JoseHolguin 2015

Page 1

Selected Works José R. Holguín

2009 - 2015



Contents 01_Sky

House

Nanegalito, Ecuador Professional Work 8 -9

2010 - 2011

02_Casamar

Manabi, Ecuador Professional Work 10 - 11

2012 - 2013

03_Selected

Projects

Quito, Ecuador Professional Work 12 - 13

2010-2013

04_Financial

Center

Quito, Ecuador Professional Work 14 - 15

2011 - Present 05_Josef

Engling School

Quito, Ecuador Professional Work 16 - 17

2011 - Present

06_Selected

Projects

Quito, Ecuador Professional Work

Professional

18 - 19

Academic

2010-2013

07_Growth

Seoul, Republic of Korea University of Pennsylvania 22 - 27

2014

08_Spatial

Shifting

Washington, DC University of Pennsylvania 28 - 29

2013

09_Genetic

Skin

New York City, NY University of Pennsylvania 30 - 35

2013

10_Photography

Personal Work Textures Collection 34 - 35

2009 - 2013


4

Holguin...

_ Jose Rafael Holguin Architecture

|

Design

|

Environment

Jose Rafael Holguin

jholguin71@gmail.com | 215.939.6380 | skype: jholguin7

Architecture | Design | Environment

Qualifications

Professional Experience

I am interested in collaborating with a high profile design firm that focuses on innovative design of buildings. Through my professional and academic path I have developed a strong skill set that allows me generate and carry a project from a conceptual stage to construction details. I have worked on a range of specialties that include environmental performance, energy & daylight design, parametric design, construction, visualization and BIM. Group work and collaboration with consultants has been a cornerstone to my profession. I believe that challenging the design process and thoughtfully intersecting architecture with other areas of specialty create new and powerful results.

Personal Work

Architect | Environmental Design

01/2009 - 06/2013

Quito, Ecuador

● Private Residences: _Provided design/build services to clients _3 Houses (Two completed and one in 60% phase of construction) _5,000 sqft in total ● Environmental Design for “Colegio Benalcazar” K-12 school: _Acted as consultant and collaborated with the architecture and engineering teams _Established environmental goals and criteria for the project (LEED based) _Created energy and daylight models to guide design decisions _Developed manual of sustainable operations for the school ● Project Manager for housing project “Casamar”: _Coordinated the whole design team through an integrated delivery method _Developed the BIM model and construction documents _Coordinated the first months of construction and preparations of the site _Project area: ~60,000 sqft

RVC Arquitectos Architect

10/2010 - 02/2013

Quito, Ecuador

_Designed and managed educational, residential and corporate projects _Implemented sustainable design strategies and daylight/energy analysis _Developed projects from the conceptual phase to construction documents _Close interaction with the client, team members and the construction team Selected projects: ○ Grand Hotel Gye - Residential/Hotel/Commercial: ~70,000 sqft ○ Centro Americas - Business Center/Commercial: ~100,000 sqft ○ Josef Engling School - Competition Winner: ~55,000 sqft

EDI - Environmental Dynamics Inc. Intern Architect | Sustainable Design Albuquerque, NM

_Collaborated on several high performing sustainable projects _Drafted construction documents _Developed daylight and energy models _Worked on submittals for LEED certification on 10+ projects _Physical model building _Created in-house tools for sustainable performance analysis

07/2009 - 07 / 2010


Jose Rafael Holguin

jholguin71@gmail.com | (215) 939 6380 | skype: jholguin7

jholguin71@gmail.com | 215.939.6380 | skype: jholguin7

Architecture | Design | Environment

Education

University of Pennsylvania

Master of Architecture (Advanced Placement)

05/2015

Philadelphia, Pennsylvania

University of New Mexico

Bachelor of Arts in Architecture

05/2009

Albuquerque, New Mexico

Honors & Awards

Dales Scholarship Award University of Pennsylvania

03/2014

Philadelphia, Pennsylvania

Architectural Competition Winner Josef Engling School Campus

02/2011

Quito, Ecuador

Won professional competition in collaboration with RVC Arquitectos.

Architectural Competition Finalist German School of Guayaquil

05/2012

Guayaquil, Ecuador

Finalist entry: second place in competition. Acted as designer and team leader.

Leading Edge Design Competition

University of University of New Mexico

03/2014

Albuquerque, New Mexico

Honorable Mention. Competition hosted by the New Building Institute.

