Design + Architecture Portfolio | Kevin Mojica | 2018-2022

design + architecture

PORTFOLIO Kevi n Gon azl ez Mojica

Wa s h i n g t o n U n i v e r s i t y i n S t . L o u i s & U n i v e r s i t y o f F l o r i d a | k.mojica.arch@gmail.com

772-940-3892

S e l e c t e d Wo r k s

kevin mojica

|

2016-2022

@kmojica_arcdesign

EDUCATION Washington University in St. Louis, St. Louis, MO Masters degree in Architecture Major: Architecture Graduation date: May 2022 University of Florida, Gainesville, FL Bachelors of Design degree in Architecture Bachelors of Science degree in Sustainability & the Built Environment Majors: Architecture + Sustainability & the Built Environment Graduation date: May 2020

PROFILE STATEMENT Masters in Architecture candidate at the Washington University in St. Louis, with Bachelors degrees in Architecture and Sustainability & the Built Environment from the University of Florida, primarily focused on sustainable design with a concentration on climate-resilient architecture and affordable housing. Most of my focus has been in trying to merge the principles of sustainability into the design process more strategically— ensuring a better future for the impact on the built environment.

SOFTWARE ABILITIES 3D/CAD Modeling

Rhino | Revit | AutoCAD | SketchUp | Grasshopper 3D | ArcGIS

Image Editing

Adobe Photoshop | Adobe InDesign | Adobe Illustrator | Adobe Lightroom

3D Rendering

Enscape | VRay | Lumion

Bldg Performance

Ladybug | Climate Conslutant eQUEST (Energy Simulation Tool) | AIE (Athena Impact Estimator)

Digital Fabrication

Ultimaker 3D Printing | Prusa 3D Printing Universal Laser Cutter | CNC Milling

Office Use

Microsoft Word | Microsoft Excel | Google Apps

LanguageS

R E S U M E

English | Spanish

CONTACT 6009 Odell St., St. Louis, MO 63139 772-940-3892 k.mojica.arch@gmail.com k.g.mojica@wustl.edu @kmojica_arcdesign Kevin Mojica

ACADEMIC INVOLVEMENT + ACHIEVEMENTS The Autonomous Future of Mobility | Graduate Research Assistant | St. Louis, MO | Nov. 2021 — current •

A research assistantship[ with the Undergraduate Director of Architecture at the Sam Fox School, focused on the future of autonomous vehicles in urban cities. Responsibility includes the fabrication of miniature 1:8 scale buildings for a mock-up urbanscape to simulate the autonomous vehicles— in partnership with the McKelvey Engineering School. More information here.

Axi:Ome, llc | Graduate Research Assistant + Intern | St. Louis, MO | Aug. 2021 — Dec. 2021 •

An internship/research assistantship with the Graduate Director of Architecture the Sam Fox School, focused on the design and fabrication of a local non-profit art’s center (COCA) stage props for a theater performance. More information here.

Sam Fox Ambassador + Graduate Fellow | Full Merit-Based Fellowship + Designation | Aug. 2020 — May 2022 •

An ambassadorship + fellowship, at Washington University in St. Louis’s - Sam Fox School of Design & Visual Arts, awarded for excellence in undergraduate portfolio and potential for leadership in my graduate endeavors.

Studio Design 08: Affordable-Housing Competition | Student Design Competition | Gainesville, FL | April 2020 •

First-Place Team; Internal Design Studio competition, integrating students from Architecture and Construction Management on a semester-long design and construction proposal for an affordable housing community in north FL

UF DCP Witter’s Competition | Student Design Competition | Jan. 2020 •

First-Place Team; Role as team leader for a multi-disciplinary 48-hour design competition, encouraging the integration of students in design, construction, planning, and engineering on a single design proposal

Treasure Coast Gator Club Scholarship | Merit-Based Scholarship | 2017-2020 •

Local scholarship foundation sponsored by University of Florida alumni, awarded to a dozen undergraduate scholars based on their academic integrity and achievements.

