EDUARDO MORENO ARCHITECTURE PORTFOLIO
SELECTED WORKS 2014 - 2017
TABLE OF CONTENTS INTEGRATIVE DESIGN
03
URBAN DESIGN
09
B.I.M. SYSTEMS
13
DIGITAL DESIGN AND FABRICATION
17
PRODUCT DESIGN
21
MASONRY DETAILING
24
RESEARCH AND MAPPING
25
FOAM | SPRING 2015
PIAZZA DOGANA | SUMMER 2014
OFFICE BUILDING | FALL 2014
OTTO SPORES | FALL 2016
FURNITURE COMMISSION | SUMMER 2016 WALL PANELLING | FALL 2017 WOODWORK | 2015 - 2017
BRICK WALL | SPRING 2015
DATEUM RESEARCH | SUMMER 2017 ALLOMETRIC MAPPING | SUMMER 2017
INTEGRATIVE DESIGN “FOAM” Prof. Rafael Beneytez-Duran
An integrative project that incorporates not only program, form, coding, structure, and systems, but also phenomenology, atmospheric quality, politics, culture, and concept, “Foam” is the proposal for a mixed used building that allocates an art gallery, public spaces, and wellness for resident artists. The physical site is in Lubbock, Texas, although our theoretical site was the Great Salt Lake in Utah, researching the formation of salt crystals, and drawing inspiration from Robert Smithson’s “Spiral Jetty”, Foam aims to capture the phenomenological effects experienced in the Great Salt Lake. Light, refraction, reflection, vapor, mirrors, color, sound, and crystal cubes alter ones sense of scale, perception, and depth.
03
FIRST ITERATION
SECOND ITERATION
THIRD ITERATION
PLAN
AXO FIFTH ITERATION
AXO FIFTH ITERATION
04
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
4
3
2
1
A B C D E F G H I J K L M N O
FIRST LEVEL 15’ Scale: 1/8” = 1’-0”
15
14
13
12
11
10
9
8
7
6
5
Level 7 89' - 0"
Level 6 75' - 0"
Level 5 63' - 0"
storage 5% terrace 13%
residence
residence max 5,682 sf
775sf
living 40%
bedroom12%
Level 2 27' - 0"
1,090sf
studio
office 20% work shop 28%
Level 1 15' - 0"
245 sf 2435 sf
anxillary
alternative anxillary max 1,855 sf max 2,435 sf
public space max 4,832 sf
05
70 sf 182 sf 150 sf 215 sf 140 sf 168 sf 168 sf
10% 12% 12%
entry max 540 sf
Level 3 39' - 0"
bathroom10%
storage 5% terrace 13%
studio max 4,484 sf
private space max 10,167 sf
max 15,000 sf
kitchen 20%
Level 4 51' - 0"
50 sf 130 sf 200 sf 225 sf 100 sf 120 sf
elevator 7.7% stairs 38.6% jan. closet 1.4% mech. room 7.90% elv. equip. 1.60% storage 2.5% circulation 40.3%
1855 sf 540 sf
Level 0 0' - 0"
1218 sf 45 sf 250 sf 50 sf 80 sf 1262 sf
Level -1 -15' - 0" 1
Section 1 1/8" = 1'-0"
03
PRIMARY
SECONDARY
TERTIARY
GLASS MEMBRANE
FLOOR PLATES
VERTICAL CIRCULATION
06
07
08
URBAN DESIGN
PIAZZA DOGANA Prof. Dustin White
street
3
retaining w
.5 0
sidewalk street
the church orientation is parallel to the roman grid
sidewalk
s1 dogana grid shift an angle of 41.7
retaining wall + water access
41
.7
4
retaining w
.5 0
sidewalk street
-9
water access
dogana and san fermo grid analysis
3 main ramps 5
retaining w
.5 0
sidewalk street
-5
water access
s2
macro grid analysis s3 3.5 3
sidewalk retaining w
0
street
-3
water access
s4 .5 0 -.3
sidewalk street retaining w
-2
water access
s5 .5 0 -.7
sidewalk street retaining w
-7
water access
s6
s6
micro grid analysis
09
site diagram
s5
s4
s3
s2
s1
The Dogana Site which has relationships to the waterfront, Chiesa di San Fermo, public buildings, residential and commercial buildings, has been cut off from evolving into the potential that it has as an urban room, due to its current conditions of traffic flow and parking. The site has the opportunity to be transformed into an urban room for a spectator in which a new program facilitates the occurrence of events and activities. The focus of the project should be the redefinition of an urban open space, the redesign of a building roof/skin and a small intervention on the given building facing the open space. The revitalized piazza/ public space will have: - Areas for events and activities - Differentiated pavement with a defined choice of materials - Green space - Relationship with the waterfront - Relationship with views - Relationship with the context
10
B
A
D.1 C
sec. box 1
b
D.2
D.3 sec. box 2
a
c
scale 1: 400
scale 1: 100
A
11
granite stone biancco verona grass
D.3
D.2
concrete bench planter wooden deck
D.1
sec. box 2
sec. box 1
cobblestone fan pattern 85 setts per fan 3� x 3� average size of each stone
a
scale 1: 200
12
Building Information Modeling LOB Building Prof. Kuhn Park
avg wind speed [mph] high gust [mph] prevailing wing direction
N
NW
°
340
0° 30
°
25mph
30mph
0°
W
270°
20mph
90°
15mph
12
0°
21
0°
0°
SE
SW
daily low
15
180°
US average
MAIN STREET
10mph
24
average
5mph
E
daily high
°
30
60
0°
Average Temperatures
0°
33
NE
Location SITE ANALYSIS + CODE 1219 Broadway Ave. Lubbock, Texas N 33.58o, W101.8o Lot space: 14,375sqft Value 96,159 Land value 93,568 Zoning Code: Zoned for CB-2.
