CE REN CONVE 64 SF 126
A1
MER CUSTO
E
MENS 4 61 SF
URITY SEC 70 61 SF
C5
11 C6
L ANICA MECH 3 68 SF
CE REN CONVE MER OM_01 CUSTO RO 2 SF 124
3
D
L ICA CTR ELE 16 56 SF
H
4 C6
ASSISTANTS ASSISTANTS LOBBYLOBBY
A ASSISTA
9 6 10 C6 C8
OFFICE OFFICE
OFFICE OFFICE
SERVICES BANK BANK SERVICES
ASSISTANTS ASSISTANTS
Site Plan
OFFICE OFFICE
B1 CUSTOMER CUSTOMER SERVICE SERVICE
ATRIUM ATRIUM
B1
ASSISTANTS ASSISTANTS OFFICE OFFICE LOBBYLOBBY ASSISTANTS ASSISTANTS
ASSIS
B1
B1
OFFICE OFFICE
12
ASS OFFIC OFFICE
A
TEXAS ROOM_WINTER SOLSTICE 3PM
Texas Room - Personal Signature Room
Site Analysis SITE ANALYSIS
ETRIC
WINTER PARKING
N
SOLEDA
D ST.
NORTH MAIN ST.
6:35 AM
E
5:40PM
PARKING
WEST COMMERCE ST.
BUS LAN
7:35 AM
PARKING
PARKING
W
E EAST CO
MMERC
9AM
E ST.
3PM SOUTHEAST WINDS S
BUS
LANE
12PM
SOUTHERN WINDS
Site Analysis | Summer
SITE ANALYSIS SUMMER PARKING
N
8:37PM
SOLEDA
6PM
D ST.
NORTH MAIN ST.
6:35 AM
BUS LAN
7AM
PARKING
PARKING
WEST COMMERCE ST.
E PARKING
W
3PM
E EAST CO
9AM
MMERC
E ST.
SOUTHEAST WINDS
BUS
LANE
S
SOUTHERN WINDS
Site Analysis | Winter
13
Solar Shading Analysis
Texas Room - South Facade
Transverse Section - Texas Room | Main Entrance
14
In collaboration with Studio IV projects, Construction II lets us evaluate and analyze the loads and forces of our buildings structure. Learning the consequences of our design proposals, while understanding tectonic relationships through technical drawings.
15
G
H
6 C6
G
GUARDRAIL L-ANGLE STEEL METAL COPING 2X12 RIP ROOF MEMBRANE 6" WOOD STRIPFLOORING RAISED FLOORING SYSTEM CANT 3/4" PLYWOOD,SHEATHING
GUARDRAIL
L-ANGLE STEEL
Roof 45' - 0"
3/4" PLYWOOD, SHEATHING METAL DECKING HSS-HOLLOW STRUCTURAL STEEL W-WIDE FLANGE W36X135 L-ANGLE BOLTED CONNECTION
METAL COPING 2X12 RIP NAIL
K-SERIES BAR JOIST ANGLE WEB EXTERIOR METAL STUD WITH STUCCO HSS HOLLOW STURCTURAL SECTION CELLULAR BEAMS
ROOF MEMBRANE GYPSUM BOARD BATT INSULATION 3/8" PLYWOOD, SHEATHING
COMPOUND CEILING FLITCH COLUMN LIGHT GUAGED METAL STUD 2.5"X5" RECTANGULAR MULLION CURTAIN WALL
RIGID INSULATION VAPOR BARRIER 3" STUCCO LIGHT GAUGE METAL STUD
CELLULAR BEAMS FLITCH COLUMN
PARTITION WALL
WOOD STRIP FLOORING CANT
Roof - 0"
RAISED FLOORING SYSTEM45' 1/32" EPDM ROOF MEMBRANE 3/4" PLYWOOD SHEATHING
1/32" AIR INFILTRATION BARRIER 3/4" PLYWOOD, SHEATHING METAL DECKING K SERIES BAR JOIST ANGLE WEB GUARDRAIL
HSS-HOLLOW STRUCTURAL SECTION STEEL L- ANGLE W-WIDE FLANGE W36X135 FLITCH COLUMN
F.F LEVEL 3 31' - 6"
STEEL L-ANGLE BOLTED CONNECTION
3" LIGHTWEIGHT CONCRETE ON 2" METAL DECK HSS-HOLLOW STRUCTURAL STEEL L-ANGLE BOLTED CONNECTION K-SERIES BAR JOIST ANGLE WEB W-WIDE FLANGE W36X135 EXTERIOR METAL STUD WITH STUCCO W-WIDE FLANGE W 36X135 L-STEEL ANGLE
COMPOUND CEILING
W-WIDE FLANGE W36X135