NOMAS (National Organization of Minority Architects) | Academic Organization | 2018 – 2020 •

Mentored a lower-division student in their architectural courses at UF. As a member we discuss opportunities for cultural awareness in DCP. Participated in national design competition

DCPE (Design, Construction, and Planning Entrepreneurship Club) | Academic Organization | 2018 - 2020 •

A member of a multidisciplinary organization, in the college of DCP, which allow students to collaborate on their projects and discuss opportunities for entrepreneurship. A focus on local and international design competitions

MASA (Mexican American Student Association) | Cultural Organization | 2016 – 2020 •

Social Chair; Help fundraising for immigrant-related tragedies in the community and embracing Hispanic culture for incoming students of similar background through public social events

WORK EXPERIENCE Gensler | Tampa, FL + Virtual | Research Fellow + Intern | June 2021 – Aug. 2021 •

Summer job at a wood truss company as construction worker, in Fort Pierce, FL, specializing in residential projects.

East Coast Truss Lumber | Fort Pierce, FL | Truss Assembler | May 2020 – Aug. 2020 •

Summer job at a wood truss company as construction worker, in Fort Pierce, FL, specializing in residential projects.

MJG Studio | Gainesville, FL | Internship | Jan. 2020 – May 2020 •

Spring internship at a local architecture firm in GNV, FL, specializing in commercial design and educational renovations at the University of Florida and University of Miami

N2 architecture + design | Stuart, FL | Internship | May 2019 – Aug. 2019 •

Summer internship at a local architecture firm in Stuart, FL, specializing in residential and coastal design

P R O J E C T S

O U T L I N E

INT. HOUSING: el Bosque Urbano

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ENV. RESPONSE 1: Pre-Cast Concrete Enclosures

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RURAL BLOCK: C.E.S — in Costa Riva

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ENV. RESPONSE 2: Charleston’s R.I.S.E

URBAN BLOCK: Hudson In

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ENV, RESPONSE 3: Cargo-T

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nst. of Technology

Tecture

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URBAN TOWER 1: The Delancey Center of Arts

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ENVI. RESPONSE 4: Enclave, the Fading Sun

URBAN TOWER 2: Bio-Phillic Morph Tower

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URBAN TOWER 3: a Story of Ballet

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P R E FA C E

This portfolio is a current collection of my favored academic projects, displaying the wide variety of interests and skillsets embodying design and sustainability in the built environment. The selected works describe best my design process and forms of representations towards the understanding of the complexity in architecture.

Thank you for your time and interest, Enjoy

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el Bosque Urbano

/ INTERNATIONAL HOUSING

Kevin Mojica | Graduate Studio 01: International Housing | Fall 2020 | Prof. Emiliano Lopez La Barceloneta, Barcelona, Spain located in the historical remnants of the first barcelona neighborhoods, this project transforms the traditional barceloneta block into an urban island. the project's title, 'el bosque urbano', translates to the 'urban forest' because of its primary use of mass timber construction--to promote a zero-carbon goal for a project of its size. 'el bosque urbano' reacts to the traditional, rigid, barceloneta block as a beacon of innovation in housing.

NORTH

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Unit Plan — Large Sized Apartment Scale: (1/4)”=(1’-0”)

Unit Plan — Large Sized Apartment

Unit Plan — Medium Sized Apartment Scale: (1/4)”=(1’-0”)

- 3 bedroom / 2.5 bathroom - 1600 square feet - Suitable for three or more people

Unit Plan — Medium Sized Apartment

Unit Plan — Micro-Loft Scale: (1/4)”=(1’-0”)

- 2 bedroom/1.5 bathroom - 1,200 square feet - Suitable for three or more people

Unit Plan — Micro-Loft - 1 bedroom / 1 bathroom - 400 square feet - 15 ‘ floor to ceiling height for lofted sleeping space and underlying desk or storage space.

- Suitable for one or two people

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typical floor plan

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TRADITONAL BLOCK

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PUBLIC + PRIVATE

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WIDENING THE BLOCK

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THRESHOLDS

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VISIBILITY + SUN

MASS-TIMBER STRU

massing model photo initial analysis of the traditional 30'x270' thin BARCELONETA block is introudced with a series of tectonic transformations in relation to its climate and cultural condtions. the significant transformations to the block were: 1) breaking the linear direction to capture prevailing winds and sunlight 2) raising the ground floor to maximize the public porosity on the ground level 3) ndenting the 2nd floor, to create an elevated courtyard all these transformations and concepts led to a new urban node in the exisitng rigid grid of the barceloneta region, embodying the idea of housing for people-- not the housing of people.

