Issuu

Gabriella Dashiell portfolio

University of cinncinnati Masters of a rchitect U re

DASHIELL

experience

cITY archITecTUre, clevelanD, oh

architectUre co-op, JanUary 2024 - aprIl 2024

• Generated site plans, floor plans, sections, exterior elevations, and details for various single family rehabilation projects.

• Coordinate architectural drawings with different disiplines

• Created document of standard Revit details

• Updated mixed-use, multi-family, and single family architectural drawings in Revit, CAD, and Sketchup

pearce scoTT archiTecTs, BlUffTon, sc

architectUre co-op, May 2023 - aUGUst 2023

• Generated site plans, floor plans, sections, schedules, exterior elevations, and details for high-end custom homes and boutique commercial clientele using CAD and Revit.

• Crafted client presentations to convey current site conditions and present solutions.

• Conducted thorough research on building codes and regulations for commercial projects.

• Produced comprehensive marketing sets showcasing completed projects.

• Conceptualized schematic plans for a carriage house that complements an existing house.

• Developed a variety of electrical plans, door and window schedules, and details for custom and repurposed designs, ensuring compliance with building codes and industry standards.

schaefer, cincinnaTi, oh

enGineerinG co-op, JanUary 2022 - aUGUst 2022

• Reviewed shop drawings for foundations and wood roof trusses.

• Aided in the design of multistory and single story wood buildings using the IRC and IBC.

• Designed headers, shear walls, and loading bearing walls for wood buildings.

• Assisted in determining the stability of steel and wood joists on renovation projects.

• Utilized software programs such as RAM Elements, RAM Concepts, and Excel.

• Analyzed and assessed condition of historic buildings to evaluate repair options.

schaefer, cincinnaTi, oh

ModellinG co-op, aUGUst 2020 - deceMber 2020 & May 2021 - aUGUst 2021

• Utilized Revit to create structural drawings including sections, details, and plans.

• Modeled various projects in wood, steel, and cold form steel.

• Generated PDFs and CAD media agreements as requested.

• Visited sites to perform inspections and submitted reports of findings to the engineer.

frch nelson, cincinnaTi, oh

architectUre co-op, JanUary 2020 - april 2020

• Produced initial sets of construction documents for commercial clients using CAD and Revit.

• Successfully executed prototype updates across multiple projects for a specific client.

• Managed completion of documentation for LEED qualifications.

• Facilitated permitting documentation for commercial and retail clients.

• Crafted floor plans, interior and exterior elevations, and detailed plans as required.

eDUcaTion

MasTer of archiTecTUre

University of cincinnati, daap - 4.0 Gpa school of architectUre and Interior desiGn

aUGUst 2022 - May 2025

• Graduate Ambassador, talking to perpective students and coordinating graduate student events

• Graduate Teaching Assistant position for Design Science II & Communication Skills 1 & 2. Assisted in grading student work as well as guiding and assisting students in learning Revit and typical construction methods.

• Resident Assistance where I assisted first year students adapt well to the University of Cincinnati (20202023)

Bachelor of science, archiTecTUral engineering

University of cincinnati, ceas - 3.7 Gpa colleGe of enGineerinG and applied science

aUGUst 2018 - May 2023

skills

aUtocad revit

rhino 7 inventor adobe photoshop

adobe IllUstrator

adobe IndesiGn

handraftinG watercolor

Model MakinG

• lasercUttinG

• 3d printinG

• woodshop

• castinG

Microsoft sUite

blUebeaM sketchUp procreate v-ray twinMotion enscape

01 T he llo YD LIBRARY

This studio, led by Roberto De Leon, reimagined the Lloyd Library in downtown Cincinnati through a “Museum of Books” concept. The design transforms the library into a dynamic, maze-like grid, emphasizing perceived density and creating layered, exploratory pathways to redefine how patrons engage with its extensive botanical, medical, and artistic collections. This approach unveils previously inaccessible perspectives while celebrating the library’s historic legacy of innovation and discovery. The design incorporates pollinator gardens and curated exhibit spaces, bridging science, art, and history. Externally, pink limestone massing interacts with the cityscape, with layered forms extending onto the sidewalk to engage visitors even before they enter the building. Drawings were created using illustator, photoshop, rhino 8, and twin motion.

