2024 Architecture Portfolio - Ellie Barberis

Architecture Portfolio Ellie Barberis Selected Works

Solstice 2023

Ascent 2022

Mod 2021

Reflect 2023

Gather 2021

Fibers 2022-2024

SUNLIGHT IS THE FUNDAMENTAL SOURCE OF NATURAL LIFE Openings within the surfaces of the architecture respond to the summer and winter solstices to enable intimate experiences and preserve light upon the site.

Solstice An Educational Research Center Hunting Island State Park, South Carolina

Consideration for preserving the existing natural context and minimizing disruptuon to the surrounding environment was taken by incoporating different materialities in the elevated outdoor spaces, which allow varying amounts of sunlight and water to remain on the site. The structures within the building are oriented to maximize the amount of outdoor space available while minimizing the impact on the site below. The footprint of the terrace is determined by shadows cast from the structure at noon on the winter solstice.

Materiality changes within this footprint are then decided by the fall & spring equinox, as well as the summer solstice.

Where the shadows cast during the summer solstice at noon, the surface of the terrace is 100 percent solid, as these spaces do not need to account for any lost sunlight. In the spaces determined by the fall & spring equinoxes, the terrace becomes diaphinous, through perforations, allowing 48% of the sunlight to penetrate through the surface onto the site below. Finally, where shadows are cast on the winter solstice at noon, the terrace has larger perforations to allow the largest volume of light through (58%).

To account for the loss of light in other areas of the design, mesh hammocks are interjected onto the surface to allow up to 100 percent of light through, while also providing a place to relax, gather, and interact with the site.

Program Massing

Scatter, Project Shadows

Arrange

0.25² * 90.96 0.3438²

= 48% open

0.25

0.3438

60°

0.25² * 90.96 0.3125²

= 58% open

0.25

THRESHOLD SUMMER SOLSTICE 100% SOLID

CIRCULATION SPRING/FALL EQUINOX 48% OPEN

0.3125

60°

PLAY WINTER SOLSTICE 58% OPEN

INTERACT 100% OPEN

Winter Solstice

Summer Solstice

Spring/Fall Equinox

PHOTO VOLTAIC PANELS TPO MEMBRANE PARAPET FLASHING JOINT SEALANT & BACKER ROD TAPERED INSULATION 3/4” PLYWOOD SHEATHING 2X14 JOISTS @ 16” OC DROP GRID STRUCTURE - COVE LIGHTING POLYCARBONATE CEILING PANEL

1 1/2” POLYCARBONATE GLAZING 1 1/2” AIR GAP PROVIDED BY MULLION CLIP MINERAL WOOL INSULATION 2X6 @ 16” OC WOODEN STUDS 3/4” PLYWOOD WALL COVERING

2X6 BLOCKING

2X10 BLOCKING TPO ROOFING MEMBRANE STEEL SHEETING ALUMINUM WINDOW W/ CASEMENT

WOOD FLOOR COVERING WOOD HALF-ROUND TRIM W 14X22 JOISTS @ 16” OC

6X24 WOODEN GIRDERS AIR GAP - ELECTRICAL / PLUMBING

16” ROUND WOODEN COLUMN

Photo Voltaic Panels - Harvests and converts sunlight, that would otherwise be unable to reach site, into renwable energy

-25 kBtu

.5

120% ft² / yr /

Rene Ener wable gy

100 Net -E Red nergy uctio n

%

TPO Roofing W/ Sloped Insulation

North

South

West

s

East

s

- TPO Membrane is heat-reflective and energy efficient - Sloped insulation provides drainage route to roof drain - Water drains into bio-doretention below

North

s

Structural Wood Framing - 2x14 joists @ 16” OC run perpendicular to ceiling supports (cove lighting)

Plywood Wall Cover - Maximizing the opaque surface area of the southern face minimizes the interior solar heat gain in response to glare and radiation studies.

