This document contains schematic drawings for a mixed-use development project located near the University of San Diego. The project has two buildings, one with ground-level retail and four levels of housing units. The second building has ground-level parking and five levels of housing units. Both buildings have roof patios. The drawings show the ground floor plan, building elevations, and sections detailing the layout and design.

1. Portfolio
Jesse Alexander Reyes

3. Jesse Reyes
Portfolio

4. San Diego,CA
Napa Village
The drawings are courtesy of Martinez + Cutri Corporation. These are
schematic drawings of a mixed use project that is located within a mile
of the University of San Diego. The project incorpates a woodnurf
where automobiles share that street with pedestrians. The project has
2 buildings. One building has retail at ground level with 4 levels of
housing and a patioon the roof. The second building has ground level
parking and 2.5 levels of underground parking, with 5 levels of housing
and a patio on the roof.

5. LOBBY
PLAZA
8'-0"
18'-0"
18'-0"
15'-0"
15'-0"
PLAZA
GATE
RETAILANDSHAREDPARKING33SP
RESIDENTAILPARKING33SP
RETAIL
RETAIL
LOBBY
6
7
68
7752 SF
1757 SF
9340 SF
COMMONS
4.5%
DN
1
BACKUP
LOADING
SLOPEDOWN4.5%
49
T
AREA
HC
HC
HC
HC
HC
HC
HC
31
3236
3738
4748
52 53
69
GREEN
UP
DN
UP
DN
HC
75
51
UP
DN
UP
DN
2897 SF
2180 SF
L
T
L
HC
HC
HC
HC
HC
HC
HC
HC
15'-0"
10'-0"
73'-0" 15'-0" 18'-0"
12'-0"
18'-0"
6'-0"
18'-0"
12'-0"
18'-0" 15'-0" 146'-0" 12'-0"
15'-0"300'-0"15'-0"
15'-0"
12'-0"268'-0"20'-0"
15'-0"
12'-0"
73'-0"130'-0"73'-0"
12'-0"
15'-0"
72'-0"
79'-0" 24'-0"
CONCEPT DESIGN - NAPA STREET APARTMENTS
373'-0"
300'-0"
PL
PLPL
PL
PL
PLPL
PL
83'-0" 132'-0" 158'-0"
GROUND FLOOR / P1 - BUILDING A and B
0
24
48
Scale:
RILEY ST.
GAINES ST.
NAPAST.
EDGE OF 3RD TO 6TH
FLOOR ABOVE
BUILDING A BUILDING B
RETAIL PLUS 4 LEVELS APTS PARKING PLUS 5 LEVELS
APARTMENTS
BUILDING A
BUILDING B
PARKING COUNT
TANDEM SPACES
WOONERF
6X2 12
66
RETAIL SF
LOBBY & CIRCULATION SF
16,929
2,038
GROSS SF 18,967
COMMONS
LOBBY & CIRCULATION SF
SINGLE
STRUCTURE PARKING SF
TOTAL PARKING 161
83
2,897
3,371
30,882
GROSS SF 37,150
TOTAL GROSS SF 56,117
TOTAL GROSS SF LESS PARKING 25,235