eXploded aXon eX terior render

LA in S , BAS in S & Ci S t ER n S

In collaboration with Chris Fultz, a Riverponics Village reimagines urban development along the Ohio River, transforming the challenge of flooding into a pastoral community. Inspired by Mies van der Rohe’s Lafayette Park, the design integrates a road and perpendicular nodes to create a flood-resilient community with terraced ponds managing water flow. These ponds form functional zones for grey water, aquaponics, and aquaculture, supported by interconnected cisterns that also serve as visual landmarks celebrating water’s significance. Buildings incorporate playful nods to the site’s history as Coney Island Amusement Park, with sloped roofs for water collection and stilt-based designs reminiscent of wooden roller coasters, ensuring flood protection. The village offers a harmonious, self-sustaining lifestyle, bridging historical reverence with innovative solutions for future river town living.

bUildinG types

fishinG zone Model

farMinG zone render

fishinG zone render

bUsiness zone render

coMMUnal porch render

riverbend render entire site Model

bUsiness area/ Grey water Model

farMinG area Model

site section

03 The B R ik BLok

In collaboration with Chris Fultz the Cincinnati Masonry Institute located in the Over the Rhine neighborhood, on 12th and Vine Street. The proposal showcases and preserves the distinctive building typology and construction methods that define OTR’s past. Drawing inspiration from five different city blocks within the OTR neighborhood, this proposal creates a 3D cityscape, where patrons can feel a city above, below, and next to them. This is created by stacking building blocks atop one another, creating a dynamic interior where patrons navigate through spaces mirroring the varied widths and openness found in a standard city. Each level incorporates exterior spaces, fostering a seamless flow and openness throughout the structure. Drawings were created using illustator, photoshop, rhino 7, and procreate.

InterseCtIon

sectional Model eX terior render

meCHaNICal

strUctUral dIaGraM

Interor render

wood SlEEpERS w/ iNSulaTioN

CoNCRETE flooR

STEEl BEam

wood SlEEpERS w/ iNSulaTioN

CoNCRETE flooR

STEEl BEam

CoNCRETE ToppER aNd iNSulaTioN

wood BloCKiNg

iNSulaTioN THINSET BRICK

wood BloCKiNg

iNSulaTioN THINSET BRICK

iNSulaTioN

iNSulaTioN mETal SoffiT

wiNdow uNiT

iNSulaTioN BRiCK

wiNdow uNiT

iNSulaTioN BRiCK

wiNdow uNiT

wiNdow

CoNCRETE

iNSulaTioN

CoNCRETE

04 The St RA m P

A ‘stramp’ combines a staircase with a ramp to cater to the accessibility needs of individuals. We explored Cincinnati for various instances of stairs and ramps, to inspire the merging of this cohesive system. Our objective was not only to create a functional hybrid but also to transform the way people perceive themselves and the environments they occupy. Below, you’ll find the design that Emily Jaster and I collaboratively developed, aiming to establish an inviting space in the heart of OTR (Overthe-Rhine) that redefines one’s sense of scale and the way they experience their surroundings. The accompanying drawings were individually crafted in Rhino and Photoshop to bring this vision to life.

line drawinGs

eX terior render

05 The Thick Hou SE

Rhino and Vray are employed to abstract the structure of ribbed vaults. By altering their orientation and dimensions as they curve, they generate environments where individuals can dwell and nurture the surroundings. Ultimately, this sinuous park evolves into a hotel situated in downtown Cincinnati, offering visitors both vacation experiences and opportunities to bask in the sun.

Interior renders

eX terior aXon

Rhino was employed in the creation of the Thin House, nestled within a narrow three-foot-wide alley. The inspiration for this unique design stemmed from the concept of ‘Dragspelhuset,’ a house that bore a resemblance to a dragon. In this iteration, the house takes on the persona of a creature attempting to occupy a confined space. This concept is vividly illustrated by the intricate exterior folds and the way the building expands when it ventures beyond the alley.

ou SE

Below are model images created out of laser cutting chipboard and stacking it to illustrate the intended texture and showcase the graceful curved folds.