Certifications Skills

LEED GA

Green Building Institute

Proficiency in: ● Autodesk Revit ● Autodesk AutoCAD ● Adobe Photoshop ● Adobe Illustrator ● Adobe InDesign ● Rhino 3D ● Grasshopper ● Python Scripting

Languages Interests References

12/2009

● SketchUp ● V-ray ● Maxwell Render ● Autodesk Maya ● e Plus/ eQuest Energy ● DIVA Light ● Autodesk Ecotect ● Processing Scripting

Fluent

English & Spanish Photography, Squash, Mountain Climbing, Nature, Camping, Biking

● Michael Ryan, Principal - Past Employer at Environmental Dynamics, Inc. Albuquerque, NM - 505.242.2851 - mike@edi-arch.com ● Rafael Velez Mantilla, Principal - Past Employer at RVC Arquitectos, Cia. Ltda. Quito, Ecuador - +593.2.225.4084 - rvelez@rvc.com.ec ● John Hong, Professor - Studio Professor at the University of Pennsylvania New York City, NY - 212.248.7500 - johnssd@gmail.com



Professional Work 2009 - 2014


Holguin...

8


Sky House

01_

Nanegalito, Ecuador Professional Work Personal Commission 2010 - 2011 Involvement in Projects: _Architect _Design / Build

To re-interpret a vernacular typology while establishing a dialogue of honesty and transparency with the materials was the goal of this project: wood, brick and concrete compose a living space which performs without the aid of mechanical ventilation or cooling in a tropical hot-humid climate. The cantilevered terrace creates a dramatic view towards the landscape and the open sky; reflecting the owner’s personality.

*Phase I Completed

Convection & cross ventilation Reflective roof repels heat Sloped roof for Rainwater

Large natural daylight

Raised slab cools with breeze Decreases mositure Keeps wildlife away Long over hangs provide shade


2

3

5

4

2

1

2

1

-

A-304

A-304

A-303

A-303

---

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10

1

A-201

0.800 m

2 03-E2

3.650 m

3.600 m

0.575 m

1.800 m

6.251 m

P-1

0.575 m

1.463 m

P-1

0.375 m

PROYECCION

Balcon Area Piso Paredes Techo

P-1

D

P-1

2.608 m 2.600 m

7.77 m² Porcelanato Pintura

Bajante de P-1 pluviales

E8-B C 4

Pintura

E6-B

P-2

P-2 P-2

M-01 Sala Area Piso Paredes Techo

5.411 m

Pintura Pintura

4.250 m

Cocina Area Piso Paredes Techo

7.98 m² Porcelanato

3.829 m

2 A-302

Bajante de pluviales

28.62 m² Porcelanato

Porcelanato Pintura

P-2

4.400 m

E8-B

P-1

1.248 m

0.875 m

E

E1-C P-1

2.608 m 2.600 m

E2-A

E2-A

7.075 m

C

E2-C

1.887 m

P-1

P-1

C3

1

P-1 P-1

A-302

E1-B P-1

E3-B

1.550 m

M-02 E2-A

P-1

4.000 m

E2-B

2 A-301

E5-A

Porche Area Piso Paredes Techo

2.608 m 2.600 m

P-2

P-1

E2-A

E2-A

B

51.68 m² Porcelanato

P-1

Pintura Pintura

P-1 1-01

Pasillo

E2-B

1.879 m

I1-C

I1-B

1-4A

1-4A

3.078 m

S P-2

B 1 E1-C

E1-A

E1-B 0.350 m

1.550 m

P-2

1.405 m

03-E4 2 A-202

_Sample Floor Plan

E1-A

1I1-B

A C2 P-1 0.745 m

1.600 m

1.800 m

0.750 m

1.250 m

3.88 m² Porcelanato Porcelanato Pintura

Maquinas Area 1.73 m² Piso Porcelanato Paredes Porcelanato Techo Pintura

Bajante de pluviales

A-401

E1-A

SS.HH. Area Piso Paredes Techo

P-1 Dormitorio Area 11.63 m² Piso Porcelanato Paredes Pintura Techo Pintura

I1-B

I1-B

I1-B

P-1

3.865 m

0.967 m

1.729 m

3.095 m

1.697 m

Bajante de pluviales

E1-A C1

E1-B

1.567 m

1-02

1 A-301

I1-B

I1-B

I1-B

Dormitorio Area 15.95 m² Piso Porcelanato Paredes Pintura Techo Pintura

I1-A

3.078 m

4.371 m

5.408 m

5.100 m

E1-A

Pintura Pintura

2-02

2.608 m 2.600 m P-2

3.51 m² Porcelanato

1-03

Piso Paredes Techo

2.005 m

2-01

---

E4-A Area

A-201

E2-B

E1-C

B2

3-01 -

03-E1 1

4.400 m

1.200 m

1.385 m

1

P-1

Proyeccion Pergola

5.737 m

5.950 m

3.000 m

A-202

03-E3

P-1

0.333 m


02_Casamar Manabi, Ecuador Professional Work 2012 - 2013 Involvement in Projects: _Project Manager _Construction Documents _Sustainable Design Design: Felipe Londono Arquitectos _Residence Prototypes