6. 10'-0"
73'-0" 15'-0" 18'-0"
12'-0"
18'-0"
6'-0" 12'-0"
146'-0" 12'-0"
15'-0"300'-0"15'-0"
PLAZA
8'-0"
18'-0"
8'-0"
18'-0"
15'-0"
15'-0"
12'-0"268'-0"20'-0"
15'-0"
12'-0"
73'-0"130'-0"73'-0"
12'-0"
15'-0"
72'-0"
POOL
79'-0" 24'-0"
PLAZA
EDGE OF 3RD TO 6TH
FLOOR ABOVE
CONCEPT DESIGN - NAPA STREET APARTMENTS
373'-0"
300'-0"
PL
PLPL
PL
PL
PLPL
PL
83'-0" 55'-6" 227'-0"
GATE
GATE
.
.
.
RETAILANDSHAREDPARKING33SP
RESIDENTAILPARKING33SP
PODIUM
BUILDING A BUILDING B
FLOORS 3 to 6 - BUILDING B
LOBBY
A304-2
A303-2
A302-1
A301-2
A309-2
A311-2
A313-2 A314-3
A312-2
A310-2
A308-1
A307-1
A306-2
A305-3
RETAIL PLUS 4 LEVELS APTS PARKING PLUS 5 LEVELS
APARTMENTS
B302-2
B301-2
B314-1
B316-1
B318-1
B320-1
B321-2
B322-2
B323-2
B303-1B304-1B305-1B307-2B309-2B311-2
B306-2B308-3B3010-2B312-2
B313-2
B315-2
B317-2
B319-2
B324-1B325-2B327-2B329-3
B326-2B328-2
276'-0"
146'-0"
8'-0"
0
24
48
Scale:
RILEY ST.
NAPAST.
UP
UP
DN
DN
T
T
UP
DN
UP
DN
BUILDING A 14 UNITS
BUILDING B 29 UNITS
UNITS SF
LOBBY & CIRCULATION SF
16,594
3,032
GROSS SF 19,626
UNITS SF
LOBBY & CIRCULATION SF
31,741
4,571
36,312GROSS SF
L
L
T
BUILDING PROJECT TOTAL
15'-0"
LEVEL 1 56,117 GSF
LEVEL 2 50,339 GSF
LEVEL 3,4,5
TOTAL GROSS SF 55,938 X 3 = 167,814
TOTAL GROSS SF 36,312 X 1 = 36,312
TOTAL GROSS SF 310,582
TOTAL GROSS SF LESS PARKING P1 279,700
LEVEL 6

7. 15'-0"
10'-0"
73'-0" 15'-0" 18'-0"
12'-0"
18'-0"
6'-0" 12'-0"
146'-0" 12'-0"
15'-0"300'-0"15'-0"
PLAZA
8'-0"
18'-0"
8'-0"
18'-0"
15'-0"
15'-0"
12'-0"268'-0"20'-0"
15'-0"
12'-0"
73'-0"130'-0"73'-0"
12'-0"
15'-0"
72'-0"
POOL
79'-0" 24'-0"
PLAZA
EDGE OF 3RD TO 6TH
FLOOR ABOVE
CONCEPT DESIGN - NAPA STREET APARTMENTS
373'-0"
300'-0"
PL
PLPL
PL
PL
PLPL
PL
83'-0" 55'-6" 227'-0"
GATE
.
.
.
RETAILANDSHAREDPARKING33SP
RESIDENTAILPARKING33SP
PODIUM
BUILDING A BUILDING B
Roof - BUILDING A and B
RETAIL PLUS 4 LEVELS APTS PARKING PLUS 5 LEVELS
APARTMENTS
276'-0"
146'-0"
8'-0"
0
24
48
Scale:
RILEY ST.
GAINES ST.
NAPAST.
UP
DN
UP
DN
BUILDING B
ROOF SF
CIRCULATION SF
25,399
10,447
466
36,312GROSS SF
TERRACE SF
BUILDING B
ROOF SF
CIRCULATION SF
7,978
11,252
396
GROSS SF
TERRACE SF
19,626
L
L
ROOF

8. PL
PL
20.00
83.37
Roof 61.50
2nd Level 10.33
3rd Level 20.33
4th Level 30.58
5th Level 40.83
6th Level 51.08
1st Level 0.00
Rail 65.00
P2 -10.83
P3 -23.96
2nd Level 14.00
3rd Level 24.00
4th Level 33.35
5th Level 43.60
Roof 54.66
1st Level 0.00
Rail 57.52
18.00
75.52
373’-0”
12’-0” 146’-0” 69’-0” 80’-6” 10’-0”
PL PL
Roof 64.69
2nd Level 13.52
3rd Level 23.52
4th Level 33.77
5th Level 44.02
6th Level 54.27
1st Level 0.00
Rail 68.19
373’-0”
1st Level 0.00
P2 -13.01
P3 -26.14
18.68
86.87
2nd Level 14.29
3rd Level 24.29
3rd Level 34.54
4th Level 44.79
5th Level 54.21
Rail 58.71
17.00
75.71
10’-0” 12’-0”146’-0”80’-6”
SECTION 4 BUILDING A & B
SECTION 3 BUILDING A & B

9. BLDG B - WEST ELEVATION ON WOORNEF
RILEY ST. GAINES ST.
PL PL
12’-0” 12’-0” 6’-6”6’-0” 276’-0”
BLDG A & BLDG B - SOUTH ELEVATION (GAINES ST.)
NAPA ST.
PL
PL
373’-0”
10’-0” 10’-0”
13
9
80’-6” 146’
4
13
5
7 8 4
1
11
10

10. San Diego,CA
4th and C St.
The drawings are courtesy of Martinez + Cutri Corporation. These are
Design Development drawings of a high rise project that is located in
downtown San Diego. The project is 39 stories high with a roof terrace
and 3 levels of underground parking and ground level retail.

