Aubry Portfolio Final

2024

AUBRY-QUENTIN MUNANA

PORTFOLIO

AUBRY-QUENTIN MUNANA Hello! I’m an architecture major at the University of Tennessee, Knoxville, graduating in December 2024. I’m currently seeking a Designer role with a firm in the Atlanta area.

CONTACT Phone 865-300-4821 aqmunana1@gmail.com www.linkedin.com/in/aubry-quentin-munana

ABOUT 2

KNOXVILLE, TN Expected Graduation : December 2024

WORK EXPRERIENCE OFFICE OF INFORMATION & TECHNOLOGY UNIVERSITY OF TENNESSEE

EDUCATION PRESENT

University Of Tennessee - Knoxville Bachelor of Architecture Accumulative GPA : 4.53

• Manage the University of Tennessee’s computer labs for proper use by students.

LANGUAGE

• Install software and conduct maintenance on computers and printers.

OPENWORKS

2023

• Developed a masterplan to extend

French - Fluent SPANISH - Elementary proficieny

SOFTWARE

downtown Nashville beyond the Cumberland

Revit Rhinoceros Lumion Arcgis

River, incorporating strategies to preserve the river’s ecosystem while introducing new recreational activities.

• Through ArcGis and surveys, I analyzed

Adobe Illustrator Adobe Photoshop Adobe Indesign Excel

what the neighborhood around the Cumberland River needed or lacked

PERSONAL SKILLS

and included a programming diagram in the masterplan.

SANDERS PACE ARCHITECTURE

2022

• Led the design of a historical building, conducted site inspections, and created intricate architectural drawings and sketches utilizing Revit and Illustrator • Developed a variety of design alternatives and presented them to both the head architects and the clients for consideration • Oversaw budget allocations in line with

Hardworking Detail oriented Adaptable

Persistant Communicative Self motivated

HOBBIES Gym Traveling Dancing Trying new food Volley ball

Pickle ball Soccer

client specifications

CERTIFICATIONS • Procore Construction Management Professional Certificate • ULI Urban Plan Certificate of Achievement • CFI Corporate Finance Foundations Professional • Excel Certification : Critical Thinking

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01

SEPARATELY TOGETHER TOWNHOUSE LIVING

02

URBAN CHATTANOOGA

CONTENT 4

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4502 HOLSTON REHABILITATION

N DRIVE N

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NASHVILLE MASTER PLAN

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AIA ADU DESIGN COMPETITION

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SEPARATELY TOGETHER TOWNHOUSE LIVING

01 6

Separately Together is a townhouse living arrangement designed for the modern age of working independently yet collaboratively. Each home is connected by one wall, but still entirely separate beings. While working in their office spaces on the ground plane, the open facades allow residents to know that they are accompanied by others doing the same. The inviting and open courtyard invites residents to interact, or simply gives them something to look at while working.

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ADA Unit Floorplan Floorplan Callouts Callouts ADA Unit

First Floor

Second Floor

Third Floor

0

4

8

16

32 ft

16

32 ft

Typical Typical Unit Unit Floorplan Floorplan Callouts Callouts

First Floor

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Second Floor

Third Floor

0

4

8

SEPARATELY TOGETHER-TOWNHOUSE LIVING

Second SecondFloor Floor-- Plan Plan

0

12.5

25

50 ft

0

12.5

25

50 ft

ThirdFloor Floor--Plan Plan Third

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The Courtyard incorporates green space along with open space, where activities could even be held.

Adjacent to that is an outdoor patio that links directly to a coffee shop, and finally, a terrace where the residents can relax.

This blend of functional, recreational and social spaces supports both professional growth and personal well-being.

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SEPARATELY TOGETHER-TOWNHOUSE LIVING

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Courtyard Program Diagram

Courtyard Program Diagram

ARCH // 471 12

ROSE // SP 2024 INTEGRATIONS STUDIO

SEPARATELY TOGETHER-TOWNHOUSE LIVING

LEGEND Cafe Terrace Open Space Green Space Patio Edge Activation

0

12.5

25

50 ft

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SEPARATELY TOGETHER-TOWNHOUSE LIVING 3.

1.

2.

4.

6.

1.

5” Gutter

7.

5.

2.

Downspout

3.

1” Sprinkler Line

4.

2” Sink Line

5.

Sewer Connection

6.

4” Toilet/Waste Line

7.

50 Gallon Water Heater

1.

3.

2.

4.

5.

Energy Benchmarks ASHRAE 2030 Baseline: 41.72 kBtu/ft2/year 6.

ASHRAE 2030 Target: 8.34 kBtu/ft2/year Project EUI: 7.78 kBtu/ft2/year

7.

1.

Rooftop Fan Unit

2.

12” Return Vent/Duct

3.

6” Supply

4.

8” Duct

5.

12” Supply

6.

Exhuast

7.

3 Ton Air Handler

2.

1.

4.

5.

DC System Size: 8 kW PV System Output: 10,246 kWh/Year

3.

6.

2,489 kWh per Unit/Year 74% Energy Offset

7.

1.

36 kW 1000Vdc String Inverter

2.

3.25 x 5.5’ Solar Panel Array (24 Total)

3.

1.5” Diameter Pendant Light

4.