_Construction Progress (December 2014)

My role on is this project was to manage the design process, elaborate all construction documents and oversee the initial construction of a residential development in the coastline of Ecuador. I established an integrated project delivery method to collaborate with engineers and other consultants from day one. I also acted as sustainable design consultant where the goal was to create energy efficient and passive homes. The project consists of off-site prefabricated building modules for 40+ homes, plus common areas and a large landscape park in between.


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Selected Work

03_

1

2

PROYECTO MARRIOTT F

Quito, Ecuador Selected Work Collaboration with RVC Arquitectos 2010-2013 3

4

5

7

6

Ubicac

Involvement in Projects: _Project Architect/Designer _Construction Drawings _Visualizations Left: Residential Tower in Quito (Under Construction) Below: Mixed Use Building (Under Construction)

E

PERSPECTIVA.

D

SELLOS MUNICIPALES

C

B

TIPO DE PLANOS

A

USO DE LA EDIFICACION ZONIFICACION IRM UBICACION

SA

No. DE PREDIO CLAVE CATASTRAL

PROPIETARIO

C

No. Ced/Ruc

A 1.

_GroundPLANTA Floor PlanBAJA for Construction

2.

Esc 1:150

3. 4. 5.

1

2

3

4

5

6

7

No. C

-

DESCRIPCION

CONTIENE

UBICACIÓN CUADRO DE AREAS PLANTA BAJA -


14

Holguin... _Systems Section

Daylight Autonomy 1500

Lux

Solar Exposure 7500+

160,000

Wh/m2

Wind Energy 450,000

2.7

Energy M/s

8.3

Building Uses

City Average 8

Kwh(X000)

6 4 2 N

Typical Local Envelope

Solar Exposure - Annual Average

Wind Canal Proposed Design 8 6 4 2

Proposed Building Envelope _Environmental Performance

Parametric Shading

Funneled Wind

Kwh(X000) 61.3%Reduction


Center

Quito, Ecuador Ecuador Financial Center Competition Collaboration with RVC Arquitectos 2012

_Urban & Massing Diagrams

Visual Connection To Historic Downtown

Auditorium/gallery/hall

Accesible Roof as Public Space

3rd Order Public Space

2nd Order Public Space

1st Order Public Space

*Finalist Entry

Commercial, Retail And Community Services

Involvement in Project: _Project Architect _Team Leader/Designer _Environmental Analysis & Design

Community Center Recreation Areas And Care

Quito suffers from large unplanned urban developments along its periphery, scarce open spaces, undefined commercial and financial centers. Amidst Quito’s densifying and un-orderly Urban fabric, the proposal acts as a catalyst for Socio-cultural integration, open urban space and minimal environmental impact. The project is the epicenter for ordered financial and commercial growth.

Residential Services

06_Financial


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Josef Engling School

05_

Quito, Ecuador School Campus Competition & Project Collaboration with RVC Arquitectos 2011 - Present Involvement in Project: _Project Architect _Team Leader/Designer _Environmental Design 1st Place *Currently Under Construction

1

2

_Kindergarten Area F

E

D

C

B

A

Escala | 1.200

3

4

5

6

7

8


18

Holguin...

_German School Kindergarten, Prototype Classroom (Canceled Project)

_Axonometric

A prototype classroom that aligns to the learning methodologies of the Humboldt German school of Ecuador. Re-interpreted is the way children learn by making a space that is flexible, stimulating, light, and adaptable to group interaction as well as inner introvert exploration.


Professional Work

04_

Quito, Ecuador Selected Work Collaboration with RVC Arquitectos 2010-2013 Involvement in Projects: _Project Architect/Designer _Project Manager _Visualizations

_“Camposanto� Columbarium & Cemetery (Under Construction)

The design for the Columbarium is logical, simple but yet monumental. A permeable facade that follows a certain rhythm. A liminality between Earth and Sky, Life and Death... Light and Shadow.



