Daniel Salvador Portfolio 2020

Daniel Salvador Architecture Portfolio

SELECTED WORKS FROM M.ARCH 1 PROGRAM AT PRATT INSTITUTE 2016 - 2019 +ARCHITECTURE +PROFESSIONAL +RESEARCH

Daniel Salvador + ( 3 47 ) 7 3 9 -0 9 7 0 d p s a l v a d o r3 @ g m a i l.c o m 6 6 6 0 H u l l Av, A p t 1 R M a s p e t h, Q u e e n s, N Y U. S . A 1 1 3 7 8

D.P.S

L ANGUAGE S Fluent in: English Spanish Inter est: Sustainable Design Par ametric Design Inter active Media Acoustics and L ighting Digital Design Animations Company Br anding Urban Design R E A L E S TAT E

EDUC ATION Bishop Ford Catholic High School Brooklyn, NY Graduated May 2008 New York City College of Technology, City University of New York 300 Jay Street, Brooklyn, NY 11201-2983 Bachelors: Architectural Technology Degree:

Graduated May 2013

Pratt Institute 200 Willoughby Av, Brooklyn, NY, 11205 Masters: Architecture and Urban Planning:

Graduated May 2019

PROFESSIONAL E XPER IENCE 3D Animator Kevin Hom Architects, PC Focused on animations , 3D study models for design phase & Renderings.

September 2013 - January 2014

Adjunct CLT Assistant Professor August 2014 - August 2016 City University of New York Responsible for assisting students with digital fabrication using laser cutter, CNC, & Maker-Bot. Assisting professors with other curriculum preparations for the students semester.

Design Engineering Intern David & Shuldiners INC. February 2015 - August 2015 Mainly focused on developing shop drawings and organizing set of drawings for field and submittal.

Glass and metal development.

Digital Fabrication / Designer / Fabricator GUILD Designer / CNC Operator: Program CNC Routers, Expert in Digital Fabrication.

Junior Designer / Visuals Schiller Projects Design phase, , Visuals (Virtual Reality, Presentations, Renderings)

October 2016 - March 2016 June 2018 - April 2019

PUBLIC ATIONS & E VENTS Publications Inprocess - James Garrison Studio : Brewery / Greenhouse in Los Angeles

“ A SPACE CAN BECOME AN EVERLASTING MEMORY , A CREATIVE MORAL IMAGINATION AND SENSE OF BELONGING, AN INDISTINGUISHABLE DESIRE TO CARE FOR AND BE PART OF THE SPACES WE LIVE IN. AN INTERACTIVE CULTURE. “

Inprocess - Ayse Kolatan Studio: Residential Tower Inprocess - Stephanie Bayard : Plaza in New York Events Mayne Event 02 : Selected to present to Pritzker Prize Architect Thom Mayne

2017 Pratt Institute 2016 Pratt Institute 2016 Pratt Institute

2016 Pratt Institute

SK ILL S Software Rhino Grasshopper Autocad Vray / Mental ray Lumion Cinema 4D Maxwell Maya Adobe Creative Suite Revit Fabrication CNC - RhinoCAM Laser Cutter 3D Printing Vacuum Forming

AC ADEMIC / PROFESSIONAL / RESE ARCH Project: Machine Hall Brewery / Greenhouse Instructor: James Garrison Project: Minimal Surface Residential Tower Instructor: Ayse Kolaton Project: Communications Smart Facade + Fabrication Instructor: Brian Ringley Project: AI Collaboration Housng / industrial Instructor: Karel Klein Project: CLT Brutalism Social Housing / Commercial Instructor: Benjamin Aranda / Joaquin Bonifaz Project : Broadcasting Bubbles Demonstrations upon the house of Hygiene Instructor: Christopher Kroner Project: Nanotectonica - Hibrosia Specimen / Evolutionary Exploration Instructor: Jonas Coersmeier Project: Klaus Pavilion Residential Professional : SchillerProjects

SPLIT CANOPY VISUALIZATION

Machine Hall

Project: Machine Hall Location : Los Angeles, Downtown California

Greenhouse / Brewery Urban Plaza

Program: Greenhouse Sequestration Machinery Craft Brewery Urban Plaza

GAUD CAP STUDIO - James Garrison PRATT INSTITUTE 2017

01

[Brewery / Greenhouse]

Our technology created this problem and some believe technology must solve it.

To that end comes the new and extremely controversial field of environmental engineering. You could say that we have always been environmental engineers but now we must be consciously and quickly use our ingenuity to create environmental stability.

One technology at the forefront of this effort is carbon sequestration. Viable, cost effective technology has been developed that can Filter CO2 from the air and make it available to be consumed or converted into other materials.

This machinery absorbs and sequestrates CO2 in biomass and other materials. These machines are modular, scalable devices that can make CO2 available for industrial use, beverage production, and to supplement agriculture.

Companies like Climeworks.

If carbon sequestration is to be effective it’s deployment must be widespread and it must adaptable to the economic and planning needs of cities and other areas. This studio project seeks to explore the distribution of carbon Sequestration technologies in urban centers. To take advantage of and demonstrate the utility of CO2 production we will combine sequestration with a craft brewery and a hydroponic greenhouse. Both of these uses consume CO2 in normal operation.