- Orientation of the plywood wall covering remains fixed regardless of the building's rotation

Ceiling & Lighting - Ceiling support acts as light cove for diffused lighting of interior spaces - Polycarbonate panel ceiling (diffuser) - Linear task lighting not diffused by ceiling panel

%

100 Punched Window Opening - Operable windows provide natural ventilation - Provides specific intimate views to site

5-wall Polycarbonate Glazing

Mullion Clip

2x6 @ 16” Stud Wall

- Filters sunlight for reduced glare - Easily formed into curved shapes - Extremely durable, can withstand hurricane winds -Recyclable & Inexpensive

Mineral Wool Insulation

Plywood Wall Cover

- Moisture resistant - High R-Value - Acoustic insulator

- Responds to daylighting studies to block excess light

t an trol cup on Oc ting C h Lig

80

%

Rec Ma yclab ter le ials

Rest, Play

Primary Circulation

l na gio ls Re teria Ma

Secondary Circulation

% 70

Perforated Metal Flooring

Mesh Web Hammocks

- Allows sunlight and water through to site below - Size and amount of perforations responds to shadows at summer and winter solstices

- Allows maximum amount of light through - Provides areas for direct interaction with site below, while reducing human trace - Provides space for rest, play, and learning opportunities

65% Sun li Rain ght & w Pre ater serv ed

4’ 3’ 2’ 1’ 0’ -1’ -2’ -3’ -4’

%

100

r ate t inw Ra emen g a an

M

Other Plant Species

Smooth Cordgrass Spartina Alterniflora - Water filtration - Reduces shoreline erosion - Provides shelter, hunting, and nesting grounds for wildlife - Produces habitat enabling sediment

- Sea Oats - Pickleweed - Dwarf Palmetto - Saw Palmetto - Prickly Pear - Easter Red Cedar - Live Oak - Slash Pine - Loblolly Pine - Southern Magnolia - Yaupon Holly - Palmetto - Sweet Gum

100 Na

tive

Pla

Bio-Retention

%

ntin g

s

Grey & Black Water redirected to septic pump and field

- Rainwater drains from roof down to a series of 3 bio-retentions - Bio-retentions placed in areas most affected by shade of building to lessen impact on site

Dorm 100 sf Dorm 100 sf

Dorm 100 sf Dorm 100 sf

Kitchen 150 sf Living 200 sf

Dorm 100 sf

Living 1050 SF

Dorm 100 sf

Research 1510 SF

Research Laboratory 450 sf Freezer 200 sf Storage 200 sf

Learning 3450 SF

Plant & Soil Processing 215 sf WaterChem Lab 215 sf

Living Dorm Dorm Dorm Dorm Dorm Dorm Communal Kitchen Restrooms Communal Living Area

100 100 100 100 100 100 150 100 200

Research Research Lab Mech/E Storage Water Chem Lab Plant & Soil Processing Lab Freezer Restrooms

450 170 200 215 215 200 60

Learning Mechanical Electrical Restrooms Classroom Classroom Classroom Office Demonstration Lab

140 140 170 500 500 500 150 1500

7284 SF TOT.

8’ 7’

6’

Classroom 500 sf

8’ 7’

Classroom 500 sf

2’ 3’ 4’ 5’ 5’

7’

6’ 6’ 5’

5’

4’

Office 150 sf

5’ 4’ 3’ 2’ 1’

Classroom 500 sf 4’

Demonstration Laboratory 1500 sf

3’

N

2’ 1’

32’

64’

96’

A set of 12 houses are to be constructed on a site that was devastated by a fire during the Fall of 2021 in the Boulder, Colorado area. This fire destructed over one-thousand homes and damaged thousands more. These prospective homes take advantage of the malleability and fire resistance of concrete. Following an undulating form, constructed using mesh mould technology, the homes mimic the natural form of the surrounding landscape. The unique concrete silhouette allows for a home that provides resistance to natural forces, such as wildfires and strong winds. In addition, the form introduces panoramic views of the unique landscape, supporting the active lifestyle that many Coloradoan’s follow, while providing a place of refuge and recovery.

Ascent Single-Family Residential Boulder, Colorado

The flowing concrete forms blend seamlessly into the rolling hills, trees, and rock outcroppings, creating a sense of harmony with nature. Concrete’s thermal mass helps regulate indoor temperatures.

