PROGRAM DEVELOPMENT
PUBLIC/PRIVATE VS DURATION OF OCCUPANCY Staff Store/Print
PRIVATE
TEACHING & LEARNING Key student facilities and functions.
Staff Break Room
Studio Rooms
Academic Staff
Staff Meeting Rooms
Teaching Spaces
Lecture Theaters
Professional Staff
Grad Researchers
Tutorial Rooms
Fab Lab
Resources
Library
Fabrication Lab
THRESHOLD 3
Computer Lab
Computer Labs
Maker Space
Group Study
Print Room
Individual Study Studio Room
Study Spaces
Tutorial Rooms
Lockers
Individual Study
Group/Bookable Study
Maker Space
Library Toilets
RE
2
Storage/Printing Facilities
D
OL
Commercial Cafe
SHORT OCCUPANCY
Staff Amenities
Kitchen/Break Room
SH
1
Main Stairs
PUBLIC
Meeting Rooms
RE
D
Graduate Researchers
Lecture Theatre
TH
OL
Professional Staff
SH
Elevators
Academic Staff
Conference Room
TH
Professional, academic and graduate/tutor staff spaces and facilities.
Fire Escape
Offices
STAFF WORKPLACES
Exhibition Space
LONG OCCUPANCY
What is considered public vs private takes into account what functions are reserved for members of the faculty such as fabrication labs, as well as secure access (eg maker spaces and computer labs). It also considers whether the usage of the programs extends to students outside the MSD faculty. After plotting the key programs for the building on a graph comparing privacy and duration of occupancy, I was able to subdivide them at different thresholds. This enabled me to begin to translate these spaces into 3D. Exceptions to this scheme are Fab Lab and library, which are to be placed on ground floor/basement. This is for ease of access to services and deliveries.
Amenities
AUXILIARY Circulation, additional amenities, etc.
Print Room
Commercial Cafe
Lockers
SPATIAL TRANSLATION THRESHOLD 3
G ON
Circulation
N
PA
U CC
O
CY
L
O
RT
Main Stairs
Fire Escape
Elevators
SH
C
OC
THRESHOLD 2
Y
NC
A UP
PRIVATE
Other
Toilets
Exhibition Space
Conference Room
PUBLIC
THRESHOLD 1 4
5
APPENDIX 1: STAFF CLUSTER ROOM INPUTS OFFICES 5.00
13.0m2
W2.6
2.60
W2.1
2.60
W1.1
13.0m2
15.0m2
W3.1
6.00
36.0m2
3.00
W1.3
5.00
12.00
W4.4
W12.1
78.0m2 6.50
5.60
2.50
12.5m2
4.00
W4.1
7.60
4.30
4.50
12.9m2
18.0m2
W2.4
3.00
W1.4
38.0m2
11.00
W4.5
6.50
3.80
W4.2
39.0m2
5.50
2
24.2m2
12.50 6.00
5.50
W2.5
4.40
20.9m
3.80
41.8m2
W1.5
13m2
6.50
36.4m2
W2.3
3.50
10.5m2
1.1
6.00
20.4m2
3.40
11.7m2
39.0m2
72.0m2
6.00
W2.2
2.60
W1.2
W6.1
W4.3
6.00
6.00
4.50
6.50
12.00
6.00 2.50
5.00
W4.6
80.0m2 6.40
MEETING ROOMS M4.1
3.00
18.0m2
5.50
A.1
23.1m2
6.0m2
A.2
12.0m2
23.1m2
4.00
4.20
4.00
3.00
M12.1
M16.1
2.00
3.00
4.00
3.00
12.0m2
M10.1
8.50
4.80
M6.2
M4.1
10.0m2
14.0m2
6.00
3.00
2.50
3.50
4.00
4.00
12.0m2
M6.1
