Hollie Sikes Portfolio 2020-2022

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HOLLIE SIKES 2020-2022 SELECTED WORK HOLSIKES@GMAIL.COM @HOLLIESRIGHTBRAIN (865)-310-9780

EDUCATION

The University of Tennessee Knoxville Bachelor of Architecture 2019-2024

The Institute of Advanced Architecture Catalonia Semester Abroad, Bachelor of Architecture Fall 2022

PROFESSIONAL EXPERIENCE

Heyoh Design and Development Intern Collaboration in design on various levels; schematic design work, digital modeling and analytical diagrams 2021-2022

INSTALLATIONS/EXHIBITIONS

Paper A+Airplanes Triple-Phase Technician, Pilot and Recovery Specialist Contributions in fabrication, data collection, publicity, illustration, and logistics; head sustainability coordinator

2022

EXPERTISE

Model Making wood/basswood, chipboard, bristol paper, clay, foam Hand Drawing technical and freehand

Drafting AutoCAD, Rhinoceros

CAD Rhinoceros (+Grasshopper), Sketchup

BIM Revit Architecture

Graphics Adobe Photoshop, Illustrator, Indesign

Rendering V-ray for Rhinoceros

HOUSE THAT CAN LIVE IN THE WILD VALLCARCA COMMUNITY CENTER MARY W. SHELLEY STUDENT UNION

PAPER A+AIRPLANES MICROGRAFICO BARCELONA CITY REPRESENTATIONS BCN

LIVING MACHINE SELECTED MODELS SELECTED DRAWINGS

OMAHA MEMORIAL // GRAPHITE

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01 05 07 03 04 06 02 08 09 10
PAGE 03 CONTENTS

The Wild House began with a list of questions. What does it mean to go? What do we sacrifice in pursuit of escape, and what, in contemporary society, does an individual need to escape from? What do we gain when we abandon convention? This was the lens used to explore personal relationships -- with the self, with others and with the surrounding world -- and formed a base on which to blend them. The result is a house that does its best to bridge gaps.

A readymade place for connection with nature, the house offers itself to those hungry for the outdoors but perhaps lacking the skill or experience required to meet it. Three of the four facades are composed of large glass doors, often pivot doors that can be rotated 90 degrees around center hinges, allowing for selective immersion in surrounding nature. A breezeway separates more intimate, personal spaces from the large, open kitchen; one must go outside to get back inside. Delineation between private spaces are clear, yet malleable, visually concealed behind partial walls but still exposed to the sounds and smells around them: the grass after rain, the morning birds, a conversation between friends.

The Wild House is an attempt to get down to the marrow of what matters. By reconsidering the idea of minimalist living and distilling it down to its essence, it becomes a place of connection and rehabilitation, whether it’s with the self or the surrounding world.

PAGE 06 HOUSE THAT CAN LIVE IN THE WILD
UTK ARCHITECTURE 2022 PROFESSOR HANSJÖRG GÖRITZ
PAGE 07 EXPERIENTIAL PERSPECTIVE
PAGE 08 HOUSE THAT CAN LIVE IN THE WILD
TYPOLOGY MATRIX CONCEPTUAL PLAN PAGE 09

Developed using a matrix of architectural typologies, different spatial relationships were explored and compared. Special attention was paid to configurations that lent themselves to the ethos of the project, particularly results that emphasized a balance of exposure and enclosure.

PAGE 10 HOUSE THAT CAN LIVE IN THE WILD
SECTION EARLY PERSPECTIVES PAGE 11
PAGE 12 HOUSE THAT CAN LIVE IN THE WILD Round Mountain Texas La Pointe Wisconsin
Woolley Washington
New Mexico
New York Carmel Valley California
Sedro
Abiquiu
Halcott

The design is adapted for six different climates and terrains across the continental U.S. The material palette became a “kitof-parts”, with built elements repeated, removed or otherwise altered to fit given conditions while preserving the integrity of the original concept.