Inside, the homes feature open floor plans to capitalize on the panoramic views. Large sliding glass doors open onto terraces, expanding the living space outdoors. The homes are designed for sustainable living with passive solar techniques, renewable materials, and systems for rainwater drainage. While thoughtfully designed for this specific Colorado site, the fire-resistant concrete homes could serve as innovative models for rebuilding communities impacted by natural disasters in drought stricken areas. They represent resilience and hope rising from the ashes.

Robotic In-Situ fabrication of formwork.

Manual concrete troweling process.

Mesh-Mould

Form

One-Bedroom

Two-Bedroom

Addition of Concrete

Three-Bedroom

Finished Structure

3rd

Most educated state

205

Parks within the Denver city limits

Boulder

~80

Breckenridge

Million tourists per year

Denver

26

21%

Ski Resorts Aspen

Higher cost of living than the U.S. average

Colorado Springs

Telluride

9th

“Healthiest” State

Colorado Mineral Belt - 19th Century Mining Towns Converted for Skiing

N Damaged Destroyed Destroyed to be rebuilt

Both functional and physical modular elements within the design inform unit to whole relationships as well as the user-experience. In plan, two variations of modules combine to create a variety of unit types. These modules establish a stepping design on the facade which allows for private balconies in each unit.

In elevation, modular screens are installed on these balconies which allow for the user to determine their own experience.

Mod Modular Urban Housing Champaign, Illinois

The modular design creates flexibility and customization within the development.

The two module types can be arranged in different combinations to generate studio, one-bedroom, and two-bedroom units. This allows for a diverse mix of unit types to suit different needs. The stepping facade with private balconies provides each unit with outdoor space and views while maintaining privacy. The modular balcony screens add personalization - residents can adjust them to control sunlight, views, and openness.

Module A Module B

S. W

ater

St.

E. University Ave.

S. First St.

E. C

hest

er S

t.

E.

Cl

ar

kS

t.

E. Clark St.

S. First St.

S. S

econ

S. Lo

d St.

cust

St.

Gym

Coworking Space

Logan St.

E. White St.

One Bedroom Two Bedroom Three Bedroom

2nd Floor

Coworking Space

3rd & 5th Floor

4th Floor

Private Public

each note, a key, unlocking memories deep, sentiments and dreams, like hidden gems they gleam, in harmonies we find unity anew, a universal song, both me and you

Reflect Music Pavilion Chicago, Illinois

Rising from an abandoned 80 foot deep foundation, undulating rods emerge from the earth. The rods, varying in height as they ascend, create a visual soundscape.

At ground level, the rods sit inside a reflection pool, visually suggesting that they continue below. The rods conceal a pink glass enclosure, where one can descend into the structure entering the rods’ forest. Inside, the undulating rods pierce through the roofs boxy geometry, revealing the collective, yet intimate ways that humans relate to music. Surrounded by the rods rhythm above, visitors can reflect on their intimate experience with music. The contradictions of the undulating rods, and the boxy pink enclosure, mirrors the contradictions between shared musical passions and the way in which music is interpreted.

The new Community Center is envisioned as a resource for neighborhood residents of all ages and backgrounds, providing spaces for recreation, entertainment, child care, education and socializing.

Gather Community Center Los Angeles, California

In response to the climate of the southern Californian site, the Community Center is separated into programmatic components in order to utilize exterior space for circulation and gathering.

These buildings use transparency to welcome the community, to blend indoors and outdoors, and to reduce energy loads through natural daylighting.

The design takes full advantage of the mild climate with open-air walkways connecting the buildings. Lush native landscaping features drought-tolerant plants and provides spots for relaxing in the shade. The Community Center aims to promote health, learning, expression, and connection for community members across generations.