Usually carbon would be stored in trucks to be stored elsewhere Global-thermostat can move plants locally where the co2 can be used for local processes. Back into the Brewery process and Greenhouse production SITE LOS ANGELES, SOUTH PARK NEIGHBORHOOD, BETWEEN S. OLIVE STREET, W.PICO BLVD, MARGO ST.

Machine Hall

Air Path Entrance

Greenhouse / Brewery Urban Plaza

Double Layer Air Path (Heating Gap between Layers)

Single Glass Layer (Heating Interior Space)

02

03

Greenhouse / Brewery Urban Plaza

Machine Hall

04

Greenhouse / Brewery Urban Plaza

Machine Hall

Machine Hall

Service Circulation

Greenhouse / Brewery Urban Plaza

Visitor Circulation

2 1

4

3

Visitor Viewpoint

Facade & Chimney

05

Brewery

Program - Different Experience Points Points ProgramAnalysis analysis - Different Experience

Landscape Level

Lobby & Office Area

Greenhouse

The Movement of the Cities Grid

SUMMER

WINTER

Waste

Trasnsportation

Energy

Machine Hall

SPRING/FALL

L.A. GHG Emissions By Sector 36.2 MMI CO2 e

30%

Solid Waste 97% Waste Water 3% On- road 99% Railways 0.3% Harbor Craft 0.2% Off-road 0.5% Residential 27% Commercial 34% Industrial 34% Other 3%

65% Wind Flow (Coanda Effect)

Sun SunAnalysis analysis- Orientation - Orientation

Energy Flow

2%

Solid Waste 97% Waste Water 3%

34%

On- road 99% Railways 0.3% Harbor Craft 0.2% Off-road 0.5%

64%

Residential 27% Commercial 34% Industrial 34% Other 3%

Sun PAth For Four Seasons 1990

2013

Greenhouse / Brewery Urban Plaza

5%

29 MMI CO2 e

06

Machine Hall

CHIMNEY DOUBLE FACADE

A

FACADE STRUCTURE c

B

Greenhouse / Brewery Urban Plaza

BASIC FRAME

FLOORS

A C

ENCLOSED SHELL

GROUND LEVEL

D

B

07

Exploded Axon - Module Compositions

Greenhouse / Brewery Urban Plaza

C

D

Sectional Models 08

Machine Hall

Machine Hall

Airway Roof +97

Greenhouse / Brewery Urban Plaza

Airway Level +84 Roof Level +72 Fifth Level +50 Fourth Level +37 Third Level +25 Second Level +15 Ground level 0

09

Machine Hall Greenhouse / Brewery Urban Plaza

Section C - Brewery / CO2 Sequestration Process

SECTION C SCALE: 1/16” = 10

Machine Hall

Top Level Point +131

Airway Roof +97 Airway Level +84 Roof Level +72 Fifth Level +50 Fourth Level +37

Greenhouse / Brewery Urban Plaza

Third Level +25 Second Level +15 Ground level 0 Top Level Point +131

Airway Roof +97 Airway Level +84 Roof Level +72 Fifth Level +50 Fourth Level +37 Third Level +25 Second Level +15 Ground level 0 11

Machine Hall Greenhouse / Brewery Urban Plaza

EAST ELEVATION

EAST ELEVATION SCALE: 1/16” = 1’- 0”

WEST ELEVATION

WEST ELEVATION

12

Machine Hall

11

10 9

12

8

A 13 14

B

7

C

6 1 5

15

4

3

2

16

17

18

Greenhouse / Brewery Urban Plaza

A B

FOURTH FLOOR PLAN SCALE: 1/16” = 1’- 0”

C

FOURTH FLOOR PLAN

Airway Level +84 Roof Level +72

11 12

Fifth Level +50 Fourth Level +37 Third Level +25

A 13 14

B

10 9 8 7

C

6 1

15

5 4

3

2

16

Second Level +15 17

Ground level 0

18

A B 13

Machine Hall

BREWERY

BREWERY PROCESS / CO2 SEQUESTRATION

Greenhouse / Brewery Urban Plaza

CO2 SEQUESTRATION AREA

C

SECTION A - BREWERY SECTION A SCALE: 1/16” = 1’- 0” 14

15

Greenhouse / Brewery Urban Plaza

Machine Hall

11

12

13

A

14

15

16

17

18

B 10 9

Machine Hall

8 7

C

6 1 5

3

2

Greenhouse / Brewery Urban Plaza

4

A B

C

THIRD FLOOR PLAN SCALE: 1/16” = 1’- 0”

THIRD FLOOR PLAN 16

17

Greenhouse / Brewery Urban Plaza

Machine Hall

11

12

13

A

14

15

16

17

B 10 9

Machine Hall

8 7

C

6 1 5

2

Greenhouse / Brewery Urban Plaza

4

3

A B

C

SECOND FLOOR PLAN SCALE: 1/16” = 1’- 0”