11. LOBBY
UTILITY
ELEV.
ELEV.ELEV.ELEV.
1
234
STAIR
PRESSURIZATION
DN
UP
VEST.
STAIR
PRESSURIZATION
DN
UP
VEST.
1 BR 758 sqft
1 BR 731 sqft1 BR 759 sqft
F L O O R P L A N L A Y O U T - 1 0 T H t o 3 0 t h L E V E L S
5 - ONE BEDROOM 3 - TWO BEDROOMS 2 - THREE BEDROOMS
10' 10' 12' 10' 10' 12'19'-3" 10' 10'
6'-8"12'-2" 10' 10' 10'10'
84'
12'
12' 17'-4"
10'
10'
7'-31
2
"27'-03
4
"
2 BR 1,315 sqft
2 BR 1,155 sqft
1 BR 798 sqft 1 BR 798 sqft
3 BR 1,187 sqft
3 BR 1,227 sqft
14'-311
16
"16'-41
16
"10'-81
2
"12'11'15'-73
4
"
15'
8' 10'
2 BR 1,073 sqft
Balcony Balcony
Balcony
BalconyBalcony
Balcony
Balcony
94'
85'
21'-73
4
"
6'-91
2
" 20'-3"
BalconyBalconyBalcony Balcony
150'
N
Balcony at 19th and 27th Level Balcony at 19th and 27th Level Balcony at 19th and 27th Level
Balcony
Balcony
A1.13
SECTION
SECTION
A1.12

12. 2
3
4
5
Retail Level
Mezzanine Level (TBD)
Roof Terrace
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
28
29
30
31
32
33
34
Amenities Floor
HousingHousing
HousingHousing
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
35
36
Penthouse
27
6
Parking L4
404.00
20.00
40'
3RD AVE
4TH AVE
PL
SECTION B
PL
3'-6"
Parking L1
Parking L2
Parking L3
70.00
81.00
102.00
Parking
Parking
Parking
P1
P2
P3
30.00
40.00
50.00
92.00
Upper Level Tower
37
-5.50
Upper Level Tower
38 Upper Level Tower
39
10'
0.00
Mid-Level Tower
415.00
392.00
382.00
372.00
362.00
352.00
342.00
332.00
322.00
312.00
302.00
292.00
282.00
272.00
262.00
252.00
242.00
232.00
222.00
212.00
202.00
192.00
182.00
172.00
162.00
152.00
142.00
132.00
122.00
112.00
100' 100'
200'
ROSS
WEST-EAST SECTION
424.00
CITY HALL
40

13. A. Juxtaposition of “old building”to new building,mission style to modern,
vertical vs.horizontal, etc. See sheet A1.20 Detail 1
B. Reinstallation of blade sign,“California Theatre” and 1927 Marquee
C. Glass facade,single-tone vertical pattern
D. Slice to create a more vertical facade
E. Green roof and solar roof
F. Balcony facing west for views of bay
G. Expressed columns
H. “Rhythm”on the street
I. Articulated top
J. Podium/street-wall of expression
K. Landscape terrace,pool terrace,amenities,mini-park
L. Expressed balcony for composition (Massing vs.Bulk)
M. 40’Horizontal Module:DNA/Composition
N. 90’Vertical Module:DNA/Composition
1. GRANITE BASE 2. GFRC OR EFIS
PODIUM - MATCH
EXISTING BLDG.
3. ULTRA CLEAR
GLASS
4. GLAZING (5 DIFF.
TYPES, PLUS
SPANDREL)
5. HORIZONTAL BAND
- KYNNAR COATED
METAL
6. 6" MULLIONS -
KYNNAR FINISH
7. PAINTED
CONCRETE - 2
COLORS W/ METAL
REVEALS
8. PORCELAIN
CERAMIC WALL
9. ST. STL. CLAN
COLUMNS
10. SCREENED
OPENING
A
B
C 1
D
E
BUILDING MATERIALS
LEGEND - DESIGN ATTRIBUTES
N
C 2 C 3
B
A
C D
3RD AVE
4TH AVE
C STREET ELEVATION
A
L
L
F
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
Roof Terrace 40
Amenities Floor
HousingHousing
HousingHousing
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Mid-Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower
Upper Level Tower 35
36
Penthouse
Upper Level Tower
37
1
2
3
4
5
6
Retail Level
Mezzanine Level (TBD)
Parking
Parking
Parking
Parking
415.00
M
S
Upper Level Tower
Upper Level Tower 38
39
Mid-Level Tower
L
I
F
O
R
N
A
C
A
I
L
K
G
404.00
J
-5.5
N
B
H
DESIGN ATTRIBUTES
C A L I F O R N I A P L A C E
40'
C
E
I
B O U T I Q U E 4 8
N
N
D
E
P
P. LIGHT BEAM
0.0