SITE SECTIONS SITE PLANS PAGE 13 NM CA WI WA NY TX

The Living Machine is an investigation of the living space over and through time that frames it as an inhabited, functional machine, deeply intertwined with routine and repetition. Familiar daily rituals such as moisturizing the face and preparing coffee were broken down into minute detail. In the Toeing the Line drawing (p15), the kitchen is analyzed as the stage where many of these rituals are performed, while two spatial maps (p16-17) express them as series of unfolding events.

LIVING MACHINE
UTK ARCHITECTURE
2020 PROFESSOR MARK STANLEY
PAGE 15 TOEING THE LINE
PAGE 16 LIVING MACHINE
SPATIAL MAPPING PAGE 17

Paper A+Airplanes was a temporary installation that covered the tops of all 18 indoor office pods in The University of Tennessee’s Art + Architecture building with a layer of paper airplanes. Why? Simplebecause it couldn’t have happened anywhere else. The A+A Building has an ineffable spatial quality that practically begs paper airplanes to be thrown into it. Covering the pods with paper airplanes was, quite simply, a fulfillment of the most obvious idea most people have when looking out from the building’s fourth floor. The exhibit was a monument to every paper airplane that ever was and ever will be – and then some. It fulfilled, in some sense, the twisted desire for catastrophe, á la NASCAR or Evel Knievel, for it was a compendium of crash landings. Thousands of failed flights formed one successful mission.

Over the course of six months, 20 students both inside and outside of the college folded 42,371 total paper airplanes. Each student was asked to fold a minimum of 2,500 planes (most hit this goal, and a select few went over -- my personal final contribution was 7,502 planes, or just over 15 reams of standard copy paper). To prepare for the installation process, a 1:1 scale replica of a slice of an office pod was built off-campus, and strategies were tested and timed. Instructional videos for the installation team were produced. Installation occurred in the middle of the night on August 30th, 2022, from 7pm to 3am. Paper A+Airplanes was up for viewing for three days. Deinstallation occurred in the middle of the night on September 1st from 9pm to midnight.

PAGE 20 PAPER A+AIRPLANES
GROUP INSTALLATION
2022 CONTRIBUTORS LISTED ON FACING PAGE
PAGE 21 SUITING UP PROJECT CREDITS
PAGE 22 PAPER A+AIRPLANES 00:11 00:15 00:49 PROOF OF CONCEPT Production Assistant
PAGE 23 PROOF OF CONCEPT DOCUMENTATION OF ASSEMBLY POSTER CONTRIBUTIONS 01:02 01:56 02:53
PAGE 24 PAPER A+AIRPLANES 02:14 03:32 04:43 TRAINING FILM Illustrator and Task Demonstrator
PAGE 25 TRAINING FILM INSTALLATION PROCESS FINAL INSTALLATION
PAGE 26 PAPER A+AIRPLANES

Dealing with so much paper, the question of sustainability was an important one. Deinstalling the exhibit meant crushing as many paper airplanes as possible into cardboard boxes, then loading them into a Sprinter van. All paper airplanes were driven directly to the campus recycling center, where employees had agreed to be available after hours, and the boxes were emptied directly into a paper recycling truck.

PAGE 27 FINAL INSTALLATION DEINSTALLATION PROCESS

Micrográfico Barcelona is an exploration of the city of Barcelona through its smallest public artwork. It began with the documentation of the stickers that adorn Barcelona’s utility infrastructure. Overarching themes were detected and labeled - outliers were noted - and slowly, the idea of the city as a public message board, grassroots art gallery, open forum, etc, came to the forefront.

While the online gallery is a refined selection based on the tastes of its curator, Micrográfico encourages the assessment of every sticker and graphic across the city as an equally essential piece of a wider project; a case study in what happens when you put an entire city in charge of art curation. Over time, stickers are defaced, covered up, replaced, destroyed. Which themes prevail, and which get buried in the onslaught of information? Further, since their selection hinges entirely on graphic identities that appeal to a single curator, what is the wider narrative about target audience and public appeal? What is the definition of endorsement?

