Alex Croft - Student Architecture Portfolio

M.ARCH | RISD

Alex Croft

SELECTED ACADEMIC + PROFESSIONAL WORK

ARCHITECTURE PORTFOLIO

THE CLOYSTER CO-OP HOUSING + OYSTER FARM NEW BEDFORD, MASSACHUSETTS Fall 2023 | Arch 103G | Armando Hashimoto In collaboration with Estephania Granados

The Cloyster grows and migrates inland in the same manner as the salt marshes lining the Acushnet River: As sea levels rise, buildings are disassembled and reassembled further from the water’s edge. The development supports various ecological efforts already underway in New Bedford, including water purification and salt marsh restoration. Breaking with traditional private land ownership, co-op members must participate in oyster cultivation and salt marsh restoration in exchange for residence.

Presented for final review at RISD and La Laguna, CDMX, Mexico.

Alexandra Croft | M.Arch ‘25 | RISD

JOIN THE

CLOYSTER AN EPA-SPONSORED CO-OP

NEW BEDFORD HOUSING AUTHORITY

NEW BEDFORD, MA Promotional pamphlet

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Site model, 3/32” = 1’-0”

Alexandra Croft |

A variety of rooflines distinguish residences from other buildings serving the community. An oyster processing facility, rec center, and greenhouse enable ecological work occuring on site while doubling as gathering space for residents.

Community events are open to residents and visitors alike, and take place on wide bands of decking placed intermittently between docks.

Stop-motion of development at: vimeo.com/1070533490/28c0083b79

| M.Arch ‘25 | RISD

Site plan - timelapse 2

TOP: Floor plans: high- and low-density layouts; BOTTOM: dis/assembly diagram

Alexandra Croft |

| M.Arch ‘25 | RISD

TOP: Model detail: residential module; BOTTOM: Section: residential module + existing street 3

ADPI MESH BAGS

UPWELLERS

SHELL CRUSHER

SORTING TABLES TUMBLER

SPAT CULTURE (GROWING BEDS)

LARVAL TANKS

ALGAE GROWING TANKS BREEDING BEDS

Diagram: oyster facility operations

Alexandra Croft |

| M.Arch ‘25 | RISD

Oyster habitats are submerged in the Acushnet River at the end of each dock in vertical gardens and mesh bags.

Residents are responsible for monitoring their health and growth. Full-time oyster facility employees see the oysters through every other stage, from hatching to crushing old shells for recycling.

Section detail: oyster farming

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Dis- and reassembly of the buildings occurs periodically on “Migration Day,” when public buildings’ walls are lowered to host a celebration for Cloyster residents and visitors. The oyster facility unfolds into a cocktail bar, the greenhouse becomes a book shop, and the rec center holds live music and a farmers market.

Residents can make use of this flexibility by opening their homes to accommodate small businesses, such as a cafe or shop, bringing commercial activity to the community.

Model detail: panel operation

Alexandra Croft |

| M.Arch ‘25 | RISD

TOP: Site plan - Migration Day; BOTTOM: Site section - Migration Day 5

GROUND UNIT SOIL REMEDIATION HUB SUNSET PARK, BROOKLYN, NY Spring 2024 | Arch 21ST | Amelyn Ng

Soil and contamination have a reciprocal relationship: clean soil is used to neutralize dangerous toxic materials, yet is susceptible to contamination by spilled chemicals.

Excavated soil is categorized as solid waste but can be recouped under a Beneficial Use Determination for new applications. Sunset Park is full of industrial activity that poses a significant environmental risk. Ground Unit acts as a resource to nearby business with regard to their environmental impact by remediating excavated soil, leading community workshops, and providing soil testing services.

Ground Unit houses and displays the physical labor required for managing high volumes of material, centering soil in discussions of New York’s waste systems and sustainability goals.

Alexandra Croft | M.Arch ‘25 | RISD

Risograph soil remediation guide

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Contami and rem which do of clean,

Building walls, wh machine aisles. In activate small-sc moveme

Site Plan

Alexandra Croft |

inated soil is delivered to Ground Unit mediated inside vertical tarp pockets, ouble as retaining walls for the storage , remediated soil.

gs are interspersed between these hose layout is determined by the heavy ery frequently circulating through the nformal program like open-air markets the storage bays and allow for a cale, intimate relationship with material ents and remediation.

| M.Arch ‘25 | RISD

Risograph plan vignettes: remediation timeline

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Site use by time of day

Alexandra Croft |

| M.Arch ‘25 | RISD

While soil is remediated via the introduction of microbes, fungus, and plants, the community gathers on site for workshops, markets, and recreational activity along the waterfront.

Sections 8

The components of Ground Unit are conceptualized as a kit of parts to be deployed as the opportunity arises. It includes the soil-filled tarp retaining wall, aggregate-filled gabion column, veiled canopy structure, and informal furniture.

Stop-motion video at: vimeo.com/1070532072/985f8e02de

Model

Alexandra Croft |

| M.Arch ‘25 | RISD

Kit of parts 9

Select pages from a travel dossier display sites of importance, such as the Forbell Street Clean Soil Bank. Soil tectonics (piles, angles of repose, contained vs. loose), as well as the material’s presence in the community, were important drivers in developing the project’s program.