January Avg Wind Speed: 8mph low gust [mph]
S
N
0° 30
0°
W
NW
12
SE
0° 30
5mph
.016
10mph
15mph
20mph
25mph
30mph
0°
W
12
70
270°
AVENUE K
°
°
AVENUE L
30
60
AVENUE M
N
0°
33
.020
21
SE
0°
0°
15
180° .012
60
July Avg Wind Speed: 7mph
S
N 50
0°
20°
0°
33
30
°
NE
NW
.008
30
40
50
60
70
80
90
100
110
25mph
30mph
0°
W
20mph
12
20
SW
13
15mph
21
0°
0°
15 180°
November Avg Wind Speed: 6mph
S
SE
AVENUE K
10
DRY BULD TEMPERATURE, F°
AV. Q/S. UNIVERSITY/ S. QUAKER BUS ROUTE
10mph
0°
AVENUE L
parking
5mph
24
AVENUE M
parking site
270°
.004
°
30 29 10
60
parking
30 0°
40
HUMIDITY RATIO
BOSTON / S. QUAKER / SOUTH PLAINS MALL BUS ROUTE
WET BUILD TEMPERATURE, F° 80
Comfort Zones show: Summer clothing on right Winter clothing on left
13TH STREET
90°
S
0°
.024
SW
parking
E
180°
NE
comfortable hours using selected strategies [8760 out of 8760 hrs]
90°
0°
0°
100.0%
0°
15
21
24
parking
30mph
80% 90%
90%
April Avg Wind Speed: 11mph
Comfort [969 hrs] Sun Shading of Windows [1966 hrs] High Thermal Mass [356 hrs] High Thermal Mass Night Flushed [365 hrs] Direct Evaporative Cooling [267 hrs] Two-Stage Evaporative Cooling [369 hrs] Natural Ventilation Cooling [1156 hrs] Fan-Forced Ventilation Cooling [1419 hrs] Internal Heat Gain [1879 hrs] Passive Solar Direct Gain Low Mass [495 hrs]v Passive Solar Direct Gain High Mass [606 hrs] Wind Protection of Outdoor Spaces [31 hrs] Humidification Only [122 hrs] Dehumidification Only [943 hrs] Cooling, add Dehumidification if needed [2338 hrs] Heating, add Humidification if needed [1491 hrs]
25mph
E
100%
SW
parking
parking
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
20mph
E
RELATIVE HUMIDITY
.028
11.1% 22.4% 4.1% 4.2% 3.0% 4.2% 13.2% 16.2% 21.4% 5.7% 6.9% 0.4% 1.4% 10.8% 26.7% 17.0%
15mph
0°
Psychrometric Chart
BROADWAY
10mph
90°
5mph
24
parking
parking
°
270°
AVENUE K
AVENUE L
AVENUE M
parking
°
parking
parking
60
parking
30
NE
NW
0°
0°
33
Supply Duct Return Duct
Supply Duct
Return Duct Supply Duct
Return Duct Supply Duct
First Floor
Typ. Floor 2-3
Return Duct
Return Duct
Supply Duct Return Duct Supply Duct
Return Duct
Supply Duct
Supply Duct
Typical Plan 4-5
Typical Plan 6-7
14
cooling tower chimney
vertical supply shaft
vertical exhaust shaft
vertical electrical shaft / breakers horizontal electrical trays
horizontal return ducts
horizontal supply ducts
fan room boilers
chiller water plant
transformer
Shadow Analysis Trough Summer Solstice
7:00 am
15
9:00 am
12:00 pm
3:00 pm
6:00 pm
16
Digital Design and Fabrication OTTO SPORES Prof. Dustin White
Manufacturing Processes was the main focus of this DDF Design Studio, starting of researching the work of Frei Otto, form finding exercises were conducted. The studio required us to design an interactive art installation that would be exhibited to the public. The design and fabrication of the installation took a month, after the exhibition was concluded, the studio went back to reiterate and apply similar strategies in different contexts.