In providing the near-exact locations of each graphic, visitors to the website are encouraged to visit the stickers themselves, or at the very least the ones that speak to them. It can be viewed as a museum plan or a walking trail. Those who go looking may be directed down streets they hadn’t previously paid much attention to, or encouraged to pay attention differently to ones they’d seen before.

MICROGRAFICOBCN.CARGO.SITE
2022 SELF-DIRECTED PROJECT
PAGE 29 SELECTED MICROGRAPHICS
PAGE 30 MICROGRAFICOBCN.CARGO.SITE
PAGE 31 MICROGRAFICOBCN.CARGO.SITE

2022

INSTRUCTORS: OANA TAUT AND DANIEL SORIAL COLLABORATORS: DANNY RODRIGUEZ JACLYN ALLEN IVAN LIU

The Vallcarca community garden is the proposed development of the grassy hill above the Vallcarca metro stop in Barcelona, Spain. By applying a construction grid to the site, then laying architectural elements into it based on a series of programmatic needs, an optimal configuration of space is achieved.

Seeing as a small community garden exists on the site at present (as well as a basketball court, both of which get used frequently) it made sense to preserve what was already there. The project brings new indoor recreational space to the site, as well as a local market, which was noticeably absent from the surrounding area. Additionally, it provides a path up the hill itself, thus removing the need to go all the way around the site’s perimeter to get from point A to point B. Utility spaces are constructed near the basketball court to be utilized as locker rooms and storage space. The main building, a recreation center, sits at the top of the site and features a greenhouse for year-round gardening.

Placement of program was determined by a series of parameters plugged into the program Grasshopper. Planter boxes are constructed in areas of tightness in the grid; market stalls are placed in clusters of a certain area range; a path weaves between the stalls, attempting to work with the slope rather than against it. By optimizing each parameter in turn, we were able to weave on-target results into one cohesive design.

PAGE 34 VALLCARCA COMMUNITY GARDEN
INSTITUTE FOR ADVANCED ARCHITECTURE IN CATALONIA
PAGE 35 SITE AXON

Eiermann’s German Embassy employs a layered facade to achieve an impression of lightness -- by using thin, repeated elements to frame negative space around the mass of the building, it in turn appears less massive. Our breakdown of the building began by creating a grid of construction lines through each facade element, which revealed a pattern of placement.

PAGE 36 VALLCARCA COMMUNITY GARDEN
PAGE 37 PRECEDENT ANALYSIS EXPERIENTIAL PERSPECTIVE: GERMAN EMBASSY

We began by intuitively assigning geometric operations to Eiermann’s construction grid, then applying those operations to a set of formal typologies. This strategy was ultimately scaled up and adapted for application to the site itself. Existing site conditions produced a construction grid, which was programmed based on objective parameters. Of the ten schematic plans generated, the one that best satisfied each parameter was chosen for development.

PAGE 38 VALLCARCA COMMUNITY GARDEN SELECTED ITERATION
APPLIED GRID OPTIMAL ZONES FOR GARDEN PLOTS OPTIMAL CELLS FOR BUILT PROGRAM OPTIMAL CELLS FOR MARKET STALLS
PAGE 39 APPLICATION STRATEGY SITE APPLICATION SITE PLAN
PAGE 40 VALLCARCA COMMUNITY GARDEN 1m : 9mm
PAGE 41 SCHEMATIC PLANS: UTILITY SPACES PLAN: REC BUILDING 1m : 6mm
PAGE 42 VALLCARCA COMMUNITY GARDEN

The rec center serves as a community hub as well as the resolution of the path. Development from grid cells that span the site’s natural slope allowed for multiple levels and double height spaces.