AMENITIES
SCALE 1:200
6
7
PARAMETRIC WORKFLOW #1 AMENITIES ROOM DATA LIST LENGTH = 2
OFFICE ROOM DATA LIST LENGTH = 20
Room Geom
Crv
Float
Gene Pool Range: 0-1, 20 values
Int Indices
Gene Pool Range: 0-19, 20 values
Retrieve item in list
Retrieve Indices
Capacity
Area
Float
Dispatch Multiple by Index
item in list
Retrieve item in list
Crv
Float
Room Area
Int
Room Capacity
<20? Float
Yes
i=0
No
i=1
CALCULATED VALUES
MEETING ROOM DATA
Crv Indices
Retrieve item in list
Crv
Room Type
Indices
Retrieve item in list
Float
Room Area
Retrieve item in list
Int
Room Capacity
Float
Int Indices
Capacity
Total Area
Float
Int
Average Density
Capacity
Goal Capacity
Merge values
Sort list
Goal Area
Merge values
Sort list
i +1
i +1
Difference Subtract Area Difference
Sort list
i +1
Fitness
Subtract
Genes
Density Difference
Goal Density
Merge values
Octopus Solver
Subtract
Float
Room Indices
Dispatch by Pattern
Gene Pool Range: 0-1, 1 value
8
DIFFERENCE FROM GOAL
SELECTED MEETING
LIST LENGTH = 8
1
Total
Int
Divide
Gene Pool Range: 0-7, 2 values
GOAL VALUES
Int
Add
Capacity
Float
Int
Dispatch by Pattern
Area
All Room Geom
Crv
Type
Add
Room Geom
Crv Crv
Room
Room Indices
Boolean List
Crv
SELECTED OFFICES
Indices
Area
Room Geom
Boolean List
Merge
9
RESULTS
DEANS CLUSTER
CLUSTER 1
NLA:179.0m2 GFA:225.0m2
ROOMS: W1.3 W1.3 W1.5 W1.5
CAPACITY
W2.4 W2.4 M6.1 A.1
CLUSTER 2
NLA:179.5m2 GFA:225.0m2
AREA(M2)
DENSITY
GOAL
8
180
22.5
ACTUAL
8
179.6
22.45
DIFFERENCE
0
-0.4
-0.05
NLA:199.9m2 GFA:250.0m2
ROOMS: W1.5 W1.4 W1.5 W1.4
W1.1 W2.4 W1.2 W2.3
W1.1 W1.2 M6.2 A.1
CAPACITY
AREA(M2)
DENSITY
GOAL
12
180
15
ACTUAL
12
179.5
0.04166
DIFFERENCE
0
0.5
14.95834
ROOMS: W3.1 W3.1 W2.2 W6.2
W1.3 W1.1 W1.3 W1.3
M6.2 M6.2 A.1
CAPACITY
AREA(M2)
DENSITY
GOAL
18
200
11.11
ACTUAL
18
199.9
11.1056
0
0.1
0.0044
DIFFERENCE
SCALE 1:200
10
11
RESULTS
CLUSTER 3
CLUSTER 4
NLA:249.0m GFA:285.0m2
W1.1 W6.4 W2.3 W1.4 W2.4
CAPACITY
W1.1 M4.2 M4.2 A.2
NLA:119.3m2 GFA:336.0m2
2
ROOMS: W1.1 W2.3 W6.4 W1.5 W2.2
GRAD CLUSTER
NLA:250.5m GFA:320.0m2
2
AREA(M2)
DENSITY
GOAL
25
250
10
ACTUAL
25
249
9.96
DIFFERENCE
0
1
0.04
ROOMS: W4.3 W7.1 W6.5 W2.3 W4.3
W7.1 A.2 W2.6 W3.1 M10.1 M6.1
CAPACITY
AREA(M2)
DENSITY
GOAL
35
250
7.14
ACTUAL
35
250.5
7.157
DIFFERENCE
0
-0.5
-0.017
ROOMS: W2.6 W12.1 W4.1 W12.1 W4.4
W6.4 W4.3 W6.1 M4.1 M4.2
A.2
CAPACITY
AREA(M2)
DENSITY
GOAL
50
200
4
ACTUAL
50
119.3
3.986
DIFFERENCE
0
80.7
0.014
SCALE 1:200
12
13
L1-L3 PROGRAM DATASET A) STAFF CLUSTERS:
B) STUDIOS:
Groupings of academic, professional and graduate research office spaces with private circulation and individual amenities such as kitchenettes and meeting rooms.