17
18
19
20
PRODUCT DESIGN Bookshelves JW Client: Dean Jim Williamson
Collaborators: Pedro Espinet | Eduardo Moreno Commission for custom bookshelves that fitted between the spacing of the columns, giving the wall a unique character, spanding over 32 feet, the bookshelves appear to emanate from the wall giving it a strong sense of belonging.
8'-3"
8" 4"
1'-1"
3"
2'-0"
10" 3"
3"
1'-1"
"7-'2
21 03
2'-0"
1'-0" 2'-0"
2'-0"
8"
3"
WALL PANELLING 3D PRINT LAB TTU
Prototype for wall panelling. Modeled in Rhino 3d, one to one prototype CNC milled out of foam, scaled model printed with laser resin printer.
22 03
WOOD WORK DEANS CUP TROPHY walnut wood, maple wood, and acryllic. PERSONAL DESK walnut wood, and purple heart wood. TURNED PENS walnut wood, purple heart wood, mahogany wood, bass wood
23 03
MASONRY DETAILING BRICK WALLS
TECHNICAL DRAWINGS
2" Rigid Insulation
9"
One Ply Vinyl
14"
2" Lightweight Concrete 2"
C-Channels 12" O.C.
7/8" Corrugated Metal Deck
14"
2'
1" Metal Lath Stucco Soffit
14" Steel Joist 14" Steel
#4 rebar (24” o.c. each way)
Beam
3/8” mortar
ICB Connector
8" ICB
12’
4" Face Brick 2" Cavity
8" ICB
slab
4" Face Brick
modular brick
Weeps @32" In O.C. Flashing
Plan Detail 1 1/2"=1'0"
rebar
1'6”
Wall Section 3/4"=1'-0"
2" Rigid Insulation
2" Cavity
One Ply Vinyl
2" Lightweight Concrete
2"
C-Channels 12" O.C.
14"
footing
Horizontal Joint Reinforcement
2” grouted cavity
2´6”
4"
8"
4”
6”
7/8" Corrugated Metal Deck
1" Metal Lath Fascia Detail 1 1/2"=1'0" Stucco Soffit
24
RESEARCH
DATEUM 1932, Rome, Italy Prof. Julie Zook
UNBUILT PROJECT REIMAGINED
25
The Danteum was an unbuilt project designed by Italian architect Giuseppe Terragni in 1932. The project would aim to exemplify the values of a new facist nationalist driven italian goverment. Terragni, being a admirer of Dante, based the concept of the Danteum in his interpretation of the novel “Dante’s Divine Comedy”. The tectonical qualities of the project are also based on the golden ratio, meaning that there is geometries within each geometry. Each particular room is a layer of the next bigger room, in relationship to the hollistic geometry of the building itself. This dynamic gives play to an architecture that is open, yet secluded, visually public, but personal in a haptic manner. The space is not phenomenolagically activated until the user enters each space, making this a project a poetic and romantic materialization of a piece of literature.
HeavenRoom
Inferno Room
26
MAPPING
ALLOMETRIC GROWTH STUDY Prof. Mari-Michaels Glassell
Analysis, documentation, representation, and mutation of found systems Leafcutter Ant (Atta texana) Plotting Structure: Fixed Grid
Eduardo Moreno | Glassell / Zook | ARCH 5501 | Summer 17
Leafcutter Ant (Atta texana) Hybrid 2
27 Eduardo Moreno | Glassell / Zook | ARCH 5501 | Summer 17
Leafcutter Ant ( Atta texana ) Mutation 2
Edua rdo Moreno | Glassell / Zook | A RCH 5501 | Summer 17
Leafcutter Ant ( Atta texana ) Mutation 2
28
Edua rdo Moreno | Glassell / Zook | A RCH 5501 | Summer 17
29
Leafcutter Ant ( Atta texana ) Mutation 1