14. San Diego,CA
Bella Mar
The drawings are courtesy of Martinez + Cutri Corporation. These are
construction documents drawings of a mix-use condos in Point Loma.
The project is 3 stories high with retail and parking at ground level.
Residential units are located at the 2nd and 3rd levels.
Rendering provided by M+C
2
2
UP
UP
1
2
3
4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
22 23 24 25 26 27 32 33 34
2
3
4
5
6
8
9
10
BACK UP
RETAIL
PARKING
MECH.
ELEC.
ROSECRANS ST.
BYRONST.
AVENIDADEPORTUGALST.
0
STORAGE
EXISTING
MOTEL
3 STORY
RAINWATER DRAINAGE PLANTER
1
BIKESTORAGE
ELEC. ELEC. ELEC. ELEC. ELEC.
ELEC. CAR CHARGE
BENCH
BENCH
TYP
TOTAL
RETAIL
GAS
METER
ELEC.
SWITCH
GEAR
5'
10'
150'
54'29'55'
SETBACK
4,724 SF
2,509 SF
94'
56'
55'
100'50'
5'
10'
SETBACK
145'
DISABLED ACCESS
RETAIL AND RESIDENTIAL
201051
21
29 30
VAN
HC
31
HC
28
11
12
7 VAN HC
SEMI TRANSPARENT
SECTIONAL
OVERHEAD
DOOR
SEMITRANSPARENT
SECTIONAL
OVERHEADDOOR
BACK UP
MC
DOWN
LEVEL
REFUSE AND
RECYCLABLE
MATERIAL STORAGE
MC
23'-5"
18'
18'
18'
20'-4"
9'-11"
3'3'
8'
+3.0'
+2.0'
FD FD FD
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
2%
SLOPE
TO STRIP
DRAIN
1
1
3
3
100 % CLEAR GLASS ON RETAIL AND RESIDENTIAL ENTRY
No obstruction including lanscaping
or solid walls in the visibility area shall
exceed 3 feet in height. .
28'
24'
10"
DN RESIDENTIAL
LOBBY & SERVICE
9'4"
8'4"
COURTYARD
ABOVE
1'-11"
50'6'-3" 20'-5" 34'-8"
4'-3"54'-10"6'-9"23'-3"14'-7"21'-8"18'-2"
5'-8"42'-6"41'-10"41'-10"54'-7"8'-5"5'-2"
TRASH
1,160 sf
UPS
STORE
21'-9"
LINEAR FEET FRONTAGE
TRAFFIC
WARNING
BLINKING
LIGHT
TRAFFIC
WARNING
BLINKING
LIGHT
ALL STREET FURNITURE
TO NOT EXCEED 3'0" IN HEIGHT
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
9'6" 8' 8'
8'
9'6"8'9'-6"9'6"8'9'6"9'6"8'9'6"9'6"8'9'6"9'6"9'6" 8'9'6"8' 8'
9'6" 9'6" 9'6" 9'6" 9'6"
5'
PLANTER
9'6" 9'6" 9'6"
8'
9'6"
9'
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
1%
SLOPE
TO DRAIN
9'
8'4"
9'6"
9'6"
8'4"
9'6"
9'
9'6"
9'6"
8'4"
9'
24'
CLASS II BIKE LANESCLASS II BIKE LANESCLASS II BIKE LANES
24'
33'-7"
SLOPE
TO CENTER
SLOPE
TO CENTER
SLOPE
TOCURB
TRASH
TRASH CHUTE ANGLED
TO LAND INSIDE BIN
EXISTING
PED.PATH
CONTINUAL
PED.PATH
EXISTING
PED.PATH
NEW
