PORTFO DANIEL IVAN GARCIA
Daniel Ivan Garcia
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"Great ideas emerge when ink meets paper"
Daniel Ivan Garcia
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Contents Cv
Curriculum Vitae
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01 8
02
SAC Architecture Facility Academic | Educational
Evergreen Pointe
SAC Competition | Mixed-Use
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03 22
04
Rohe Visitor Center
Preservation as Provocation Competition | Public
MicroChurch
Academic | Religious
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05
Architectural Models Hand-Crafted | Laser-Cut
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06
International Study Urbino, Italia
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Daniel Ivan Garcia
curriculum vitae
DANIEL IVAN GARCIA
Personal Information
Education
availability | January 1st , 2017
University of Texas at San Antonio Bachelor of Science in Architecture
email | danielig.arch@gmail.com contact | 210.529.0524
Universita Degli Studi di Ubino Carlo Bo Study Abroad | Urbino, Italia
web | www.danieligarcia.com
San Antonio College Associates of Arts in Architecture
Languages
Professional Experience
english | native
Texas Homes & Projects | San Antonio, Texas 8 months | Revit + CAD Technician
spanish | native italian | intermediate
Glass Mart | San Antonio, Texas 2 years | Revit + CAD Technician Pro Design Plus | Brownsville, Texas 6 months | Chief Architect Technician
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Honors + Achievements
Qualifications + Skills
1st Prize San Antonio College Competition
Autodesk Revit + Vray + Cloud
Sophomore CAP Design Competition
1st Prize Technology Student Association National 3D Architecture Animation
International Study UTSA Scholarship Sembradores Full Endowment Scholarship Ron Blank Architecture Scholarship
References Michael Connor | Department Chair of Architecture mconnor@alamo.edu | 210.486.1320 Dr. Rahman Azari | Graduate Advisor rahman.azari.@utsa.edu | 210.458.3031 Joaquin Escamilla | Associate Professor jescamilla@alamo.edu | 210.486.1125
Autodesk 3ds Max + Vray + Mental Ray Autodesk AutoCAD | Autedesk Inventor Sketchup Pro + Vray Rhinoceros + Vray Chief Architect | ArchiCAD Adobe CC Photoshop | Illustrator | InDesign Sefaira | Tally | Climate Consultant Mental Ray | Vray | Autodesk Raytracer Lumion 3D | Maxwell | Enscape Design Development | Sketching | Drafting 3D Modeling | Laser Cutting | Wood Working Daniel Ivan Garcia
revit + vray + photoshop
01
SAC Architecture Facility
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typology | educational facility location | San Antonio, TX area | 45,782 sq ft year | 2015 advisor | Michael Connor software | revit + vray + photoshop
San Antonio College of Architecture propose a design that will inspire students and become a learning experience by emphasizing transparency. The exoskeleton and inner structure emerge as a scultpture and sustainable strategies and elements manifest in the vicinity of the building. The open floor plan encourages a sense of community in the college.
Concept Sketches
01.Site Analysis
02.Program
03.Water Catchment
04.Daylighiting
05.Cross Ventilation
06.Daylight/Ventilation
07.Exoskeleton Concept
08.Exoskeleton
09.Structural Web
Study Models
Daniel Ivan Garcia
1
2
3
4
5
6
7
A UP
5
6
5
4
1st Level
3 B
7
3 2
9
1 Entry
3
UP
3
2 Gallery
3 C
8 1
4 Conference D
5 Lecture Hall 6 Workshop
1 E
7 Restrooms 8 Elevator
10 F UP
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9 Mechanical Room 10 Computer Lab 11 Library
G
10
3 Offices
UP
DN
1
1
1 2
7 UP
9
2
8 6
5 3 4
3
2nd Level 1
Freshman Studio
2
Sophomore Studio
3
Offices
4
Conference
5
Jury Room
6
Restrooms
7
Elevator
8
Mechanical Room
6
7
9
8
5
2
4
6
3rd Level 1
3rd yr Studio
2
4th yr Studio
3
Storage
4
Commuting
5
Jury Room
6
Terrace
7
Restrooms
8
Elevator
9
Mechanical Room
DN
DN
3
2 DN
3 UP
DN
1
3
3
Daniel Ivan Garcia
Concrete Footing 12
Columns
Beams
Roof Structure
Sculptural Web
Beam to Colum Connection
Floor Connection
Sectional Perspective
Column to Foorting Connection Daniel Ivan Garcia
revit + autodesk cloud + photoshop
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Evergreen Pointe
1ST PLACE CAP COMPETITION
typology | mixed-use location | San Antonio, TX area | 45,000 sq ft year | 2015 advisor | Michael Connor software | revit + cloud + photoshop
Evergreen Pointe is an environmentally responsive mixed-use development adjacent to San Antonio College. It provides affordable housing, office, commercial and public areas to live, work, and play. The dynamic and vivid facade attempts to activate the intersection and
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strive to attract student life to the site.