Studio classrooms, uniform in size, capacity of 16 students for regular sizes, and up to 30 for larger.
Cluster Type
NLA (m2)
GFA (m2)
Capacity
Density
Deans Cluster
Dean
179
225
8
22.50
Professional Cluster 1
1
179.5
225
12
15.00
Professional Cluster 2
2
119
250
18
11.11
Professional Cluster 3
3
249
285
25
10.00
Professional Cluster 4
4
250
320
35
7.14
Academic Cluster 1
1
179.5
225
12
15.00
Academic Cluster 2
2
119
250
18
11.11
Academic Cluster 3
3
249
285
25
10.00
Academic Cluster 4
4
250
320
35
7.14
Grad/Tutor Cluster 1
Grad
119
336
40
4.00
Grad/Tutor Cluster 2
Grad
119
336
40
4.00
Staff Room
-
150
150
-
-
TOTAL
12
2341.6m2 3432m2
14
268
Room Type
Area (m2)
Capacity
Big Studio 1
SL1
75
16
Big Studio 2
SL1
75
Big Studio 3
SL1
Big Studio 4
C) STUDY/RESOURCES/MULTIPURPOSE:
Both flexible and more rigidly programed study and learning spaces, including print rooms and bookable study spaces.
Room Type
Area (m2)
Print Room
P1
80
16
Computer Lab 1
CL1
120
75
16
Computer Lab 2
CL1
120
SL1
75
16
Large 40
G40
40
Studio 1
SS1
50
16
Large 40
G40
40
Studio 2
SS1
50
16
Large 60
G60
60
Studio 3
SS1
50
16
Large 60
G60
60
Studio 4
SS1
50
16
Medium 28
G28
28
Studio 5
SS2
50
16
Medium 28
G28
28
Studio 6
SS2
50
16
Medium 28
G28
28
Studio 7
SS2
50
16
Medium 29
G29
29
Studio 8
SS3
50
16
Medium 29
G29
29
Studio 9
SS3
50
16
Medium 29
G29
29
Studio 10
SS3
50
16
Medium 30
G30
30
Studio 11
SS1
50
16
Medium 30
G30
30
Studio 12
SS1
50
16
Medium 30
G30
30
Studio 13
SS1
50
16
Medium 33
G33
33
Studio 14
SS1
50
16
Medium 33
G33
33
Studio 15
SS2
50
16
Medium 33
G33
33
Studio 16
SS2
50
16
Small 25
G25
25
Studio 17
SS2
50
16
Small 25
G25
25
Studio 18
SS3
50
16
Small 25
G25
25
Studio 19
SS3
50
16
Small 22
G22
22
Studio 20
SS3
50
16
Small 22
G22
22
TOTAL
24
1300m2
384
Small 22
G22
22
Small 14
G22
14
Small 14
G22
14
Conference Room
CO1
120
TOTAL
28
1169m2
(Capacity/NLA)
15
APPENDIX 2: FLOOR PLATE ROOM INPUTS GROUP STUDY/MULTIPURPOSE 4.80
G14
G30
SS1
3.60
80.0m2
12.50
9.60
9.50
G33
5.50
4.00
33.0m2
6.70
7.00
G25
5.50
SL2
8.50 3.70
24.8m2
P1
49.5m2
76.0m2
6.00
G22
22.0m2
6.40
5.20
SL1
30.6m2
5.50
RESOURCES
8.00
8.50
3.00
14.4m2
STUDIOS
SS2
77.0m2
G40
49.9m2
9.00
40.8m2
CL1
4.80
G28
4.00
28.0m2
9.00
11.00
7.00
117.0m2
10.00
G60
6.00
5.80
G29
13.00
60.0m2 6.20
SS3
49.6m2
29.0m2 5.00
8.00 9.00
CO1
117.0m2
13.00
SCALE 1:200
16
17
PARAMETRIC WORKFLOW #2 NLA STANDARD DEVIATION
STAFF CLUSTERS
LIST LENGTH = 12
Room Geom
Crv
Area
=0?