PERVIOUS
AREAS
100 SF
EXISTING
PED.PATH
EXISTING
PLANTING
NEW
PERVIOUS
AREAS 781 SF
SMALL CAR
ZERO
EMISSIONS
SMALL CAR
ZERO
EMISSIONS
45°
44'-3"
45°
45°
10'
10'
25'
25'
45°
ELEC.
FE
FE
FE
FE
FE
101
102 105
106
107
109
112
113
104
103
116
118
117
115
114
110
108
119
NEWSLAB
SLOPE UP
MAX 8.3%
SLOPE
OUT
TYP.
Siteworks Schedule -
All specified product are Tournesol Siteworks
Products, Sales Rep - Jon Willingham,
jwillingham@tournesolsiteworks.com
Ground Floor - See Sheet A1.01
Benches - ST-120 - Sydney Benchseat w/ Arms &
Embedded Feet - Pine Powder Coat -
Boulevard Domestic Hardwood (7)
Bike Racks - PC-01- Paper Clip Bollard - Pine
Powder Coat (10)Outside, (6) Inside
Trash Cans - WS-AFR w/Liner - FRP - Puddle, (5)
Planters - Wilshire Rectangle - FRP - Puddle -
w/Liner
12”wide x 72” & 48" long x 36”high w/
Integral Irrigation System (2)
Set on WP “feet”
2nd Floor - See Sheet A1.02
Planters - Wilshire Rectangle - FRP - Puddle -
w/Liner
12”wide x 72” x 48" long x 36”high w/
Integral Irrigation System (Multiple) - Set on
WP “feet”
- Square - WR - 2400 - Puddle - Set on “Feet”
(3)
- Arcade Round - AS-3610 - Puddle -
w/Irrigation System (1)
CMU Planters - Custom WPL - Planter Liners
w/CWM Manual Fill Irrigation System 36”
Deep (Multiple)
Trash Cans - WS-AFR w/Liner - FRP - Puddle, (2)
Courtyard Decking - Boulevard Planks w/ EV-0000
Adjustable Pedestal
3rd Floor - See Sheet A1.03
Planters - Wilshire Rectangle - FRP - Puddle -
w/Liner
12”wide x 96”long x 36”high w/ Integral
Irrigation System (Multiple) - Set on WP
“feet”
- Square - WR - 2400 - Puddle - Set on “Feet”
(3)
101
102
103
104
105
106
107
ELEV.
EQUIP.
ROOM
ABAB
AC
AC
AAAA
3'
4'-6"
31'-10"
1'-7"26'27'
18' 24' 18'
8'-9"
65'-2"8'-5"
18'18'
4'
9'-11"14'-3"
WALLBIKERACK
5'
6'-5"
STAIR 1
24'-7"
DN
6'
9'
24'
20'-3"
SLOPE DOWN MAX 2%
11'
4'-9"
1 STEP
DOWN
17'-10"
108
RETAIL
3,564 SF
1 2 3 4 5 6 7
3.7 3.9 4.5 5.5 6.5
8
A
B
C
E
D
F
G
A
B
C
E
G
HH
D
F
2%
SLO
PE
2%
SLO
PE
2%
SLO
PE
2% SLOPE
2% SLOPE
2" BFP
2" BFP
4" BFP
6'-0" OPEN FENCE
WITH PLANTING
PLANTING
SLOT 4" WIDE
63'-9"18'-8"11'-11"
94'-4"
82'-5"
STAIR2
A9.56
1
ELEV.
EQUIP.
ROOM
111
ELEV.
102102A
104
101
105
107
106 101
103
RESIDENTIAL GARAGE
103
A9.50
4-5