Academic Work 20013 - 2015


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22


Growth

Cellular Automaton

02_

Computational Algorithm

Seoul, Republic of Korea University of Pennsylvania Instructor: John Hong 2014

Appropriation, growth and change by-laws for units are dictated through a logical algorithmic process enabling new live-work-public typologies. Initial State

This project is megastructure in the lineage of Soleri, Archigram and the Japanese Metabolism: a structure that allows for growth and creates an organic appropriation of space; ever-changing to adapt. This typology is a solution for challenges Seoul’s faces. The nuclear family as a social unit is being replaced by other social configurations (singles, coworkers, single parents, friends, etc.). As the country moves

from a manufacturing to an intellectual economy; start-up economies emerge led by young entrepreneurs that blur the boundary between work and life. The re-appropriation of the military base at the south and many large real-estate developments threaten the vernacular urban and social fabric at the north of the site. The project is a catalyst to preserve and expand this delicate social and urban network while adapting to social and economical needs.

Circulation

Growth & Algorithm

_Urban Plan

By-Laws (Possibilities) Live Rule 1

Rule 2

Rule 3

Rule 4

Rule 5

Work

Public/Service


24

Holguin...

The building is divided into to two types of spaces. The shared spaces foster human interaction, creation of ideas, fabrication of culture and flexible spaces for the community. The private units offer the framework for people to live, create businesses and expand/contract during their lifespan. The building as a facilitator for the emergence of a social and urban fabric is key.

_Process Sketches | Ink



26

Holguin... _Process Sketches | Ink

_Process Sketches | Ink



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Spatial Shifting

03_

Washington, DC University of Pennsylvania Instructor: Ben Krone 2013 Client: Daniel Miller (Fundrise.com)

_Aggregation Logics

_Conceptual Sketches

This project has been developed with two main goals in mind: to create a better living environment for the deaf and to act as a link between Gallaudet university and the emerging food-oriented neighborhood in which it sits in. The concept of shifting, displacement and aggregation was explored as an instigator for a new typology that mixes private/public and interior/exterior spaces. The generated aggregation of units allows for a dynamic three-dimensional space in which there is a perceptual connection at all times, at all levels, stimulating the great visual peripheral ability the deaf possess.


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Genetic Skin

07_

New York City, NY University of Pennsylvania Instructor: Franca Trubiano Partner: Peter Wildfeuer 2013 Facade Consultant: Bruce Nichol (Front Inc.) Engineering Consultant: Gordon Carrie (Arup NY)

This project rethinks the way in which we understand the office building in order to generate spaces that are responsive to the environment and its users. The research focus on creating an intelligent system rather than a discrete design.

genome: #017

genome: #143

_Light Behavior Research

genome: #215

genome: #068

The skin of the building is generated through a complex genetic algorithm that modulates geometry for high performance in the given site; responding to context, location and environment. The evolutionary computing algorithm generates a building skin and proceeds to tests its performance, evaluates, modifies the “DNA� of the geometry and tests again; recursively until an optimum solution is found.


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32

_Section Detail

Level 18 +256.00’

Level 17 +243.00’

Level 16 +230.00’


_Intelligent System Algorithm _Responsive Skin

10AM 9AM

8AM

EAST 7AM

11AM 12PM

1PM

SOUTH 2PM

5PM

4PM

WEST 3PM

_Genetic Algorithm Logic

Randomize DNA Variables

Optimized Base Cell Grid

Individual Cell Module

Simulate Performance

Evaluate Results

Base Geometry Variation 1 Variation 2 Variation 3 Variation 4 ... ... ... Variation n

Optimal Geometry

Maximun/Minimun Results Cell Grid Adjusts To Orientation To Sun And Programatic Requirements

Original Cell Configuration Extracted From Grid

Geometry Is Simulated In Raytracing Program

Evaluation Area Is Placed At Interior Side At Desired Location

Sun Position And Orientation Taken Into Account

Number Of Direct And Reflected Sun Rays Are Collected Number Of Bounces Of Each Ray Is Considered

Colellection Of All Tested Variations And Evaluations Are Stored

Variation That Maximizes Or Minimizes The Evaluation Results Is Chosen


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34


_Physical Model ...Left _Section ...Below _Skin Prototype ...Below


36

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_ Landmannalaugar, Iceland; 2014


Photography

08_

Personal Photography Textures Collection

_ Þórsmörk, Iceland; 2014



Thank you José Rafael Holguín Selected Works 2009 - 2015


Selected Works José Rafael Holguín 2009 - 2015 Spring 2015


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