=1? Gene Pool Range: 0-3, 12 values
=2?
=3?
STUDIO ROOMS
LIST LENGTH = 24
Room Geom
=1?
=2?
=3?
LIST LENGTH = 28
Room Geom
Yes
Boolean List
Yes
Boolean List
Area
Yes
Boolean List
Yes
Boolean List
Yes
Boolean List
Yes
Boolean List
=2?
=3?
Yes
Yes
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Crv
=1?
18
Boolean List
Dispatch Multiple by Pattern
Boolean List
Boolean List
Yes
Boolean List
Yes
Boolean List
Crv Float
Crv Float
Crv Float
L1 Room Geom
Mass Add
Crv Float
Crv Float
Crv Float
L2 Room Geom
Mean Subtract
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Float
=0?
Gene Pool Range: 0-3, 28 values
Yes
Boolean List
Float
=0?
STUDY SPACES
Yes
Crv
Area
Gene Pool Range: 0-3, 24 values
Dispatch Multiple by Pattern
Float
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Dispatch Multiple by Pattern
Crv
Mass Add
Float
Square Root
Mean
Square Root
NLA Standard Deviation
Mass Add
Crv Float
Total NFA
Crv Float
Crv Float
Crv
L3 Room Geom
Mass Add
Float
Crv Float
19
CONVERGENCE GRAPH - SINGLE OBJECTIVE TEST RUN Fitness: NLA SD Population: 50 Initial Boost: 2x Maintain: 5% Inbreeding: 50%
Although I did not implement a optimization of program distribution using a single objective method, I did complete a test run. This was conducted to better understand what kind of parameters to expect out of a multi objective algorithmic process. The solver stopped after 336 generations, after 100 stagnant generations with a min fitness value of 0.816.
1400
STANDARD DEVIATION
1200
1000
GEN 56
SD < 400 MIN SD = 370.85
800
GEN 91
SD < 200 MIN SD = 196.96
600
GEN 207
SD < 10 MIN SD = 2.94
GEN 120
400
SD < 100 MIN SD = 80.88
GEN 236
GEN 336
336
331
326
321
316
311
306
301
296
291
286
SOLVER END MIN SD = 0.816
281
276
271
266
261
256
251
246
236
231
226
221
216
211
206
201
196
191
186
181
176
171
166
161
156
151
146
141
136
131
126
121
116
111
106
96
101
91
86
81
76
71
66
61
56
51
46
41
36
31
26
21
16
11
6
1
0
241
SD < 1 MIN SD = 0.816
200
GENERATION MIN FITNESS
20
AVERAGE FITNESS
MAX FITNESS
21
PARAMETRIC WORKFLOW #3 ROOM PLACEMENT
1. Define 29m x 29m rectangle to form building boundary, and 7 x 7m rectangle to form core.
6. Trim boundary curve with cluster geometry
2. Retrieve allocated staff cluster outline geometry.
7. Use gene pool generated boolean values to either rotate, or not rotate each of the allocated studio and study rooms.
8. Create bounding boxes for each room after rotation to reset vertices and edge order. Extract edge i=0 in list for each room.