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NLIGHT

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SPATIAL CLSUTERS

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URBAN ISLAND

UCTURE

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URBAN BASE

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OUTER ROOMS

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POROSITY —— final transformation

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transitionoing into the theory of housing, the new BARCELONETA block is composed of a series of spaces without a corridor or hall. a true series that relates to the very familiar culture. a series of spaces, in return, allow for passive design strategies to better circulate throughout interconnected spaces the threshold was closely developed in this project and is reflected in the use of a prefabricated window system with a variety of uses, just as the flexible spaces within. the block, or building, consists of 10 large family apartments, 15 medium-sized apartments, and 16 small mirco-lofts. the roof is recreational and supports a small soccer field and other ammenities for its residents like an outdoor pool and pavillions. on the ground level, there is a kindergarden and senior care + housing. the project attempts to inlcude a variety of programs to emphasize the concept of the 15-minute city, and a dismantling of suburbia. transitionoing into the theory of housing, the new BARCELONETA block is composed of a series of spaces without a corridor or hall. a true series that relates to the very familiar culture. a series of spaces, in return, allow for passive design strategies to better circulate throughout interconnected spaces the threshold was closely developed in this project and is reflected in the use of a prefabricated window system with a variety of uses, just as the flexible spaces within. the block, or build

ground floor plan

NORTH

2nd lvl floor plan

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3rd lvl floor plan

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roof-space lvl plan

NORTH

north elevation

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west elevatoin

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ing, consists of 10 large family apartments, 15 medium-sized apartments, and 16 small mirco-lofts. the roof is recreational and supports a small soccer field and other ammenities for its residents like an outdoor pool and pavillions. on the ground level, there is a kindergarden and senior care + housing. the project attempts to inlcude a variety of programs to emphasize the concept of the 15-minute city, and a dismantling of suburbia.

north tranverse section

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interior threshold rendering

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Center for the Study and Preservation of Endangered Species

/ RURAL BLOCK

Kevin Mojica | Graduate Options Studio: Ecology in Costa Rica | Fall 2021 | Prof. Carlos Jimenez Playa Carillo, Guanacaste Province, Costa Rica

Figures 01 & 02 — Preliminary Concept Diagram Collages, “Engineering Nature” & “Nature as Icons: Four Zones of Costa Rica”

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Perched atop the mountains overlooking la Playa Carillio on the Nicoya Peninsula in the Guanacaste Province, Costa Rica, the Center for the Study and Preservation of Endangered Species (C.E.S.) consists of several program types including a theater, research labs, library, retail, temporary housing, and an aviary. Together these collections of spaces create a microcosm of a larger urban context foreign to the unscathed site. The area is abundant with biodiversity and natural vegetation, overlooking the sea to its south west. To introduce these architectural interventions, it must be done delicately — acknowledging the natural context and building from its soft infrastructure such as its slopes, trees, views, soil, and sky. Neglecting the site by introducing foreign objects in the forms on monolithic forms that are disconnected from local resources, culture, and context, defeats the purpose for an academic center striving to catalyze the research into Costa Rica’s sustainability goals.

Predominant materials used in this building are cast-in-place concrete, in some instances textured with corrugation. The blue tinted aluminum-corrugated roofs shelter the buildings from the intense tropical sun but also the imminent torrential rains during the wet season. The C.E.S. is split into five main buildings, called pavilions 1-5, and provide breaks in between circulation to maximize on the north eastern prevailing winds, ocean views to the south, and open space for new and existent vegetative growth. The setting is an extremely dense tropical forest, nested between the pacific coast and a mountainous inland towards the center of Costa Rica. The Center for the Study and Preservation of Endangered Species is a complex dedicated to the advancement of education, awareness, recreation, and community of the Costa Rican values towards improving their ecological impact on their cherished natural environments.

Composed of four main forms or buildings, this urban village cradles the view to la Playa Carillio and dances with the natural slopes of the site to maximize public ground space. A central large open space activates the ground space which connects all other programmatic forms. An aviary lies in the heart of the site and introduces a recreational + educational space connecting the public to the professional community within the urban village. Rising from the ground, the main structural element to be considered is bamboo, as seen on the sketches to the right. The C.E.S. Urban Village walks across the landscape from literal tree structures and blends with the tree canopies and mountainous region to appear as if it always belonged.