Concept Sketches
01.Site Analysis
02.Respond near buildings
03.Create Public Space
04.Venturi Effect
05.Cross Ventilation
06.Building responding to the sun
07.Green Roof
08.Northern Views
09.Facade Design
Study Models
Daniel Ivan Garcia
Aerial Site View
Work
PV Modules
Vegetated Roof
Live
Cafe
Water Harvesting
Cross Ventilation
Renewable Materials
Fitness Center
Xeroscaping
East Elevation 16
Units
3rd Level
2
REF.
4
F. RE
REF.
2
6
UP
1
1
Micro Studio
live / work
2
Studio
enclosed micro kitchen
3
One Bedroom
4
Two Bedroom
5
Elevator
6
Lobby
UP
REF.
REF.
1 3
2
Studio 12 units live / work
REF.
REF.
1
Micro Studio 24 units
REF.
3
3
REF.
1
UP
3 REF.
REF.
REF.
1
DN
4
Two Bedroom
14 units
15 units
public / private
public/ private separated bedrooms
3
REF.
REF.
1
One Bedroom
REF.
4
REF.
4
REF.
F. RE
REF.
F. RE
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Section A.A Daniel Ivan Garcia
Annual Illumination Percentage of occupied hours where illuminance is at least 300 lux.
Daylight Factor Daylight factor of 2-5% is considered well lit. The only spaces below 2% are enclosed spaces. The average DF is 3.47%.
Over lit/Under lit Spatial Daylight Autonomy (sDA) of 55% is the minimum required lighting to be considered well lighting by LEED. The Annual Sunlight Exposure (ASE) should be below 10% to avoid glare.
Butterfly Shadow Diagram
Spring
Fall
Summer Solstice
Winter Solstice
Sefaira Analysis Typology | Residential
Energy Use Intensity
Location | San Antonio Total Area | 55, 879 ft2 Annual Energy Consumption 3,438,501 kBTU Annual Energy Use per Internal Area 40 kBTU/ft2
10 kBTU/ft2/yr
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Energy Segments
Daylighting
2030 Challenge | 12
Heating| 86496
Under lit | 28%
Actual | 10
Cooling| 267147
Well Lit | 37%
COOLING DOMINATED
Lighting | 440935 Equipment | 220468
MOSTLY WELL LIT
Over lit | 34%
Minimum Air Flow Air flow is obstructed by the closed array of units, denying fresh air and cross ventilation to all units.
Allow Air Flow Units are detached from each other Anv. Wind Speed 4.62 m/s Calm Winds 3.51%
to allow constant ventilation through the entire building.
Wind Speed (m/s)
>11.06 8.49-11.06
3.34-5.40
Cross Ventilation
1.80-3.34
All units will have access to cross
0.51-1.80
ventilation due to the constant air
5.40-8.49
flow allowed through the separation between the units.
Wind Rose Diagram >11.06 8.49-11.06 5.40-8.49 3.34-5.40
Avg. Wind Speed 4.62 m/s Calm Winds 3.51%
1.80-3.34 0.51-1.80
Wind Speed (m/s)
Venturi Effect The venturi effect increases the velocity of the wind, allowing a steady cross ventilation within the building.