14

1

2

16

15

16

3

18 4 4 9

10

11

12

17

13

1

Entrance Lobby/ Exhibition Space - 2900 SF

2

Childrens Playroom - 900 SF

3

Gymnasium - 8650 SF

4

Locker Rooms - 800 SF

5

Computer Lab - 950 SF

6

Small Meeting Rooms - 200 SF

7

Medium Meeting Rooms - 450 SF

8

Large Meeting Room - 700 SF

9

Admin Office Reception - 1300 SF

10

Directors Office - 420 SF

11

Administrative Meeting Room - 575 SF

12

Break Room - 430 SF

13

Copier/ Storage Room - 300 SF

14

Cafe - 2000 SF

15

Cafe Storage - 450 SF

16

Mechanical Rooms - 2100 SF Tot.

17

Trash Room - 350 SF

18

Storage - 675 SF

5

7

7 6

6

6

6

8

1

E

2

C

3

G

4

L

5

C

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S

7

M

8

L

9

A

10

D

11

A

12

B

13

C

14

C

15

C

16

M

17

T

18

S

22” Glulam Beams

24” Steel Girders (some act as beams)

4.5” HSS Columns

6” HSS Columns

24” Steel Girders (some act as beams)

22” Glulam Beams 40” Glulam Beams

44” Steel Girders (some act as beams)

4.5” HSS Columns 12” Glulam Beams 12” Steel Girders (some act as beams)

9” HSS Columns

Fibers An Exploration in Knitting and Weaving

Manipulation of transparency and reinforcement of form explores the interplay between negative space and structure. Incorporating areas of openwork and denser stitch patterns, these swatches highlight the relationship between solid and void. Mixing a range of fiber thickness, textures and contents allow for a variety of transparencies, while simultaneously reinforcing the overall form of the fabric. This creates both a visual and tactile experience.

Ellie Barberis

Chicago, IL barberisellie@gmail.com

EDUCATION

Savannah College of Art and Design | Savannah, GA Master’s in Architecture | June 2024 University of Illinois | Urbana-Champaign, IL Bachelor’s in Architecture | May 2022

WORK EXPERIENCE

LS3P | Savannah, GA Architectural Intern | Summer 2023 • Assisted in the design process through 3D modeling using SketchUp and Revit • Provided design support for schematic design, design development, and construction documents • Performed product research and assisted team with material selections • Crafted visually compelling presentations and reports to effectively communicate architectural design concepts to clients.

• Actively participated in client meetings to discuss progress updates and gain feedback on schematic design and design development phases.

• Conducted thorough research into local building codes, zoning regulations, and other requirements to ensure architectural designs fully complied.

• Visited active construction sites to closely monitor construction progress and produce detailed field reports.

• Created conceptual façade vignettes using SketchUp • Developed architectural drawings, technical specifications, and detailed cost estimates utilizing Revit.

Inherent Homes | Chicago, IL Architectural Intern | Summer 2022 • Created shop drawings using AutoCAD for modular elements, including stud walls, floor and ceiling cassettes, and roof elements, to guide production floor assembly.

• Calculated and provided cut lists for each modular component. Collaborated with the procurement manager by calculating material estimates and ordering bulk materials for each home.

• Developed value stream maps to track construction progress, man-hours, quality control, and work steps for production management, and documented daily construction progress using 3D camera technology.

• Revised permit set drawings to obtain necessary approvals for construction.

• Created street-scape diagrams to support land acquisition proposals from the City of Chicago.

• Supervised the assembly and construction of over 3 modular homes and helped train new assemblers on interpreting shop drawings and understanding light wood framing anatomy.

• Produced visual representations, including plans and axonometric diagrams, to illustrate development plans.

AWARDS / HONORS • Earl Prize, First Place | University of Illinois | Studio Award | Spring 2021 • Dean’s List | University of Illinois | Spring 2021 • Dean’s List | University of Illinois | Fall 2019 • Architecture Studio Award | University of Illinois | Award for design excellence | Spring 2019

CERTIFICATIONS • LEED Green Associate | June 2023

SKILLS • AutoCAD

• Adobe Photoshop, Illustrator, InDesign

• Revit

• TwinMotion

• Rhino

• Hand Drafting

• SketchUp

• Physical Modeling