15. 1'-6" 2' 2' 3'-6"
9'-10"9'-10"9'-10"
18'-4"
28'-8"
5'X6"
PLANTING
SLOT
6'-0" PLANTED
FENCE
2% SLOPE BLDG
TO CURB
27.28 TC
27.84 BFP
17'-6"
1'-4"
9'-4"
1'-1" 6"2'-3"1'-4"1'-4"1'-4"1'-4"1'-4"1'-4"1'1'1'-8"1'
1'2'
ROOF LEVEL
3RD LEVEL
2ND LEVEL
1ST LEVEL 8'-6"
1'-2"
D C
7 8
17'-6"
8'-8"
D C
6'
6'-0" PLANTED
FENCE
1'-9"
2"
4"
STACKED GAS METER
10'-1"
3'-9"
GROUND FLOOR PLAN
SCALE: 1
2" = 1'-0"
SECTION
SCALE 1
2"= 1'-0"
ELEVATION @ GAS METER
SCALE 1
2"= 1'-0"
BYRONST.
27.28TC
D
C
7 8
ELEVATION @ PLANTED FENCE
SCALE 1
2"= 1'-0"
26.71TC

16. 2'
1'
6"
6"6"
4"
3'-3"
SCALE: 1" = 1'-0"
1
WALL SECTION BETWEEN EXISTING HOTEL AND BELLA MAR
SCALE: 1"= 1'-0"
WALL SECTION AT WINDOW
2

17. 7'
2'-10"
RO 3'-2"
7'
2'-10"
RO 3'-2"
2'-8"
RO 3"
7'
OVERHEAD SECTIONAL STEEL DOORS WITH PERFORATED COPPER INFILL PANELS WITH
AUTOMATIC REMOTE FOR OPERATOR
OVERHEAD DOOR COMPANY OF SAN DIEGO
T. 858 547 3600 E.ODCSoCal@OVERHEADDOOR.COM
3'
7'
RO 3'-4"
9'
3' 3'
RO7'-2"
RO7'-2"
RO7'-2"
RO7'2"
RO9'-2"
3'
7'
RO7'-2"
7'
3' 3'
RO7'-2"
8'
3'
D1
SWINGING
T
6'-8" 3'
RO 3'-4"RO6'-10"
3'
8'
RO 3'-4"
RO6'-10"
3'
8'
RO 3'-4"
RO8'-2"
SC WOOD
D2A D3 D4 D5 D6
SWINGING
SC WOOD
SWINGING
SC WOOD WITH GLASS
SWINGING
SC WOOD WITH WOODEN LOUVERS
SWINGING
SC DOOR HM FRAME WITH METAL LOUVERS
SWINGING
SC WOOD WITH WOODEN LOUVERS
D7 D8 D9 D10 D11 D12
SWINGING
SC WOOD
SWINGING
HM DOOR W HM FRAME W PH
PAIR SWINGING
HM DOOR HM FRAME / METAL LOUVERS
SWINGING
HM DOOR HM FRAME / METAL LOUVERS
PAIR SWINGING
HC ALUMINUM / GLASS (TEMPERED)
SWINGING
H ALUMINUM / GLASS (TEMPERED)
D16
OVERHEAD SECTIONAL STEEL DOORS WITH PERFORATED COPPER INFILL
PANELS WITH AUTOMATIC REMOTE FOR OPERATOR
OVERHEAD DOOR COMPANY OF SAN DIEGO
T. 858 547 3600 E.ODCSoCal@OVERHEADDOOR.COM
D17
RO8'-2"
D2B SWINGING
SC WOOD
D13
SWINGING
SC WOOD
3'
8'
RO 3'-4"
RO7'2"
3'
7'
RO 3'-4"
RO7'2"
D14 SWINGING
HM DOOR HM FRAME WITH PH
3'
7'
RO 3'-4"
RO7'2"
D15 SWINGING
HM DOOR HM FRAME WITH PH
3'
7'
RO 3'-4"
RO7'2"
SWINGING
HM DOOR HM FRAME WITH LOCK
3'
7'
RO 3'-4"
RO7'2"
D18
SWINGING
HM DOOR HM FRAME
D19
LEGEND
SC SOLID CORE WOOD
HM HOLLOW METAL
WD WOOD
AL ALUMINUM
8'
3'
RO7'-2"
RO 3'-4"
8'-4"
20'1'-1
3
8
" 1'-2
1
16
"
3' 20' 3'
8'-4"
3'-8" 3'-8"
7'
1'-9" 5"