Figure 03 — Preliminary Study Model, “Top View”

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Figure 04 — Preliminary Study Model, “SE Axon View”

Figure 05 — Preliminary Study Model, “Top View”

Figure 05 — Preliminary Study Model, “SE Axon View”

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Site Plan

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Building Proposal

Scale: 1/64" = 1'-0" Center for the Study and Preservation of Endangered Species (C.E.S.) Playa Carillo, Guanacaste Province, Costa Rica

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Figure 12 — Exploded Axon, “Building Form”

· Puerto Carrillo, Costa Rica

· Existing Roads

· Playa Carrillo

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Figure 13 — Exploded Axonometric

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Roof Conditions

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Wall Enclosures

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Higher-Building Circulation

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Structural Columns, Beams, & Walls

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Building Proposal

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Roads Extension Proposal

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South Elevation

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Center for the Study and Preservation of Endangered Species (C.E.S.) Playa Carillo, Guanacaste Province, Costa Rica

Scale: 1/16" = 1'-0"

Archival Library

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Practice & Storage Room

Theater + Lecture Hall Public Restroom

Men's Restroom Large Conference Room 02 Cafe Kitchen

Large Laboratory 01 CERVEZA IMPERIAL

Social Lounge

Public Gallery

Cafe & Dining Area

Women's Restroom

Large Conference Room 01

CERVEZA IMPERIAL

Large Laboratory 02

Small Laboratory 04

Visitor Entry Lounge

CERVEZA IMPERIAL

Small Laboratory 03

CERVEZA IMPERIAL

CERVEZA IMPERIAL

CERVEZA IMPERIAL

Wome

n's Re

stroo

m

Men's

Mult

i-Pu

rpos

Restr

oom

e Roo

AVIARY

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South Elevation

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Center for the Study and Preservation of Endangered Species (C.E.S.) Playa Carillo, Guanacaste Province, Costa Rica

Scale: 1/16" = 1'-0"

Theater + Lecture Hall Public Restroom

Men's Restroom Large Conference Room 02

Women's Restroom

Large Conference Room 01

Conference Room 02 Large Laboratory 01

Conference Room 01

Collective-Working Space

Practice & Storage Room

Adminstrative Offices

Archival Library

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Public Gallery Director's Office

Large Laboratory 02

tmen

tmen Apar

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t 05

Apar

CERVEZA IMPERIAL

tmen

Apar

tmen

Office Lounge

Apar

CERVEZA IMPERIAL

Office Terrace

t 04 t 09 tmen

Apar

Apar

tmen t 08

t 02 tmen

Apar

Apar

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AVIARY

t 01

CERVEZA IMPERIAL

tmen

tmen Apar

CERVEZA IMPERIAL

Apar

CERVEZA IMPERIAL

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CERVEZA IMPERIAL

CERVEZA IMPERIAL

tmen t 03

CERVEZA IMPERIAL

CERVEZA IMPERIAL

tmen

CERVEZA IMPERIAL

Apar

tmen t 10

CERVEZA IMPERIAL

CERVEZA IMPERIAL

Apar

CERVEZA IMPERIAL

CERVEZA IMPERIAL

MEP + HVAC Room

t 12

t 06

CERVEZA IMPERIAL

Storage + Small Kitchen

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South Elevation

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Center for the Study and Preservatio Playa Carillo, Guanacaste Province

Scale: 1/16" = 1'-0"

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East Elevation

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Center for the Study and Preservatio Playa Carillo, Guanacaste Province

Scale: 1/16" = 1'-0"

N

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on of Endangered Species (C.E.S.) e, Costa Rica

on of Endangered Species (C.E.S.) e, Costa Rica

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Center for the Study and Preservation of Endangered Species (C.E.S.) | Playa Carillo, Guanacaste Province, Costa Rica

South Site Elevation Scale: 1/16" = 1'-0"

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N

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Hudson Institute of Technology

/ URBAN BLOCK

Kevin Mojica + Austin DeGrenier | Undergraduate Design Studio 07 | Fall 2019 | Prof. Alfonso Perez-Mendez Chelsea, Manhattan, New York City, NY

Exterior Sketches

3D Printed Model

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Our idea of a microcosm, within a mega-city like New York City, begins with the integration of an educational community that would foster the existent and missing culture. Our initial analysis of Chelsea depicted the need for a centralized hub for education and Technology. The North eastern side of Chelsea has an extensive amount of engineering firms, while the lower west side has a majority of Architecture firms. This led to the concept of creating a block with the integration of an educational institution and residential programs, such as housing and recreational spaces.