Risograph travel dossier 10

BASTION COMMUNITY CENTER PROVIDENCE, RHODE ISLAND Spring 2023 | Arch 102G | Ryan McCaffrey

Bastion confronts the street with a rigid exterior that belies the skew and fragmentation to be discovered inside. A continuous brick shell wraps four distinct volumes clustered around a central void. Regular, orthogonal geometry intersects with skewed elements, best observed from the main stair, which twists away from its adjacent wall at upper floors.

Alexandra Croft | M.Arch ‘25 | RISD

Model, 1/8” = 1’-0”

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Joiner photo collages draw attention to the rich textural qualities of brick and fortress-like character of the surrounding buildings. The location poses a challenge: to engage with the impenetrable language of Providence’s existing fabric, yet be inviting to members of the public. Large openings break up heavy exterior walls, teasing visual access from the street.

Site photo joiners

Alexandra Croft |

| M.Arch ‘25 | RISD

Model, 1/8” = 1’-0”

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Floor plan - second floor

Alexandra Croft |

| M.Arch ‘25 | RISD

Chunk model, 1/4” = 1’-0” (details)

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Model, 1/8” = 1’-0”

Alexandra Croft |

| M.Arch ‘25 | RISD

Concealed from the street and ground floor, a central courtyard is revealed at the second floor. Community center visitors and artists in the live-work studios next door can enjoy access to the outdoor seating and assembly space here.

Longitudinal section 14

GOOD / POOR FABRICATION EXPERIMENT PROVIDENCE, RHODE ISLAND Fall 2023 | Seminar: ReAssembly | Evan Farley In collaboration with Adrian Pelliccia

Using the 2021 American Framing pavilion as a point of departure, Good / Poor engages with familiar light-frame wood construction elements— wall panels, bridging, birdsmouth notches— and recombines them into unconventional configurations. By contrast to the inexact nature of wood framing, the precision of a CNC router allows for customized angles and dimensions at each point of connection. Visibly poor construction methods achieve surprising stability due to this insertion of hyper-precise technology into an approximate practice, challenging rigid definitions of “best practice” in wood-frame construction.

Alexandra Croft | M.Arch ‘25 | RISD

Installation - RISD Museum, Providence, RI

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TOP: American Framing pavilion, Paul Preissner + Paul Andersen for the 2021 Venice Biennale; BOTTOM: Scan from Audels Carpenters and Builders Guide

Alexandra Croft |

| M.Arch ‘25 | RISD

American Framing (2023) cites Audels Carpenters and Builders Guide

(1923), a resource featuring diagrams that establish a rigid dichotomy of “good” and “poor” wood construction methods: It’s good practice to notch your floor joists, but poor practice to notch cross-bracing into studs, etc.

A modeled inventory of framing elements variously adheres to and flouts tradition. When separated from the logic of a larger assembled building, the pecularities of their component parts become at once familiar and strange.

Expanded inventory - fragment framing models 16

Diagram: GOOD / POOR

Alexandra Croft |

| M.Arch ‘25 | RISD

The CNC cuts full-depth notches and half-lap joints from standard 2x4 lumber. Machining calls attention to wood’s relative irregularity, dimensional instability, and tendency to warp. The diagram speaks Audels’ good/poor binary language while misapplying framing standards (notching, lapping, butting), allowing the difference between the good and poor to become confused.

Process: CNC milling and assembly 17

Fabrication - detail

Alexandra Croft |

| M.Arch ‘25 | RISD

Fabrication - detail

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PLAYING BIM REVIT DOLLHOUSE PROVIDENCE, RHODE ISLAND Fall 2022 | Arch 202G | Sam Sheffer + Evan Farley In collaboration with Estephania Granados

In this project, a dollhouse acts as a physical analog for BIM software. The familiar blue and white Revit interface becomes tactile in soft fabric and polyester stuffing. Similar to design options in Revit, “room suits” (fabric slipcovers) dress blank white boxes, facilitating endless combinations of occupancies, adjacencies, and dimensional parameters. The dollhouse’s mutability calls attention to the respective roles played by parties involved in BIM-aided design, and to the sometimes ludicrous possibilities in built space afforded by BIM.

Alexandra Croft | M.Arch ‘25 | RISD

Room suit - bathroom

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Playing BIM requires participat side of the dollhouse and simu to their work product. The des rooms from the closet in the ba the front, simulates a DD draw materials. Room suits range fro nursery) to unconventional or a Porta Potties) for the designer

Front of dollhouse

Alexandra Croft |

tion by two people on either ulates a designer’s relationship signer dresses and arranges ack; the result, viewed from wing set or client meeting om the conventional (library, absurd (treehouse, cluster of r to choose from.

| M.Arch ‘25 | RISD

Back of dollhouse

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Elevations and plans produced in Revit are printed onto fabric and sewn into room suits. Assets are all downloaded from high-end home furnishing company websites, freely available in the hopes that BIM-using designers will spec their products. Here, however, their products can be enjoyed as toys without expectation of purchase.