18. 6’ Fence
60’
90’
Typical Low Density
15’ Setback
Pitched Roof
5:12
No Opportunity
to Engage
Minimal
Space to
Interacting
Road Only Used to Get From One
Place to Another
Narrow Walking Space with
Little Variation
Temecula, CA
Suburbs suffer from problems of sustainability, land speculation and
high reliance on vehicles for transportation. Suburbs are almost solely
residential, isolating the living quarters f rom commercial, i ndustrial
and cultural centers. Urban areas blend these purposes intimately to
one another.Suburbs are mainly managed by the Home Owner's Asso
ciations ( HOA’s) t o protect property v alues. This concept c ollapses
during economic turmoil because HOA’s fail to adapt to a changing envi
ronment. An architectural solution to this problem would be to rethink
zoning from the current Floor to Area Ratio to exploring in Incentive
Area Ratio.
Incentive Zoning

19. 6’ Wood
4’ Wood
6’ Cinder Block
4’ Cinder Block Wall
Tree
Bushes
No Dividers
Garden Lattice
Group A Component
Add 5% lot coverage for the following
-Larger side walk for 6’ to 10 at least with green buffer between street and property
-Usable Roof
-Reduction of property dividers from 6-4ft down to 2 to now or be transparent
-Parks within .25mile
-No Garage
-No Front yard that is only aesthetic
Start point 15 %
lot coverage
810 sq.ft.
Group 1
Incentive Zoning
1/3
.25 mile
Group B Component
Add 10% lot coverage for the following
-Multi-family/ Duplex
-Mix-use
-Community Center within development for community meeting
60’
90’
25%
30%
35%
40%
45%
50%
1 Component of Group B
with combintion of Group A
2 Component of Group B
with combintion of Group A
All of Group B
with combintion of Group A
50%
55%
60%
35%
40%
45%
55%
45%
50%
65%
60%
70%
Group 2
25%
35%
45%25%
30%
35%
40%
620%
1
2
3
5
4
45%

20. Typical Unit Property Layout Shift Unit to Front Property Line BendStretch Unit to Cover Length of Property Bend
Extrude
Shift Flip 2nd floor Flip 2nd and Shift
New Units

21. 1 Bedroom
2 Bathroom
3 Kitchen
4 Living Room
5 Dining Area
6 Walk-in Closet
7 Utility Room
7
3
4
5
61
1
1
1
2
2
2
1

22. 1 Bedroom
2 Bathroom
3 Kitchen
4 Living Room
5 Dining Area
6 Walk-in Closet
7 Utility Room
7
3
4
5
61
1
1
1
2
2
1 1
5
4
3
7
2
2

23. 1 Bedroom
2 Bathroom
3 Kitchen
4 Living Room
5 Dining Area
6 Walk-in Closet
7 Utility Room
1
1
1
6 6
2
2
1
1
1
22
7 7
3
3
5 5
4
4
2
3

24. Large Sidewalks
Drive Way No Garage
No Front Yard
Buffer Between Sidewalk
and Property With
Buffer Between Sidewalk and Street
Property Dividers Reduced
Usable Roof
Mix Uses
Multi Family
Single Family
Large Sidewalks
Drive Way No Garage
Sidewalk Pop Out
No Front Yard
Buffer Between Sidewalk
and Property With
Buffer Between Sidewalk and Street
Community Center
Park
Property Dividers Reduced
Usable Roof
Mix Uses
Large Sidewalks Drive Way No Garage
Carports
No Front Yard
Buffer Between Sidewalk
and Property With
Buffer Between Sidewalk and Street

25. 200 ft 400 ft

26. 1 Mile Block
0 100 200 400
0 100 200 400
1Mile Block Land Uses
The main driver of the mile development is the concept of parks that
connect the mile block. The parks connect to focal points which are the
plazas where people can gather. The parks provide shade with
structures that have Bougainvillea plants that branch out. The shade
allows people to walk during the summer season when the
temperature escalates. Along the park walkway, there are mix-use
buildings to provide moments to stop and shop for food or other goods.
The higher density areas are located within walking distance to the
focal area zones such as; schools, parks, and TOD to reduce the use of
carbon emmisions.
Time to Walk
Moderate Density with Moderate TOD
Land Uses Legend
School
Mix-Uses
Commercial
Parks
High Density 47 units per acre
Mid-Density 18 units per arce
Low Density 6 unit an acre
Med Low Density 11 per acre
Total Number of Units 4447
AverageNumber of units per acre 7
Total Amount of Parking spaces 4600

27. 10’ 9’ 30’ Parking Sidewalk
10’ 9’ 15’ 35’
Park/ Shade Stucture
Parking Sidewalk
Parking Sidewalk10’ 9’ 15’ 50’
Park/ Shade Stucture