3. Use gene pool generated boolean values to allocate each cluster to a corner, rotating each geometry accordingly.
4. Create bounding boxes for each cluster geometry to reset vertices order.
5. Move cluster to floor plate corners.
9. a. Order rooms by area, from largest to smallest. b. Input initial lists for the room length dimensions and rooms type names that are to be placed on intervals w, x, y, and z. c. Iterate over the length of rooms that have not been assigned to a given interval, and append the lengths and names of such rooms to a list storing their information. In each iteration, check that the length of the rooms to be placed on the interval are not greater than the interval length itself. If the condition is not met, rooms will not be appended on the interval. d. At the end of each iteration, the length of rooms that have not bee assigned to an interval has now changed, and is accounted for before beginning the next iteration. Specifically, check to see whether a specific room has been already assigned to an interval. If it has, exclude these rooms from the next iteration that assigns remaining rooms to renaming intervals. e. Repeat process on until all intervals have had rooms feasibly attached to them.
22
23
PARAMETRIC WORKFLOW #3 ROOM PLACEMENT CONTINUED
10. Obtain unallocated room geometry note, rooms would have already been potentially rotated in step 7.
16. All rooms now placed in floor plate.
24
11. Shuffle order geometry using gene pool. Select first four items in list.
17. Offset internal skylight boundary to extend it, trim using room regions places on skylight corners
12. Select first four rooms in list.
19. For each group of rooms at each wall length, find centroid point and create a bounding box.
13. Select first four rooms in list, create bounding box to reset vertices, and place in one of 12 locations (3 x 4) based on points around skylight bounds.
20. Trim bounding box with rooms, core, and skylight to create circulation space. The edge lengths of this surface will be used to calculate the total interior wall lengths (second fitness function).
14. Place one of each room at each vertices, using a gene pool to determine which of the 3 locations at each point to orient to.
15. Before placing final rooms, cull potential locations that already have a room placed at it. Then, use gene pool to place final rooms from available locations.
21. Offset outer circulation perimeter by 1.49m.
22. Test for any intersecting rooms with offset curve. If intersections exist, the solution is false and will not be counted as a valid result.
25
GEN 98
Fitness Values:
Total Wall Length Area (Maximizing) NLA Standard Deviation (Minimising)
96.44
GEN 2
172.77
RESULTS
Parameters:
-1122.68
0.82
NLA SD
55.88
NLA SD
Generations: 100 Population: 50 Elitism: 0.5 Mutation Probability: 0.2 Mutation Rate: 0.9 Crossover Rate: 0.8