A Sukkah is a temporary structure that is used for meals during the Jewish festival of Sukkot. My design stood as the initial concept for the Sukkah. Through collaboration with my first year M.Arch 1 class, the design was adjusted in Rhino and built during the first month of the fall semester.

2 point perspective

roof plan

with exception to the 14 studs placed at x-brace locations which have 4 notches to help limit the number of metal fasteners used.

fall 2022

M. a rch 1 st U dio

4) Spacers are added at the top and middle of stud to prevent twisiting and help create the curve of the structure.

ers to expierence views if surrounding areas as well as various placed for groups to sit.

5. Bamboo roof held down with hemp rope.

5) Bamboo roof held down with hemp rope to give shad to seating areas.

4) Spacers are added at the top and middle of stud to prevent twisiting and help create the curve of the structure.

made one brace, where the frame mimics a three ply beam. to flow through. 47 of the 8’-0” tall studs have three notches with exception to the 14 studs placed at x-brace locations which have 4 notches to help limit the number of metal fasteners used.

4. Spacers are added at the top and middle of stud to prevent twisiting and help create the curve of the structure.

3. Benches wrap around the entire structure.

3) Benches wrap around the entire structure, allowing users to expierence views if surrounding areas as well as various placed for groups to sit.

port. Six different cut pieces made one brace, where the frame mimics a three ply beam.

2. 61, 8’-0” tall, studs are placed 5” apart. 14 studs placed at x-brace locations.

4) Spacers are added at the top and middle of stud to prevent twisiting and help create the curve of the structure.

2) There are 61 total studs that are placed 5” apart to allow wind to flow through. 47 of the 8’-0” tall studs have three notches with exception to the 14 studs placed at x-brace locations which have 4 notches to help limit the number of metal fasteners used.

1. X-braces placed every fifth stud to give the structure support.

1) X-braces placed every fifth stud to give the structure support. Six different cut pieces made one brace, where the frame mimics a three ply beam.

5) Bamboo roof held down with hemp rope to give shad to seating areas.

eXploded aXon of Unit:

Above shows a hand drawn exploded view of the original concept for an individual unit. This unit would help with ease of construction and transportation. Each unit would include three studs and bench support without the use of fasteners.

Eden Park in Cincinnati, OH is a cultural destination for the city with monuments and centers of culture and learning sprinkled throughout scenic landscape. The purpose of the reading library is to allow The Cincinnati Public Library to create a stronger presence among the park’s cultural institutions. The pavilion acts as a community space with the opportunity to host private events, performances, and art installations. Overall the Pavillion was designed in Rhino, with renders in Enscape as well as diagrams done in Procreate and Photoshop.

perspective froM street entrance

1. foundation slabs

2. glass: library, restrooms, and classroom

3. wood cladding

4. concrete roof

5. concrete columns

6. concrete stair steps

7. wood railing

at different elevations, one for each area.

Concrete slabs placed

2. Glass walls and roofs are placed at enclosed location.

4. Stepped roof added for more circulation and views of park

3. Stairs are added to allow for circulation.

5. Columns and wood siding are added for support and safety.

render of park entrance concept Model

perforMance area render

Using Revit and Enscape this restaurant embraces greenery and sustainability with the use of wood and glass surrounded by a greenhouse and various green walls. Overall the resturant was designed with the intention to create a greenhouse in the city that could also feed its patrons. The sloped site is located on Short Vine Street in Cincinnati, OH.

second floor plan

fIrst floor plan

baseMent floor plan

InterIor render of fIrst floor render second floor

Below are modular units designed for a theoretical masonry class. Ten half-scale plaster models were cast to simulate the appearance of a potential wall. These units were intended for an exterior retaining wall, featuring two types of pockets designed to hold plants. Two distinct designs were created: one with three legs for the base layer and another that interlocks to facilitate stacking.