SECOND FLOOR PLAN 17

18

Greenhouse / Brewery Urban Plaza

Machine Hall

11

12

13

A

B 10 9

Machine Hall

8 7

C

6

1 5

3

2

Greenhouse / Brewery Urban Plaza

4

A B

C

FIRST FLOOR PLAN SCALE: 1/16” = 1’- 0”

FIRST FLOOR PLAN 19

Machine Hall

ALUCOBO

MULLION I.G.U STEEL COLUMN

ALUM. MU

GLASS NODE

INTERIOR FINISHED GYPSUM BOARD VAPOUR BARRIER MOISTURE BARRIER CONCRETE

ALUM. PANEL

METAL DECKING

METAL PL

ALUM FRA

I BEAMS INSULATION HANGING POLE

TRUSS FRA

LOW EDGE SQUARE

D

DETAIL AT COLUMN BASE

B

Greenhouse / Brewery Urban Plaza

A-01

MULLION

ALUCOBO

C

A-01

IGU PANE

MULLION

STEEL FRA

ALUM FLA CERAMIC

C

CONCRET

A-01

STEEL L A

OPEN GRI

CO2 MAC

CO2 MACHINES

20

WALL SECTION DETAILS

BREWERY

GREENHOUSE PROGRAM

ALUCOBOND METAL PANEL

Machine Hall

ALUCOBOND METAL PANEL ALUM. MULLION FRAME

ALUM. MULLION FRAME

METAL PLATE WITH U CLIPS ALUM. FRAME FOR 4 PANELS METAL PLATE WITH U CLIP

ALUM FRAME FOR PANELS

TRUSS FRAME

MULLION FRAME ALUCOBOND METAL PANEL

MULLION FRAME

ALUCOBOND METAL PANEL

IGU PANEL CENCLOSED MULLION A-01 STEEL FRAME FOR CASEMENT

IGU PANEL ENCLOSED

Greenhouse / Brewery Urban Plaza

TRUSS FRAME

MULLION

STEEL FRAME FOR CASMENT

ALUM. FLASHING CERAMIC TILES CONCRETE BASE STEEL ANGLE

ALUM FLASHING CERAMIC TILES

CONCRETE BASE STEEL L ANGLE

OPEN GRILL

OPEN GRILL

CO2 MACHINES

CO2 MACHINES

DETAILS

21

22

Greenhouse / Brewery Urban Plaza

Machine Hall

23

Greenhouse / Brewery Urban Plaza

Machine Hall

Minimal Surface

Project: Minimal Surface Location : New York, NY

Program: Residential Commercial Workspace / Collab.

Designing a residential high-rise within the conceptual context of disruptive innovation. The term was first coined by Clay Christensen in 1995 and has since become a popular way of describing current innovation.

Residential - Commercial

The uses, misuses and overuses of the term indicate that it is a source of inspiration for innovators in many different fields.

Starting by discussing, examining and unfolding this term and its discursive path. Creating conceptual framework for a residential tower based on these discussions and design intentions.

GAUD STUDIO - Sulan Kolatan PRATT INSTITUTE 2017

24

[Residential / Commercial]

Designing as a family of parts, as a network system, that can be develop into multidisciplinary spaces, forms, and functional integrative programs.

Propose disruptively innovative highrise designs that challenge the conventions of these categories: Structure: 1. Material fabrication (including robotics, maker-spaces, synthetic materials) 2. Program Envelope 3. Core - Definition of residential unit (Changing) - Definition of family and “units” that are other than family) - Relationship between work and live - Relationship between building and site (building and city) - Relationship between building and transport modes - Relationship between building and biological systems other than human - Relationship between low-cost and luxury (creative subsidizing, kickstarter, self-branding,) Site : New York, New York

25

Residential - Commercial

Minimal Surface

26

Residential - Commercial

Minimal Surface

27

Residential - Commercial

Minimal Surface

28

Residential - Commercial

Minimal Surface

29

Residential - Commercial

Minimal Surface

30

Residential - Commercial

Minimal Surface

Minimal Surface

Unit 1 - Science Department Unit 2 - Engineering Department Unit 3 - Arts & Music Unit 4 - Hospitality Management

12 Ft 12 Ft

Slabs / Program

Structure / Circulation

12 Ft

Circulation / Collaboration space Occupation

Unit 3 & 4 900 sqft

Residential - Commercial

100 ft

Unit 1 & 2 900 sqft

Circulation Cell Units 1 - 4 Common working space

Unit 2 & 3 900 sqft

Larger Living Space 31

32

Residential - Commercial

Minimal Surface

Minimal Surface

B TWO BEDROOM 1000 SQ-FT

C STUDIO 1000 SQ-FT

D TWO BEDROOM 1000 SQ-FT

E TWO BEDROOM 1000 SQ-FT

Residential - Commercial

A ONE BEDROOM 1000 SQ-FT

33

34

Residential - Commercial

Minimal Surface

35

Residential - Commercial

Minimal Surface

Minimal Surface Residential - Commercial

Blue Unit

Transition Floor Plan

36

White Unit

Minimal Surface Residential - Commercial

IW

IW

D Blue Unit

IW

A IW

IW

B E

C Typical Floor Plan

White Unit

37

Smart Facade

Project: Smart Facade - Tessellation Location : New York, NY

Program: Public Space

Architecture has always relied on the ability to translate complex ideas and design intent in a comprehensible and precise set of instructions.