LIGHT GUAGED METAL STUD 2.5"X5" RECTANGULAR MULLION CURTAIN WALL FLITCH COLUMN CELLULAR BEAMS FLITCH COLUMN
PARTITION WALL
5/8" GWB ON MTL STUD COMPOUND CEILING
2.5"X5" RECTANGULAR MULLION
1 CURTAIN WALL GUARDRAIL
F.F. LEVEL 2 18' - 0" 3" LW CONCRETE ON 2" METAL DECK HSS-HOLLOW STRUCTURAL STEEL L-ANGLE BOLTED CONNECTION K-SERIES BAR JOIST ANGLE WEB W-WIDE FLANGE W 36X135 EXTERIOR METAL STUD WITH STUCCO
7 C6
G
L-STEEL ANGLE COMPOUND CEILING FLITCH COLUMN 2.5"X5" RECTANGULAR MULLION CURTAIN WALL
F.F. LEVEL 2 18' - 0"
CELLULAR BEAMS FLITCH COLUMN
FROSTED GLAZING 2X6 GLUELAM WOOD
3" LW CONCRETE ON 2" METAL DECK HSS-HOLLOW STRUCTURAL STEEL GYPSUM BOARD
LIGHT GAUGE STEEL STUD BATT INSULATION K-SERIES BAR JOIST ANGLE WEB VAPOR BARRIER L-ANGLE BOLTED CONNECTION W-WIDE FLANGE W36X135 RIGID INSULATION 3" STUCCO 3/8" PLYWOOD, SHEATHING W-WIDE FLANGE W 36X135 L-STEEL ANGLE 5/8" GWB ON MTL STUD COMPOUND CEILING
2.5"X5" RECTANGULAR MULLION CURTAIN WALL FLITCH COLUMN ANCHOR BOLT CONCRETE COLUMN CURTAIN WALL 6" CONCRETE SLAB
CONCRETE FOOTING
F.F. Level 1 0' - 0" B.O. SLAB -0' - 6"
12" RETAINING WALL 18X18 CONCRETE COLUMN CONCRETE BEAM 24X12 3" RIGID INSULATION
B.O. B. -1' - 6"
SOIL
18"X18" CONCRETE COLUMN 12" CONCRETE RETAINING WALL RIGID INSULATION WATERPROOFING GEO FABRIC WRAP GRAVEL 6" PVC DRAINAGE PIPE 48"X48" CONCRETE COLUMN FOOTING
8 C6
BASEMENT LEVEL -14' - 6" T.O. Footing -15' - 0"
16
Self Portrait
Golden Jubilee Bridge
Pa r i s , Fr a n c e
London, U ni t ed K i ngdom
Eiffel Tower
Villa Savoye
Pa r i s , Fr a n c e
P ois s y, F ranc e
“Our mission is to help grow a new Arts District within the center of Downtown Lubbock. This area needs art galleries, music venues, additional restaurants and shops to help bring back commercial activity. The Depot District and the Lubbock Cultural District known for LHUCA, are the two notable arts districts with successful commercial activity, an example of what the arts can bring to an area. We hope our exhibitions can grow the local arts and encourage new investors and opportunities for these Lubbock properties to continue the growth of the urban development.� -blnka.org Exhibition at THE MATTISON My work has been Exhibited in two of BLNKA Exhibitions. My personal approach on architectural photography comes from my own perspective of looking at the most architectural iconic structures and experience them in a new way. Capturing these structures can be seen in this state only if you have physically experienced them in their natural environment. These iconic structures have a sense of presence that I wanted to capture as a once in a lifetime opportunity. Sharing them is my gift to the visual arts and those whom appreciate architecture.
BLNKA Exh ib itio n Wo rks 17
18
Rebecca Barnes Se l e ct ed A c adem i c & Ex h ibit ion Work s