Site Analysis Sketch

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Our idea of a microcosm, within a mega-city like New York City, begins with the integration of an educational community that would foster the existent and missing culture. Our initial analysis of Chelsea depicted the need for a centralized hub for education and Technology. The North eastern side of Chelsea has an extensive amount of engineering firms, while the lower west side has a majority of Architecture firms. This led to the concept of creating a block with the integration of an educational institution and residential programs, such as housing and recreational spaces.

New York is known for its dark alleyways where the sun can’t reach the ground. Low height buildings promoted for an interactive and lively interior courtyard due the the high southern sun allowing to reach the ground for the majority of the day. We wanted to incorporate a courtyard that could house external exhibition spaces but still confine them to the boundary of our University. The majority of the courtyard was to be open to the elements but there as a need to close off a section to the elements . We decided to provide a connection between the educational program and screen it off and allow protection from the elements and provide shade.

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Program Commercial - Offices - Bookstore - General Marketplace - Multipurpose Hall

Educational Institution - Studios - Classrooms - Makerspace - Library - Galleries - Offices

Recreational environment - Gym - Sport courts - Pools - Study/Lounge

Small Faculty/Staff Units - 75

Student Dormitories - 200

site plan

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NORTH

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New York is known for its dark alleyways where the sun can't reach the ground. Low height buildings promoted for an interactive and lively interior courtyard due the the high southern sun allowing to reach the ground for the majority of the day. We wanted to incorporate a courtyard that could house external exhibition spaces but still confine them to the boundary of our University. The majority of the courtyard was to be open to the elements but there as a need to close off a section to the elements . We decided to provide a connection between the educational program and screen it off and allow protection from the elements and provide shade.

Process Elevation Diagrams

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Interior Rendering - Courtyard

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South Elevation

Utilizing a unified educational program required us to develop an element to our university that broke up our programmatic spaces. Since the most prominent side of our project faces the southern direction, the block required a facade that could help diffuse the harsh sun. We incorporated a perforated screen facade with a structural ribcage. The facade provides an inhabitable exterior condition as well as provide partial shade condition for the interior courtyard.

West Elevation

south longitudinal section

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Based on our spatial configuration of the urban block, a composition dominated by shorter buildings (< 100') allows our composition to harbor a mix of educational, recreational and commercial into cohesive compositional building. We arranged a mix of commercial and recreational programs on the ground floor to promote local attraction to the University.

Exhibition and gallery spaces demonstrate the technological achievements from the labs located above the ground floor. The educational programmatic spaces were located above the ground floor to allow a continuous connection between labs, classrooms, private study and offices. It also tied into the housing element.

There are approximately 200 dorms and 50 small family apartments for faculty and staff. Grafting the educational and residential elements allowed us to fulfill a single compositional block.

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The Delancey Center for Arts and Music

/ URBAN TOWER 1

Kevin Mojica + Dylan Scallan + Adrian Contreras | Undergraduate Design Studio 07 | Fall 2019 Lower East Side, Manhattan, New York City, NY, USA Prof. Alfonso Perez-Mendez

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The Lower East Side of Manhattan, New York has developed unbreakable ties to the arts that date back to the late 19th Century. From music and acting to sculpture and photography, this area saw an explosion of art culture as immigrants from all over the world settled into the tenements looking to start a new life in pursuit of the American Dream

Volumetric Studies

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The Delancey Center for Arts and Music seeks to bring new life to the art scene in the lower east side while reestablishing the cultural significance of Delancey street.