PAGE 43 SECTION: REC BUILDING

City Representations is a series of work centered on the urban fabric of Barcelona at different scales, completed over the duration the semester we spent in the city. Urban Data Collection (p45) explores the blurriness of Barcelona’s sidewalks. How do they support pedestrians? Infrastructure? Children? What is the implied law, and how does it get broken, and who’s breaking it, and why? Collective Mapping (p46) is both a critique and a celebration of the incongruencies in the preexisting, publicly accessible maps of Barcelona sprinkled around the internet. Six themes, sifted, downloaded, and blended together; a new map is born out of the fray. Collecting the Intangible (p47) paints a picture of Plaça de Sant Pere through narrative and observational sketches. Over the course of a few visits, the group of us made note of both trends and oddities, then set to work finding the thread that runs through.

CITY REPRESENTATIONS BCN
INSTITUTE OF ADVANCED ARCHITECTURE CATALONIA 2022 LEAD INSTRUCTOR: CECILIA DE MARINIS COLLABORATORS: PARKER GREENE ELLA LARKIN JOHN HAMILTON ROSE CRAWFORD JORDAN EZZELL

My area of study was the sidewalk at the scale of a child. A series of anomalies, such as the use of public furniture as equipment for play or the inability to access public recycling bins, wove themselves into our collective understanding of such a seemingly accessible public space.

PAGE 45 URBAN DATA COLLECTION

By laying different publicly available maps and images of Barcelona on top of one another, stretching and scaling them to fit, the chaos of opposing focus begins to shine through. Some maps denote the vague location of tourist attractions, without much attention paid to accuracy; some maps, like the Metro map, are simply a shorthand for the order of stops rather than distances; some maps don’t exist at all, and are represented instead through photos and old postcards.

PAGE 46 CITY REPRESENTATIONS BCN

A composite narrative was constructed from details gathered on numerous visits to our chosen site. A collection of sketches and handwriting, it was important to us to preserve the method of documentation at the core of the project: ink scribbles in our respective sketchbooks.

PAGE 47 COLLABORATIVE MAPPING COLLECTING THE INTANGIBLE

The Mary W. Shelley student center (affectionately nicknamed ‘the dub’ by students and faculty alike) employs an analog-todigital approach to design. A series of digital and physical operations were performed on a digital mesh model of a human skull: the model was sliced at regular intervals digitally, then cut from mattboard and suspended with red thread, which was also woven through each individual layer. By integrating the resultant model back into a BIM context, a short-term development process resulted in a multi-story campus building with a large atrium in place of the woven thread.

PAGE 50 THE MARY M. SHELLEY STUDENT UNION
ARCHITECTURE
UTK
2021 MARSHALL PRADO
PAGE 51 MODEL PHOTOS
PAGE 52 THE MARY W. SHELLEY STUDENT UNION
PAGE 53 MODEL PHOTOS
PAGE 54 THE MARY M. SHELLEY STUDENT UNION
PAGE 55 SECTION PLAN
SELECTED MODELS B A C

Transart House by Schaum/Shieh, facade study, basswood 2019

Transart House by Schaum/Shieh, facade study, mattboard 2019

The Playground Pavilion, plywood 2019

Public Condenser, site model, bristol/ vellum and basswood 2021

Notch Pavilion, plywood 2022

House with operable facade, bristol and basswood 2022

PAGE 57 SELECTED MODELS A B C D E F
E D F

RIJKSMUSEUM ART LIBRARY IN AMSTERDAM, NETHERLANDS Ink, 2022

SELECTED SKETCHES
CULTURAL AND SPORTS CENTER BY BRUTHER IN PARIS, FRANCE Ink, 2022

THE COLOSSEUM IN ROME, ITALY Ink, 2022

THE SAGRADA FAMILIA IN BARCELONA, SPAIN Ink, 2022

PAGE 59 SELECTED SKETCHES
SELECTED SKETCHES
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EVE BY ENRIC CLARASÓ AT THE MNAC IN BARCELONA, SPAIN Ink, 2022
PAGE 61 SELECTED SKETCHES
SCOTT COUNTY, TENNESSEE Graphite, 2021
MEMORIAL IN OMAHA, NEBRASKA
PAGE 63 GRAPHITE PERSPECTIVE

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