Daniel Ivan Garcia
Lev el 5 46' - 0"
---
A2
---
Lev el 4 36' - 0" ---
A1
A4 Lev el 3 26' - 0"
Lev el 2 16' - 0"
Lev el 1 3' - 0" ---
Foundation -1' - 6"
A3
Section A.A.
LEED Credited Materials Biobased Insulation
MRc4.2: Recycled Content
EAp2: Minimum Energy Performance
IEQc4.3: Low-Emitting Materials
EAc1: Optimize Energy Performance
MRc6: Rapidly Renewable Materials
MRc6: Rapidly Renewable Materials
MRc7: Certified Wood
EAc1: Optimize Energy Performance 8.1 Daylight SSc6.2: Pervious Concrete
IEQc4.3: Low Emitting Materials IEQc6.1,7.1: Thermal Comfort
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Plyboo Flooring
Eco Smart Concrete
Chamfered Backing Metal Flashing
Gravel Bituminous Waterproof Sealant Rigid Insulation Steel Angle Drainage Board
2'' Air Space Vapor Barrier Membrane 1/4'' OSB Sheating Batt insulation steel angle
Soil
EcoRock AdvanTech Oriented StrandboardPanel
5'' Concrete
3'' Corrugated metal decking
BioBased Insulation
Steel Angle w/ bolted connection
Bracket
Steel Bolted Bracket
2'' Air Space 24'' Steel Beam Aluminum Panel Flashing/Drip Sealant Tile Soffit
Aluminum Mullion Bioline Ceiling Tiles Solid-Finish, Bamboo 24''x24''
A1
A2
Aluminun Connector Plate Sealant/Gasket
5'' Concrete
3/4'' Plyboo Bamboo Flooring Poured Concrete Foundation Wall
Edge Drip 3'' Metal Decking
Reclaimed Rigid Foam Insulation EcoConcrete Slab Vapor Retarder Sand Gravel
24'' Structural Steel Beam Support Bracket Alclad Insulated Metal Glazing Panel Isolator Cup For Separation of dissimilar metal
Drainage Layer over dampprofing Concrete Footing below Frost Line
Perforated Drain Pipe Coarse Gravel
A4
A3
OSB Panel
Insulated Panel
Eco-Rock
MRc5: Regional Materials
EAp2: Minimum Energy Performance
MRc4.2: Recycled Content
EAc1: Optimize Energy Performance
IEQ Credit 4.6: Low-Emitting Materials
MRc7: Certified Wood IEQ4.4, Low-Emitting Materials: Composite Wood Agrifiber Products
MRc4.2: Recycled Content
Daniel Ivan Garcia
revit + autodesk cloud + photoshop
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Rohe Visitor Center
Provocation as Preservation Competition
typology | public location | Plano, Ill area | 4,000 sq ft year | 2016 advisor | Dr. Angela Lombardi software | revit + sketchup + cloud + photoshop collaboration | Juan Sarabia
Rohe Center is a visitor center and gateway to the Farnsworth house by Mies Van der Rohe. The center is located in a flood zone area and it proposes a flood mitigation strategy to preserve the Farnsworth house. The perforated metal canopy intends to imitate light & shadow
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resemebling the trees.