Curtain Wall System

Exploring ways in which computation can be used to create, access, share, and manipulate information across various computational systems.

GAUD MEDIA - BRIAN RINGLEY PRATT INSTITUTE 2017

38

[Curtain Wall System]

How design intent can be embedded, Complex design intent methodologies require new methods of communication that can full express the design intent through LOD, DATA interoperability, communicating (Humans or machines) And complex positive feedback loops of possibilities in the design process.

Covering manufacturing process, design integration and environmental factors.

Understanding these both integration of Model intelligence , creates a complex design intent that can be understood as fluid stream of data that is contributed to and maintained by the various stakeholders.

Building a Atrium Interface for the public.

39

Curtain Wall System

Smart Facade

Smart Facade Curtain Wall System

AXONOMETRIC OF PANEL ASSEMBLAGE

AXONOMETRIC OF PANEL ASSEMBLAGE

40

Smart Facade Curtain Wall System EXPLODED AXON

PLAN

EXPLODED AXON

COMMUNICATIONS - SMART FACADE - ATRIUM CURTAIN WALL SYSTEM

PLAN

PL

DETAIL AT CONNECTION SIDE ELEVATION

FRONT ELEVATION

FRONT ELEVATION

SIDE ELEVATION

SIDE ELEVATION

FR

41

Smart Facade

° 87

75

°

83

°

° 70

58

180°

°

°

88

°

74

°

° 89

° 89

°

74

12

Curtain Wall System

7°

6°

THIRD FL +24

THIRD FL +24

SECOND FL +12 FT

SECOND FL +12 FT

GROUND FL 0

27 0° 27 9

° 28 5

GROUND FL 0

2° 28 6° 28 7° 28 3° 27 5°

10

2°

FOURTH FL +36

FOURTH FL +36

28

12

3°

3°

10

27

4°

°

°

°

79

11

96

66

°

86

3°

27

61

10

ROOF +48

° 87

6° ° 3° 0° 26 6° 236° 245 25 26 ° 2 4 2 ° 1 1 0 2 188°2 14 159°173° 1 10 115 29° 4° ° 6° ° 1° ° 8° 8 6 3° 236 24 25 2 6° 8° 67° 180° ° 2 8 2 0 3°2 2 26 26 161° 177°19 1 4 12 4° ° ° ° 8° ° 97 112° 8° 7° 241° 235 231 229 22 ° 4° ° 1° 62 ° 9° 261 25 24 3° 238 25 2 2 ° 6 7 2 0 2 172°190°2 0° 184° 181° 180° 137 154° 8° 207° 198° 19 ° ° ° 10 119° ° 2° 230 21 0 ° 3 4 ° 3° 6 7 ° 2 5 4 2 4 2 2 15° 23 2 26 136 132 131 1 178°197° 2 ° ° ° 166° 154° 44° 141 159° 1 ° 180° 6 22 ° 9 10 ° 1 ° 1 ° 21 4 ° ° 7 ° 5° 0 6 2 ° 42 2 ° 5° 5 2 95 8° 56 2 1 ° 17 23 2 11 179°198 2 ° 26 2 7° 04° 1 5 149° 132° 9 1 ° 39° 12 16 7° ° 0° 186 ° 5 4° 20 ° 3° 180° 180° ° 41° 22 2° 49 26 95 9° 256 2 11 213° 23 2 4° 19 6 131 ° 173° 2° 2 1 ° 133 153° 172° 51° ° 192° ° 3 ° 1 ° 2 2 ° 7 ° 49° 23 3° 41 25 64 2 204° 22 2 2 183° 142 162° ° ° 1° 8° 246 26 2 ° 9 2 0 188° 2 146° 167°

° 63

180° 180°

4° 27 28 2° 4° ° 28 27 28 28 7° 6° 2° 0° 27 28 28 28 7 6 9° 5° ° ° 28 28 28 27 27 7° 4° 4° 9° 1° 28 28 27 27 7° 5° 8° 8° 28 28 28 7° 0° 3° 27 28 27 28 6° 5° 3° 3° 28 27 28 1° 7° 8° 27 28 28 7° 2° 5° 28 28 5° 5° 27 28 28 0° 6° 2° 27 27 28 4° 9° 7° 2 27 28 77 6° 7° ° 27 28 27 7° 3° 9° 28 27 6° 280 0° ° 28 6° 28 1° 28 2 6° 82 ° 28 2 6° 82 °

ROOF +48

CUTTING ANGLES

CUTTING ANGLES SIDE ELEVATION

ALUCOBOND - 1/4” COLOR ALUM. PANEL ALUMINUM BEND EXTRUSION 2.5”

1/4”

ONSRUD FLAT BIT

1”

BRACING ALUM.