MENU

Elevations printed on cotton

Alexandra Croft |

| M.Arch ‘25 | RISD

Bathroom room suit and vanity family 21

BOLT BUILDING PAVILION PROVIDENCE, RHODE ISLAND Fall 2022 | Arch 101G | Debbie Chen

Bolt Building resists back- and front-side designations through its separation of program into distinct volumes. Fragments are joined together by a bolt of bright fabric tautly interwoven among the buildings, as well as a shared formal language at the roofline.

The fabric’s tension carves radiused corners out of otherwise rectilinear forms. The fabric contributes a sense of togetherness that ultimately takes precedence over the forms’ separateness.

Alexandra Croft | M.Arch ‘25 | RISD

Model - detail

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An assembly manual tells an imagined narrative of the pavilion’s construction, tailored to suit the occupants’ needs. The fabric lends a temporality and ritual aspect to the unifying move of weaving the buildings together. Tasked only with a few loose program requirements including an office and restroom, the project’s central aim is to provide flexible public assembly space. Volumes are interspersed with existing outdoor circulation paths connecting a nearby pedestrian bridge to the park beyond.

TOP: Rendering - exterior; BOTTOM: Diagram: ribbon / diagram

Alexandra Croft | M

M.Arch ‘25 | RISD

Assembly manual

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RISO DEPOT PUBLIC KIOSK PROVIDENCE, RHODE ISLAND Spring 2023 | Arch 102G | Ryan McCaffrey

Wood joinery serves as loose inspiration for this public kiosk. Wide cut-aways at the canopy meet canted buildings below with a light touch. Slanted walls, a deviation from the adjacent buildings, welcome passers-by into the light-filled inner courtyard. Riso Depot provides in-house printing, storage, and sale of zines produced by members of the public, filling an important need in any community for information to be shared quickly and colorfully.

Scale figure materials courtesy of RISD Riso studio scraps.

Alexandra Croft | M.Arch ‘25 | RISD

Model - detail

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Alexandra Croft | M

M.Arch ‘25 | RISD

Model photos 25

PROFESSIONAL WORK

INTERMEDIARY SOFTNESS WATER INFRASTRUCTURE BARRINGTON & PROVIDENCE, RHODE ISLAND Assistant Professor Debbie Chen | Academic Year 2023-2024 Design Research Seed Fund Recipient Completed in collaboration with graduate research assistants Aleza Epstein, Pateton Gonzales, and Isabelle Troutman. Project contributions include research, design development, shingle fabrication, and orthographic drawings.

The Design Research Seed Fund is a donor supported grant awarded annually to a faculty member in the Architecture Department for the creation of an exhibition, a public lecture, and a publication. The goal of the fund is to support the RISD Architecture community in the stimulation, production, and dissemination of creative practice with emphasis on the roles research and publication play in architectural discourse.

“What if our buildings ... engaged with the perpetual act of catching water? ... The project proposes a water-collecting structure with a soft, intermediary touch. Constructed at Tillinghast Place, the fabric-shingle pavilion is equally concerned with shedding moisture as it is with harvesting it. The shingles dance in the wind, directing rainwater into modest catchment pouches. Eschewing efficiency for delight, the water pavilion holds just enough water, for just long enough, a reminder that burden and bounty are held in balance.”

Project description written by Debbie Chen.

Photography by Ella Baum.

Alexandra Croft | M.Arch ‘25 | RISD

Photo by Ella Baum

Pavilion - Tillinghast Place, Barrington, RI

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Plan Oblique - Drawing by Alex Croft

Alexandra Croft |

| M.Arch ‘25 | RISD

Photos by Ella Baum

Roof details: fabric shingles and pouches

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Soft shingles move in response to wind, alternating between concave and convex.

The bright paracord can be tied in different patterns to control their movement, such as in preparation for stronger gusts of wind.

When it rains, water is caught in pouches on the roof or flows through the shingles and into pouches along the bottom.

These interventions require a human operator to interact closely with small, precious quantities of water, standing in contrast with the largely-invisible water infrastructure we are accustomed to.

As a research assistant, my roles included conducting research on water containers and infrastructure and iterating collaboratively on scale models of the proposal. Later during fabrication and installation, my roles included sewing shingles and creating drawings documenting the overall pavilion as well as details of the shingles’ movement. Project leadership and overall design of research and pavilion by Debbie Chen.

Photo by Debbie Chen Shingles move in response to the wind and fold to form collection pouches - Drawings by Alex Croft

Alexandra Croft |

| M.Arch ‘25 | RISD

Fabric shingles - Photo by Ella Baum 28

Manual adjustment of shingles - Photo by Ella Baum

Alexandra Croft |

| M.Arch ‘25 | RISD

Photo by Debbie Chen

Photo by Debbie Chen

Pavilion model and shingle operation - Model by Debbie Chen 29

Alexandra Croft |

| M.Arch ‘25 | RISD

High-vis trim reflects brightly at night - Photo by Ella Baum 30