30. Extrude Square
Extend Square Face Up
Shaft Square Face Right Shaft Square Face Up
CesarChavezPkwy
Parking Lot
Community Center
In the design of the community center, it was important to have the
structure expand over the water. The idea is to begin people closer to
the water so they can be aware of the environmental problems that are
occurring to the bay water, which they cannot even swim in. The
structure hangs above the water at its lowest point four feet. The
building has a ramp system to circulate people in a slow and gradual
way to experience the space as much as possible.
The program is organized by activities that are closely connected to
each other. The bar is next to the kitchen and bathroom while the
gallery, screening room and workroom are close to each other. The
galleries have many avenues for people to enter and circulation easily
through the spaces. The screening room is located where the building
slopes down to take advantage of the form for the seating system.
The window and structural system use a one to two system. On some
faces of the structure there is only one window while on others there
are two. The shapes of the windows are triangles to draw people to
them because it is a change of language to the shape of the structure.
The structural system has two �loor surfaces that connect to one point
where the water is at its lowest point. The structure in plan has a sym-
metrical sense but in elevation changes. The building has the two to one
system at the entrance where the structure starts to move in the verti-
cal directions. The entrance of the structure starts with a low ceiling
and becomes higher to accentuate the space and to make the space
seem bigger.
Barrio Logan San Diego

34. 1st 2nd 3 rd 4th 5th 6th 7th 8th
UP
Chula Vista, CA
Olympic Center Dorms is a 140 unit building for housing athletes
during their training .The building has 8 active levels with 5 for housing
and 3 for communal areas. The levels that are communal space
are also the areas to access living areas that will create moments of
interaction. The open area also allows for natural cross ventilations to
reduce the need for mechanical cooling.
The Dorms range from 825- 925 sq.ft. with 2 bedrooms. The units have
a kitchen, living room and bathroom. The rooms have access to natural
lighting and cross ventilations because the rooms have access to both
sides of the building.
Olympic Center Dorms

36. Concrete Columns with reforced steel Post and beams. Change from being 4 main concerte
support to 13 row of columns space 30 feet
Electrical Lighting System and Fan Cooling System
Electrical Supply runs through concrete in pipes
Electrical Cables
Kitchenette and bathroom usea rail
lighting system
Fans used for cooling, ventilation and lighting
Bathroom exhaust need powers
Refrigerator
Scale: 1”= 1/4” Passive Lighting
Scale: 1’= 1/8”
Bathroom ceiling is tinted glass to allow for natural lighting
34 Degree Winter Sun
80 Degree Summer Sun

37. 1st Floor
2nd Floor
3rd Floor
4th Floor
Air Flow Passive Cooling
5th Floor
6th Floor
7th Floor
8th Floor
Space allow for building
to cool down because of
air flow
Max exterior window opening are 9 inches wide for safety. Windows on the top of
walls between bathroom and room allow for air to circulate through unit. Wall
windows can up to 2.5 feet wide
Air movement
Ocean Wind
N
Cross Ventilation
Reinforced Steel
Supply Lines
Drywall
Floor Structure
Aluminum Framing

38. Floating Chapel
“Bathtube”Louisiana
Inspired By the �ilm Beast of the Southern Wild, this project is a chapel
on a pier. The chapel �loats on �loating deck and uses the pylons as
guides. The structure is tube steel welded together and the walking
platform is reclaimed wood. The structure looks like a solid form with
steel
striations but is not when viewed from other perspectives.

40. Scale: 1M=20mm
Exploded Axon
Dry Canary Grass
Wood Framing
50x100mm
Papa Westray, Scotland
Canary Bonfire
The Canary Bon�ire is designed to be easily assembled. The materials
used are 50 by 100 mm reclaim wood and dried Canary Grass as a
starting fuel. The spacing of the memebes are to allow air �low and the
ability to have moments to view the other side of the Bon�ire. The
Canary Bon�ire base is 4.25 meters by 4.75 meters and 2.4 meters high.
The vertical frame changes in height by 300mm for each level which
starts at 500mm and is spaced 150 mm apart. The horizontal wood
members are stacked on top of each different level and are nailed to
vertical members to keep them �ixed to positions. The space allow for
Canary Grass to lay on the members The Canary Grass is laid on every
level, and in every space and is to be started at the same time to allow
structure to burn at the same pace.