1/4”

ALUMINUM FRAME

8”

2 ” OPENING

135

5”

90 ALUMINUM BEND EXTRUSION

1/4”

2.5”

1/4”

2.5”

5”

EXTRUDED ALUMINUM TYPES

ALUMINUM EXTRUSION PROFILES 42

ONSRUD VGROVE BIT

1”

ALUCOBOND - 1/4” COLOR ALUM. PANEL

1/4 OPENING

CNC MILLING - TOOL-BIT TYPES BIT TYPES CNC MILLING TOOL

1/16” OPENING

Smart Facade

ALUCOBOND- 1/4” - 1/4”COLOR COLOR ALUCOBOND ALUM. PANEL ALUM. PANEL ALUMINUM BEND EXTRUSION ALUM. BEND EXTRUSION

BRACING ALUM. BRACING ALUM.

ALUMINUM BEND EXTRUSION ALUM. BEND

EXTRUSION

ALUCOBOND - 1/4”- COLOR ALUCOBOND 1/4” ALUM. PANEL

COLOR ALUM. PANEL

Curtain Wall System

ALUMINUM FRAME ALUM. FRAME

DETAIL AT CONNECTION

EXPLODED AXON OF TWO PANELS

EXPLODED AXON OF TWO PANELS 43

44

Curtain Wall System

Smart Facade

45

Curtain Wall System

Smart Facade

Cyborg Misprision

Project: Cyborg Misprision Orna.

Location : Navy Yard, Brooklyn , NY

Residential - Industrial

Program: Residential Industrial Factory

GAUD STUDIO - KAREL KLEIN PRATT INSTITUTE 2018

46

[Residential / Industrial]

With the rise of the possibilities of AI integration or development in the near future, the panic of AI eventually replacing human judgment drives the idea of scenarios where human judgment will simply be altered and modified by the presence of AI “partners”, essentially what a tool is.

In this Research Project, the project aims to use AI as a collaboration tool, i which can help develop a new kind of formalism and incorporation of machine vision and machine learning.

Art as Technique - The cyborg is a condensed image of both imagination and material reality, the two joined centers structuring any possibility of historical transformation.

Using a new class of AI software for combining and seamlessly blending images _convolutional Neural Networks, we can begin an expression that appears through an automated process of “seeing” through the eyes of a machine, driven by factors of environment, historic content and the main factor in mind, the Uncanny development of these forms.

Using Convolutional Neural Network (CNN) in multiple ways in the development of the architecture project.

The program of the studio will be infrastructural on an industrial site in Brooklyn, NY Cultivating specific outputs , fostering knowledge exchange , using disciplinary precision, and exploiting multi-modal design methods to develop a collaboration between the designers eye and the machines eyes.

The weird question of the studio is, how might a cyborg design architecture?

This research seminar aims to not only explore a new tool or a new way of designing but instead , how architecture’s recent fascination with theories of estrangement might be modified or reconsidered relative to new technologies of machine vision and machine learning.

47

Residential - Industrial

Cyborg Misprision

48

Residential - Industrial

Cyborg Misprision

Cyborg Misprision Residential - Industrial

Program analysis - Different Experience Points

49

Cyborg Misprision Residential - Industrial

Base - Area of Focus 50

Base Detail Geo

Base & Style Result

Detail Transition

Acrylic AI Collab Composition 51

Residential - Industrial

Cyborg Misprision

Cyborg Misprision Residential - Industrial

AI Collab. Composition With Subject A

Subject A Family of Parts

Subject A Family of Parts Recomposed 52

Cyborg Misprision Residential - Industrial

Subject A 3D Modeled Family of Parts

Section Studies - Subject A Recompose 53

54

Residential - Industrial

Cyborg Misprision

55

Residential - Industrial

Cyborg Misprision

56

Residential - Industrial

Cyborg Misprision

57

Residential - Industrial

Cyborg Misprision

58

Residential - Industrial

Cyborg Misprision

59

Residential - Industrial

Cyborg Misprision

60

Residential - Industrial

Cyborg Misprision

61

Residential - Industrial

Cyborg Misprision

62

Residential - Industrial

Cyborg Misprision

63

Residential - Industrial

Cyborg Misprision

CLT Brutalism

Project: CLT Brutalism Location : Santiago, Chile South America

Social Housing / Commercial

Program: Social Housing Commercial Public

GAUD STUDIO : Benjamin Aranda / Joaquin Bonifaz PRATT INSTITUTE 2019

64

[Social Housing / Commercial]

Cross-Laminated Density explores a building type uniquely possible in the urban environments of Chile but applicable to other cities globally: the mass timber building.

Chile is a world leader in mass timber production, a construction type that uses new growth forests to create large-scale timber components of buildings including structure and envelope. Also referred to as Cross-Laminated Timber (CLT), the material is prized for its low-carbon footprint by the use of a renewable resource, trees. It is also used to create immense prefabricated building components only limited in size by their transport. Research spatial techniques that guide issues assembly, connection, modularity and proliferation of these largescale timber components.

These explorations are deployed along sites in Santiago, Chile and test how hyper-density in massive timber can be achieved through a variety of use cases: from infill condition to free-standing medium-rise buildings to infrastructure.

Large physical models made of wood will prototype detail and organization simultaneously. Chile’s unique context as a leader in the mass timber industry is a fertile model for how other cities can explore cross-laminated density in the future.