Located at the foot of the Williamsburg bridge, 169 Delancey stands as a cultural beacon within the lower east side of Manhattan, NYC. The base of the tower is focused on presentation, boasting a 3-story mixed-media art retail space. Immediately above the commercial space is a series of showcase spaces, including art galleries and an auditorium. These spaces serve to feature works conceived in the tower, along with the products of already-established artists that are brought in to provide inspiration.

Adjoining the showcase spaces to the dormitories is the educational center. This space features classrooms, small performance spaces, and studios to accommodate a diverse range of art forms.

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A multi-use performance space divides the tower's long-term living spaces and the hotel rooms.

This primary presentation space can easily be modified to host concerts, plays, art exhibitions, and more.

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The top of the tower houses the space for transmitting art via radio, television, social media, Internet, and more. Here in the broadcasting center, the ideals behind and products of 169 Delancey are spread to viewers and listeners everywhere - raising awareness and appreciation for the arts and the cultural importance of the entire lower east side.

Resonating with the area's cultural past deeply rooted in the arts, this project is designed to preserve and promote artistic expression through education, presentation, and transmission

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

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Bio-Phillic Morph Tower

/ URBAN TOWER 2

Kevin Mojica | Graduate: Dynamic Materialism & Urbanism | Fall 2020 | Prof. Kim Sung-Ho North Lake Shore Dr., Chicago, IL, USA

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Site Plan

VISIBILITY DIAGRAM

WIND ROSE DIAGRAM

SUN-SHADING DIAGRAM 03

SUN-SHADING DIAGRAM 02

SUN-SHADING DIAGRAM 01

Located in CHICAGO, illinois, this urban tower is a redevelopment of the existing towers on north lake shore dr by the architect mies van der rohe. the premise of this project was to renovate the exisiting tower's envelope, while maintaining 75% of its strutural systems like its floors and columns, to better respond to the external climate conditions.

In the selection of the facade system, created through the use of GRASSHOPPER and RHINO 3D, the design influence of biological organisms was derived by the triangular-subdivided hexagon shapes. the facade, while allowing more ventilation, sunlight, and visibility, also self-supports itself through its complex linear system.

Through the testing of these ideas, the tower model was fully built through the mix of hand-crafting and the use of 3D FABRICATION tools including 3d printing, laser cutting, and CAD. the model stands at 3 feet tall.

MASSING MODEL STUDY 01

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DYNAMIC materialism and urbanism | FALL 2020

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Located in CHICAGO, illinois, this urban tower is a redevelopment of the existing towers on north lake shore dr by the architect mies van der rohe. the premise of this project was to renovate the exisiting tower's envelope, while maintaining 75% of its strutural systems like its floors and columns, to better respond to the external climate conditions. in the selection of the facade system, created through the use of GRASSHOPPER and RHINO 3D, the design influence of biological organisms was derived by the triangular-subdivided hexagon shapes. the facade, while allowing more ventilation, sunlight, and visibility, also self-supports itself through its complex linear system. in testing these ideas, the tower model was fully built theough the mix of hand-crafting and the use of 3D FABRICATION tools including 3d printing, laser cutting, and CAD. the model stands at 3 feet tall.

EAST ELEVATION

NORTH ELEVATION

series of massing transformations CLIMATE + URBAN CONDITIONS

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GROUND PLAN

SIXTH FLOOR-LVL PLAN

MID-TOWER FLOOR-LVL PLAN

TYPICAL FLOOR-LVL PLAN

NORTH TRANSVERSE SECTION

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Pre-Cast Concrete Encolsures

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/ Environmental Response 1

Kevin Mojica + Lindsey Compeaux + Ian McWilliams | Grad. Elective | Spring 2021 | Prof. Pablo Moyano St. Louis, MO, USA

7 12 "

5'-0" 4'-2 14 "

5"

4 34 "

4"

3 12 "

6 12 "

10'-0"

10'-0"

2'-0"

1'-5 14 "

1'-8"

5'-6 12 "

10'-0"

8'-4"

8'-0"

3'-4 14 "

1'-1 14 "

3 4"

5'-0"

6"

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Craft by Hand

/ model photos + hand sketching/drafting

Kevin Mojica | 2016 - 2022

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CONTACT 6009 Odell St., St. Louis, MO 63139

772-940-3892

k.mojica.arch@gmail.com

k.g.mojica@wustl.edu

@kmojica_arcdesign

Kevin Mojica