-1150.92
-1112.24
ITERIOR WALL LENGTH
ITERIOR WALL LENGTH
96.44
GEN 120
29.74
GEN 25
-1116.04
PARETO FRONT ELITE
-1129.41
0.82
NLA SD
0.82
NLA SD
HISTORY (20 GENS)
-1150.92
-1071.69
ITERIOR WALL LENGTH
ITERIOR WALL LENGTH
2
96.44
GEN 165
17.91
GEN 62
-1116.04
3
-1139.17
26
ITERIOR WALL LENGTH
-1090.89
1
0.82
NLA SD
0.82
NLA SD
4 5 6
-1157.34
ITERIOR WALL LENGTH
-1123.62
27
RESULTS NLA SD: TOTAL INTERNAL WALL:
1
NLA: WALL LENGTH:
Grad Cluster 1 Prof Cluster 1 Staff Room Prof Cluster 4
Prof Cluster 3 Aca Cluster 4 Aca Cluster 2 Grad Cluster 2
Big Studio 3 Studio 5 Studio 6 Studio 7 Studio 8 Studio 10 Studio 11 Studio 16 Studio 17 Studio 18
Big Studio 2 Big Studio 4 Studio 2 Studio 3 Studio 9 Studio 15 Studio 19 Studio 20
Big Studio 1 Studio 1 Studio 4 Studio 12 Studio 13 Studio 14 Computer Lab 1 Computer Lab 2
Medium 28 Medium 29 Medium 29 Medium 30 Medium 30 Medium 30 Small 25 Small 25 Small 25 Small 14 Conference
Large 40 Medium 33 Medium 33 Small 22 Small 22
1906m2 362.34m
LEVEL 2 NLA: WALL LENGTH:
SELECTED
NLA SD: TOTAL INTERNAL WALL:
2
4
Aca Cluster 3 Aca Cluster 1 Prof Cluster 2 Deans Cluster
Print Room Large 40 Large 60 Large 60 Medium 28 Medium 28 Medium 29 Medium 33 Small 22 Small 14
LEVEL 1
8.52 1143.94m
96.44 1157.34m
1923m2 378.16m
NLA: WALL LENGTH:
1898m2 392.26m
NLA SD: 3.55 TOTAL INTERNAL WALL: 1134.34m Grad Cluster 1 Prof Cluster 1 Staff Room Prof Cluster 4
Prof Cluster 3 Aca Cluster 2 Aca Cluster 4 Grad Cluster 2
Big Studio 3 Studio 5 Studio 6 Studio 7 Studio 8 Studio 10 Studio 11 Studio 15 Studio 16 Studio 17 Studio 18
Big Studio 2 Big Studio 4 Studio 2 Studio 3 Studio 9 Studio 19
Big Studio 1 Studio 1 Studio 4 Studio 12 Studio 13 Studio 14 Studio 20
Big Studio 3 Studio 5 Studio 6 Studio 7 Studio 8 Studio 10 Studio 11 Studio 16 Studio 17 Studio 18
Big Studio 2 Big Studio 4 Studio 2 Studio 3 Studio 9 Studio 15 Studio 19 Studio 20
Big Studio 1 Studio 1 Studio 4 Studio 12 Studio 13 Studio 14
Medium 28 Medium 28 Medium 29 Medium 30 Medium 30 Medium 30 Small 25 Small 25 Small 25 Small 14 Conference
NLA: WALL LENGTH:
Computer Lab 1 Computer Lab 2 Large 40 Large 60 Medium 29 Medium 33 Medium 33 Small 22 Small 22
LEVEL 3 1822m2 377.91m
NLA: WALL LENGTH:
Print Room Large 40 Large 60 Large 60 Medium 28 Medium 29 Medium 30 Medium 33 Small 22 Small 14
LEVEL 1 1866m2 398.85m
NLA: WALL LENGTH:
52.33 1147.25m
6
1913m2 357.83m
Computer Lab 1 Computer Lab 2 Large 40 Medium 29 Medium 33 Medium 33 Small 22
Medium 28 Medium 28 Medium 29 Medium 30 Medium 30 Small 25 Small 25 Small 25 Small 14 Conference
LEVEL 2 NLA: WALL LENGTH:
LEVEL 3 1914m2 374.56m
NLA: WALL LENGTH:
1906m2 402.81m
NLA SD: 0.82 TOTAL INTERNAL WALL: 1123.92m
Prof Cluster 2 Aca Cluster 3 Prof Cluster 1 Deans Cluster
Prof Cluster 4 Grad Cluster 1 Staff Room Aca Cluster 1
Aca Cluster 4 Aca Cluster 2 Prof Cluster 3 Grad Cluster 2