Working with Prefabricated panels to be arrange in a way that they can create multiple spaces for different program integration.

Exploring ideas of mass population migration from other countries due to political and economic issues is also studied to understand how to design a space where these issues wont affect the living and social conditions , and will allow for a development of a new culture to emerge and integrate better accustomed and interactive behavior.

65

Social Housing / Commercial

CLT Brutalism

66

Social Housing / Commercial

CLT Brutalism

67

Social Housing / Commercial

CLT Brutalism

CLT Brutalism

Chile -Area of Focus - Urban Context & Program Integration Circulation / Social / Galerias [ Santiago Existing Fabric - Center of City ]

Galerias Types

6 - 10 feet

Social Housing / Commercial

10 - 20 feet

20 - 30 feet

Connection between - Open Growth of lattice Cultural + Galerias Residential - 60 % 50 percent Aff.Housing Move 40% Residential up Commercial + Galerias Institutional + Green areas Existing Pockets of Porosity Propose Program 68

Propose Galerias in System 69

Social Housing / Commercial

CLT Brutalism

70

Social Housing / Commercial

CLT Brutalism

71

Social Housing / Commercial

CLT Brutalism

CLT INFILL INCLUDED

72

Social Housing / Commercial

CLT Brutalism

CLT Brutalism Social Housing / Commercial

CLT SHEAR WALLS - HORIZONTAL / VERTICAL

73

CLT Brutalism

UNIT 1 - DUPLEX UNIT 2 - 2 BEDROOM

UNIT 3 - STUDIO M UNIT 4 - STUDIO L COMMON

Social Housing / Commercial

UNIT 1 - DUPLEX UNIT 2 - 2 BEDROOM

74

75

Social Housing / Commercial

CLT Brutalism

76

Social Housing / Commercial

A

C B SITE PLAN

CLT Brutalism

77

Social Housing / Commercial

CLT Brutalism

CLT Brutalism Social Housing / Commercial

PUBL ET STRE

Residential Tower Entrance

IC

1

ATE PRIV

GROUND FLOOR PLAN PUBLIC PARK

3

THIRD FLOOR PLAN 78

FOURTH FLOOR PLAN Social Housing / Commercial

4

6

SIXTH FLOOR PLAN 79

CLT Brutalism

80

Social Housing / Commercial

CLT Brutalism

81

Social Housing / Commercial

CLT Brutalism

82

Social Housing / Commercial

CLT Brutalism

83

Social Housing / Commercial

CLT Brutalism

84

Social Housing / Commercial

CLT Brutalism

85

Social Housing / Commercial

CLT Brutalism

Broadcasting B.

Project: Broadcasting Bubbles Location : New York, NY

Program: Building Facade

[Demonstrations upon the house of Hygiene - Building Skins]

Fabricates Skins can use computer generate information to animate dimensional performances of rotation, opacity, and translations. by using tools that can transform and animate models over time.

Building Skins

Focusing on Cellular and altered duplicated cells, where certain parts of the cell remain locked together, other parts will be free to explore systems of movement and perform in the curtain wall system Using advanced modeling and rendering techniques the propose design is the exploration of multiple possibilities within the modular system The experience for which the architectural animation conveys its altered building.

GAUD Media - Christopher Kroner PRATT INSTITUTE 2016

86

Exploring these modular cells on a curtain wall system allows for not only adaptation to environmental factors but also act as a performance drive through Lighting and Acoustics.

87

Building Skins

Broadcasting B.

88

Building Skins

Broadcasting B.

SIZED TO WINDOW PANEL

Broadcasting B.

Broadcasting Bubbles :

INSIDE & OUTSIDE CELL

Project Eight Demonstrations upon the House of Hygiene.

CELL BOUNDARY

COMBINED DEFORMATION OF CELLS TO REFLECT LIGHT IN

TESSELLATIONS OF CELLS ACROSS A GRID

Building Skins

Exploring different light studies. in a wide range of light spectrum and shadows.

89

Building Skins

ZONES UNITS ARE POPULATED

90

Broadcasting B.

Building Skins

ZONES UNITS ARE POPULATED

91

Broadcasting B.

Hibimas - Hibrosia

Project: Hibimas - Diabrosia - Hibrosia Location : New York, New York

Nanotectonica / Research

Program: Research / Speculate New Evolutionary Specimen

[ NANOTECTONICA / RESEARCH ]

While understanding the research taxonomy as an evolutionary design driver, we performed a series of digital evolutions which relates the hybrid objects to its physical predecessor in real life.

In the research evolution, phenotypical qualities are detached from its own genotype, that would then re-inform the objects new genetic information.

Taking specimens from pollen and specimens from mineral; two completely unrelated subject matter found in nature, and allow its marriage to conform to our newly defined evolution.

Such generative process allows for an uncanny aspect to emerge.

GAUD NANOTECTONICA PRATT INSTITUTE 2019

92

Experiment with different fabrication techniques and color.

This final artifact aims to highlight new evolutionary traits that would proof to be dominant into this new line of evolution.