Concept Sketches
01.Site Analysis Proportions
02.Trees Canopies
03.Trees arraged inside golden ratio
04.Conceptual Sketch
05.Metal Canopy
06.Buoyant Foundation Strucutre Concept
07.Tree Elevation & Shape Study
08.Light & Shadow Pattern Study
09.Prosposed Design
Concept Models
01.Create Contrast with Farnsworth House
02.Randomize size & height similar to trees
03.Elevate Perforated Canopy Daniel Ivan Garcia
Path to Farnsworth
Public Space
Trail Restrooms
Floating Vegetation
Bike Trail
Gallery
Flood Level
Private Spaces
Bridge
Flood Level
South Elevation 24
Multipurpose
DN
1st Level ---
3 3
1
6 7
5
1
Gallery
2
Multipurpose Room
3
Offices
4
Conference
5
Employee Lounge
6
Restrooms
7
Lobby
4
2
Level 4 20' - 0" Level 3 16' - 0" Level 2 10' - 0"
Level 1 1' - 0"
Section A.A Daniel Ivan Garcia
revit + autodesk cloud + photoshop
01. Tree Shadow
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02. Light & Shadow Pattern
03. Pattern Perforation on Metal
revit + autodesk cloud + photoshop
On March 27th at 1pm, Mies Van der Rohe’s birthday,the sun’s angle and perforations on the panel perfectly align, projecting a portrait of van der Rohe’s into the travertine flooring in celebration of his architectural legacy. 04. Sun Rays & Angled Perforations Align
05. Mies Portrait Perforation
Daniel Ivan Garcia
Cool Roof Poured Concrete 2'' Rigid Insulation Hollow Concrete Slab Ceiling Aluminum Batters W12X24 Steel Beam Fillet Weld Connection
A1
A2 A1
Type S Mortar Joint Gypsum Boards Travertine Polystyrene Board 6'' Cast-in-Place Concrete Water Resistant Membrane Reinforcement Rigid Insulation Reinforcement Bar Buoyant Blocks Slab Reinforcing Bar Rubber Gasket Vertical Guidepost
A2
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Cool Roof Membrane W12x26 Structural Steel Beam
Fillet Weld Connection 20mm fastener Steel Plate 1'' Perforated Aluminum Panels
1'' Steel Cross-Braced System
2.5''x5' Aluminum Mullion W 10x33 Structural Steel Column
B1
20mm fastener
Fillet Weld Connection Low-e insulated glass
B1
Concrete Column 1' Vertical Guidepost Lubricated Steel Gasket
B2
1/4'' Rubber Gasket 2'' Water Exhaust 36''x36'' Concrete Pile Cap
98'' Deep Piles
B2
Daniel Ivan Garcia
rhino + illustrator + photoshop
04
MicroChurch
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typology | religious location | Plano, Illinois year | 2016 advisor | Dr. Antonio Petrov & Sean Metcalf ( Lead Pastor at Community Bible Church) software | rhino + illustrator + photoshop collaboration | Diego Hernandez
The microChurch is a new religious typology, both a communal site and a private chapel. Intended to not be subjective, where each cell creates their own environment. The microChurch intends to become a Multipurpose and Multifaceted space, for Multicultural and Multigenerational followers, creating a “church for the everyday person.�
rhino + illustrator + photoshop
Daniel Ivan Garcia
Hand-crafted
Hand-Crafted
Bass Wood/Chipboard
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Architectural Models
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A selection of hand-crafted and laser-cut models created during my academic career. A variety of materials were utilized in the process; bass wood, museum board, chip board, card board, acrylic, glass and plaster.
Laser-Cut
Hand-Crafted
Hand-Crafted
Hand-Crafted
Bass Wood/Chipboard
Museum Board/Plaster
Museum Board
Bass Wood/Chipboard
Daniel Ivan Garcia
Creation of David Coffee Painting
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International Study
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location | Urbino, Italia year | 2015 advisor | Julious Gribou,
Every great idea starts when pen meets paper. While at dell'UniversitĂ degli Studi di Urbino Carlo Bo, in Urbino, Italia, we had the privilige to study, sketch and ink wash the iconic Renaissance Architecture while drinking a cup of coffee and enjoying the culture.
Santa Maria Novella
Pen Sketch
Tempietto di San Pietro Pen Sketch
Colosseum Ink Wash
Pantheon
Ink Wash
Daniel Ivan Garcia
"The greater danger for most of us lies not in setting our aim to high and falling short, but in setting our aim too low, and achieving our mark" - Michelangelo
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Daniel Ivan Garcia
LIO
www.danieligarcia.com danielig.arch@gmail.com 210.529.0524
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