Prof Cluster 4 Prof Cluster 2 Aca Cluster 3 Deans Cluster
Staff Room Aca Cluster 1 Prof Cluster 1 Aca Cluster 4
Aca Cluster 2 Prof Cluster 3 Grad Cluster 1 Grad Cluster 2
Big Studio 3 Studio 5 Studio 6 Studio 7 Studio 8 Studio 10 Studio 11 Studio 16 Studio 17 Studio 18
Big Studio 2 Big Studio 4 Studio 2 Studio 9 Studio 15 Studio 19 Studio 20
Big Studio 1 Studio 1 Studio 3 Studio 4 Studio 12 Studio 13 Studio 14
Big Studio 4 Studio 5 Studio 7 Studio 10 Studio 11 Studio 17 Studio 18
Studio Studio Studio Studio Studio
Medium 28 Medium 28 Medium 29 Medium 30 Medium 30 Medium 33 Small 25 Small 25 Small 25 Small 14 Conference
Computer Lab 1 Computer Lab 2 Large 40 Medium 29 Medium 33 Medium 33 Small 22 Small 22
Print Room Computer Lab 1 Large 40 Large 60 Medium 28 Medium 29 Medium 30 Medium 33 Small 22 Small 14
Big Studio 1 Big Studio 2 Big Studio 3 Studio 1 Studio 3 Studio 6 Studio 8 Studio 9 Studio 15 Studio 16 Studio 19 Studio 20
Print Room Large 40 Large 60 Large 60 Medium 28 Medium 29 Medium 30 Small 22 Small 14
28
LEVEL 3 1900m2 383.24m
Aca Cluster 1 Prof Cluster 2 Aca Cluster 3 Deans Cluster
LEVEL 2
LEVEL 2 1985m2 381.20m
NLA: WALL LENGTH:
Aca Cluster 2 Aca Cluster 4 Prof Cluster 3 Grad Cluster 2
NLA SD: TOTAL INTERNAL WALL:
NLA: WALL LENGTH:
5
LEVEL 2 1935m2 359.13m
Aca Cluster 2 Prof Cluster 3 Grad Cluster 2 Aca Cluster 4 Big Studio 1 Studio 1 Studio 4 Studio 12 Studio 13 Studio 14 Computer Lab 1 Computer Lab 2 Large 40 Medium 29 Medium 33 Medium 33 Small 22 Small 22
Prof Cluster 4 Prof Cluster 1 Staff Room Grad Cluster 1
2045m2 380.674m
LEVEL 1
NLA: WALL LENGTH:
Prof Cluster 4 Grad Cluster 1 Staff Room Aca Cluster 1 Big Studio 2 Big Studio 4 Studio 2 Studio 3 Studio 9 Studio 15 Studio 19 Studio 20 Medium 28 Medium 28 Medium 29 Medium 30 Medium 30 Medium 33 Small 25 Small 25 Small 14 Conference
Aca Cluster 3 Aca Cluster 1 Prof Cluster 2 Deans Cluster
LEVEL 1
3
Prof Cluster 1 Prof Cluster 2 Aca Cluster 3 Deans Cluster Big Studio 3 Studio 5 Studio 6 Studio 7 Studio 8 Studio 10 Studio 11 Studio 16 Studio 17 Studio 18 Print Room Large 40 Large 60 Large 60 Medium 28 Medium 29 Medium 30 Small 25 Small 22
LEVEL 1 1904m2 403.43m
This solution was chosen as I felt it was the most visually balanced layout with specific program level distribution that was most similar to precedents and conventions
Print Room Large 40 Large 60 Medium 28 Medium 29 Medium 33 Small 22 Small 14
NLA: WALL LENGTH:
LEVEL 3 NLA: WALL LENGTH:
NLA SD: 16.99 TOTAL INTERNAL WALL: 1145.23m
NLA: WALL LENGTH:
LEVEL 3 1875m2 373.42m
NLA: WALL LENGTH:
LEVEL 1 1873m2 392.62m
NLA: WALL LENGTH:
Computer Lab 2 Large 40 Large 60 Medium 28 Medium 29 Medium 30 Medium 30 Medium 33 Small 25 Small 22 Small 22 Small 14
Medium 28 Medium 29 Medium 33 Small 25 Small 25 Conference
LEVEL 2 1910m2 365.24m
NLA: WALL LENGTH:
2 4 12 13 14
LEVEL 3 1912m2 381.133m
NLA: WALL LENGTH:
1911m2 377.54m
29