93

Nanotectonica / Research

Hibimas - Hibrosia

94

Nanotectonica / Research

Hibimas - Hibrosia

95

Nanotectonica / Research

Hibimas - Hibrosia

Hibimas - Hibrosia Nanotectonica / Research

NANOTECTONICA - PHYSIOLOGY

SURFACE PATTERNS

CROSS SECTIONS

SURFACE PATTERNS

CROSS SECTIONS

NATURE OF TECTUM

TESSELATION OF TYPES

NATURE OF TECTUM

TESSELATION OF TYPES

PSILATE

TECTATE

TECTUM imperforatum/solidum

PSILATE

TECTATE

TECTUM imperforatum/solidum

ECHINATE

TECTATE

TECTUM perforatum(semitectate)

ECHINATE

TECTATE

TECTUM perforatum(semitectate)

TECTATE

TECTUM perfossulatum

GRANULATE

MONOPORATE

DYAD

TETRAHEDRAL

TETRAGONAL

MONOPORATE

DYAD

TETRAHEDRAL

TETRAGONAL

DECUSSATE

T -SHAPE

VESICULATE - LINEAR

DECUSSATE

T -SHAPE

VESICULATE - LINEAR

INTECTATE GRANULATE

TECTUM perfossulatum

INTECTATE

CONJUNCTATE

THREE POLLEN LAYERS

TYPES OF TECTUM TYPES OF TECTUM

TECTATE

GEMMATE

GEMMATE

THREE POLLEN LAYERS

TRILETE

TRICOLPATE

FENESTRATE

PANTOPORATE

TRILETE

TRICOLPATE

FENESTRATE

PANTOPORATE

CONJUNCTATE

TECTUM / POLLENKIT

TECTUM / POLLENKIT

CLAVATE VERRUCATE CLAVATE

BACULATE VERRUCATE BACULATE ECHINATE

EXINE INTINE EXINE

ECHINATE

96

INTINE

Hibimas - Hibrosia

NANOTECTONICA - PHYSIOLOGY + ANALYTICAL DRAWING

Nanotectonica / Research

Schemes of transformation of a cube-octahedral diamond crystal to the anti-skeletal form during inhibition of growth.

External morphology diagram in perspective. Faces shown in hatches grown in layers according to the flat plane of the initial crystal.

97

HIBISCUS

DIAMAS

AMBROSIA

Nanotectonica / Research

Hibimas - Hibrosia

NANOTECTONICA - GENERATIVE DRAWINGS GEOMETRIC PRINCIPAL PRIMITIVES

HIBIMAS 98

DIABROSIA

99

Nanotectonica / Research

Hibimas - Hibrosia

100

Nanotectonica / Research

Hibimas - Hibrosia

NANOTECTONICA - HIBIMAS

Nanotectonica / Research

Hibimas - Hibrosia

NANOTECTONICA - DIABROSIA

101

102

Nanotectonica / Research

Hibimas - Hibrosia

103

Nanotectonica / Research

Hibimas - Hibrosia

Hibimas - Hibrosia Nanotectonica / Research

PF SM SH EL SY

104

Piliferous Smooth Shrunken Elastic Symmetrical

CO ABR V LA RI

Connected Abrasive Veined Layered Ridged

UP2 UNCHARTED PROPERTY 2

Hibimas - Hibrosia

UP1 UNCHARTED PROPERTY 1

UP1

UP3 UNCHARTED PROPERTY 3 UP4 UNCHARTED PROPERTY 4 UP2

Nanotectonica / Research

NANOTECTONICA - HIBROSIA

UP1

UP3

105

Pavilion

Project: London Pavilion Location : London, England

Program: Residential

Residential Pavilion Located on the back part of the house, the project aims for a prefabricated panelized system to create a leaf life overlap structure that acts as a sun shelter.

Residential - Pavilion

With a curve Oval Panel, allows for light integration into the space below. Scale like composition to have a self structure system.

PROFESSIONAL 2018 SCHILLER PROJECTS

106

[ Residential / Pavilion]

107

Residential - Pavilion

Pavilion

Residential - Pavilion

06/27/18

MERCHANT TERRACE 108

555

Section55 Section 1 Section Section 5 5 11 11" 1"==1'-0" 1'-0" 1"1'-0" = 1'-0" 1" =

6 66 77 888

06/27/18

A1-03 A1-03 A1-03 Sections 2

Author Designer OF SHEET Author Designer OF SHEET Author Designer OF SHEET Author Designer OF SHEET DRAWING DRAWING DRAWING DRAWING SCALE: AS INDICATED SCALE: SCALE: AS INDICATED SCALE: AS ASINDICATED INDICATED 2015.10.21 DATE: 2015.10.21 DATE: 2015.10.21 DATE: 2015.10.21 DATE:

Sections Sections Sections222

SCHILLER PROJECTS PROJECTS SCHILLER

The Architect retains copyrights, common law, statutory and other reserved rights drawings, specifications documents prepared The Architect retains all all copyrights, all all common law, statutory and other reserved rights forfor all all drawings, specifications andand documents prepared by by thethe TheArchitect Architectretains retainsall allcopyrights, copyrights,all allcommon commonlaw, law,statutory statutoryand andother otherreserved reservedrights rightsfor forall alldrawings, drawings, specifications specifications and and documents documents prepared prepared by by the the The Architect.

These drawings, specifications and documents use solely with respect to the project.

They to be used Owner, Contractor, Architect.

These drawings, specifications and documents areare forfor use solely with respect to the project.

They areare notnot to be used by by thethe Owner, Contractor, anyany Architect.These Thesedrawings, drawings,specifications specificationsand anddocuments documentsare arefor foruse usesolely solelywith withrespect respectto tothe theproject. project. They Theyare arenot not to tobe beused used by by the theOwner, Owner, Contractor, Contractor, any any Architect.

Sub-Contractor, material equipment supplier other project, additions to this project, without specific written consent of the Architect.

Sub-Contractor, or or material or or equipment supplier onon anyany other project, or or forfor additions to this project, without thethe specific written consent of the Architect.

Sub-Contractor,or ormaterial materialor orequipment equipmentsupplier supplieron onany anyother otherproject, project,or orfor foradditions additions to tothis thisproject, project, without without the thespecific specific written written consent consent of of the theArchitect.

Architect.

Sub-Contractor,

Address: Address: Address: Address: Phone: Phone: Phone: Phone:

MEPENGINEER: ENGINEER:-- MEP MEP ENGINEER: MEP ENGINEER: -

STRUCTURALENGINEER: ENGINEER:--STRUCTURAL STRUCTURAL ENGINEER: STRUCTURAL ENGINEER: Address: Address: Address: Address: Phone: Phone: Phone: Phone:

ANOPY ELEVATION

CANOPY ELEVATION

PROJECTADDRESS ADDRESS PROJECT PROJECT ADDRESS PROJECT ADDRESS

PROJECTNAME NAME PROJECT NAME NAME PROJECT

PATIO EAR REAR PATIO Pavilion

FREESTANDING FURNITURE

KEY PLAN

KEY PLAN

SPLIT CANOPY ALONG AL SPLIT CANOPY OF SUN AXIS OF SUN PATHPATH

PLANTERPLANTER

INTEGRATED BENCH BENCH INTEGRATED

PLANTERPLANTER

FREESTANDING FREESTANDING FUR FURNITURE

Pavilion

REAR PATIO CANOPY ELEVATION

1

O

2

3

4

LAN

J PLANTER PLANTER

EX. DOORSEX. IN OPEN DOORS/ IN OPEN / FOLDED POSITION

FOLDED POSITION

H

HEAT LAMPS INSTALLED EAT LAMPS INSTALLED ABOVE DOOR ABOVE DOOR

NEW LINE OF OF CANOPY CANOPY NEW LINE

PERFORATED GRILLE PERFORATED GRILLE FOR VENT FORBELOW VENT BELOW

FREE FREESTANDING STANDINGCHAIR CHAIR

PAVERS PAVER’S

OF HOUSE

G

Residential - Pavilion

ACCESSIBLE ACCESSIBLEFOR FORFLUE FLUE

FREE STANDING STANDINGTAB;E TABLE FREE

INTERIOR OF HOUSE

EX.EX. SKYLIGHT SKYLIGHT

INTEGRATED INTEGRATED BENCH BENCHWITH UPHOLSTERED CUSHIONS

RECESSED RECESSED LED UP- LED UP- LIGHTS LIGHTS

WITH UPHOLSTERED CUSHIONS

F

ENTERTAINMENT & ENTERTAINMENT & STORAGE CABINET

STORAGE CABINET

ICE

BEVERAGE

MAKERS

FRIDGE

PLANTER PLANTER

E 109

3

Pavilion

2

4

5

6

7

8

REAR PATIO CANOPY SECTION

REAR PATIO CANOPY SECTION

HEAT LAMP INSTAL HEAT LAMP ABOVE DOOR INSTALLED ABOVE DOOR

SPLIT CANOPY ALONG ALIG SPLIT CANOPY WITH SUN AXIS OF SUN PATHPATH

Residential - Pavilion

ENLARGED PLANTE ENLARGED PLANTER

WOOD CLAD WOOD CLAD CABIN CABINETRY

CABINETRY FOR FOR ST CABINETRY BEVERAGE FRIDGE STORAGE BEVERAGE MAKER FRIDGE AND ICE

FREESTANDING FREESTANDING FU FURNITURE

1

110

2nd Floor Lateral 1" = 1'-0"

5 MERCHANT TERRACE

06/27/18

Pavilion

ROM ROOF

VISUALIZATION VIEW FROM ROOF

NT TERRACE

PLANTERS BEHIND CANOPY

Residential - Pavilion

SPLIT CANOPY ALIGNED WITH SUN PATH

PLANTER PLANTER

WOOD CLAD CABINETRY FOR STORAGE BEVERAGE FRIDGE AND ICE MAKER FREESTANDING FURNITURE

07/27/18

111

Pavilion

SPLIT CANOPY

Residential - Pavilion

VISUALIZATION

5 MERCHANT TERRACE

112

07/27/18

113

Residential - Pavilion

Pavilion