5” Diamater Flush Mount Light

5.

16” Diamater Flush Mount Light

6.

2x4’ Troffer Light

7.

200 Amp Breaker Box

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Roofs Design

1.

2.

5.

4.

3.

1. Offset Pitch -Largest face can now accommodate twice as many PVs -Allows vaulted ceiling on third floor 2. Angle -Angles allow rooflines to flow cohesively, while maintaining seperation of units -Optimal tilt for PVs (35°)

1.

CH // 471

2.

SE // SP 2024 TEGRATIONS STUDIO 5.

3. WrappingOffset Pitch 5. Color -Wrapping theLargest unit with thecan roof clearly cladding face now accomodate twice -Dark as many PVs. color sug denotes spatial boundaries -Integrates solar panels Allows space vaulted ceiling on third floor.

-Resultant negative supports effect

01

4. Gutters -Rainwater flows into gutters attached to each side, Angle then travels down in the seperated space between

02 03

4.

3.

04

Angles allow rooflines to flow cohesively while maintaining seperation of units.

Optimal tilit for PVs (35°).

Gutters Rainwater flows into gutters attached to each side.

Then, travels down into the seperated space between.

Color Dark cladding color suggests cohesion among units.

Integrates solar panels without becoming an eyesore.

Wrapping

16 color suggests cohesion among units

05

Wrapping the unit with the rood clearly denotes spatial boundaries.

Resultant negative space supports effect.

SEPARATELY TOGETHER-TOWNHOUSE LIVING

Roof Plan

LEGEND Exhaust Fan Heat Pump Fan Unit Water Flow Direction Gutter Drain Solar Panel

ARCH // 471 ROSE // SP 2024 INTEGRATIONS STUDIO

0

12.5

25

50 ft

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SEPARATELY TOGETHER-TOWNHOUSE LIVING Standing Seam Metal Roof Metal Z-Clips Rigid Insulation 3” Weather Barrier Sheathing 5/8” Stud/BATT Insulation 7 1/2” Roof R-Value: 42 Vertical Metal Siding Metal Furring/Rigid Insul. 1” Weather Barrier Sheathing 5/8” Stud/BATT Insulation 7 1/2” Gypsum Board 5/8” Wall R-Value: 23 Floor Finish 3/4” Floor Deck 3/4” Parallel Chord Truss 14” Furring 3/4” Tongue and Groove Ceiling 3/4” Floor R-Value: 42 Metal Mullion Glass Plaza Deck System Weather Membrane Sheathing 5/8” 2x8 Stud Metal Flashing

Concrete Slab Rigid Insulation Sidewalk 4” Crushed Gravel 4” Pervious Concrete 6” Foundation

7/8" STANDING SEAM METAL ROOF

ROOF DETAIL 2 X 8 WOOD STUD TRUSSES 3/4" TONGUE AND GROOVE WOOD SLATS

K-STYLE ALUMINUM GUTTER DOWNSPOUT

ROOF R-VALUE = 42 4" RIGID INSULATION

Z GIRT

5/8" PLYWOOD SHEATHING WEATHER BARRIER 3/4" METAL FURRING CHANNEL 1/2" GYP. BOARD

WALL R-VALUE = 23

FLOOR R-VALUE = 42 7/8" VERTICAL METAL SIDING 1/2" METAL PANEL CEILING

4" METAL FURRING CHANNEL WEATHER BARRIER 5/8" PLYWOOD SHEATHING 2 X 6 WOOD STUDS

1/2" OAK FLOORING

BATT INSULATION

GUTTER FLASHING

3/4" PLYWOOD SHEATHING RIM JOIST 14" PARALLEL CHORD TRUSS

7 5/8" CMU CORE FILL INSULATION

4" SLAB 1" RIGID INSULATION 4" CRUSHED GRAVEL

VAPOR BARRIER

24" X 12" CONCRETE FOOTING FOUNDATION DRAIN PIPE

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02 20

URBAN CHATTANOOGA

This project is located at the core of downtown Chattanooga along West Aquarium Way, a lively and diverse area frequented by local residents, tourists, and business patrons. This street is characterized by a variety of shops, restaurants, and small businesses that create a vibrant urbanatmosphere.

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Existing Conditions

Existing Conditions

Proposed Renovations

Proposed Renovations

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Existing Conditions

URBAN CHATTANOOGA

Existing Conditions Existing Conditions

Proposed Renovations

Proposed Renovations Proposed Renovations

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Existing Conditions

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Proposed Renovations

URBAN CHATTANOOGA

Legend

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SITE CONNECTIVITY

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SECTION DRAWING

URBAN CHATTANOOGA

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Traditionally, Chattanooga’s urban planning has been centered around automobile transit, with wide streets that prioritize cars over pedestrians. Although recent efforts have improved pedestrian infrastructure, there remains a need to balance car and foot traffic to create a safer, more walkable environment.

To address these challenges, the project integrates a woonerf design—a shared street concept that accommodates cars, bicycles, and pedestrians in a low-speed, mixed-use environment. By narrowing the roadway and reducing vehicle speeds, this design shifts the focus from cars to people, encouraging a more pedestrian-friendly experience.

The reduced road width not only enhances safety but also provides additional space for pedestrians to explore the area comfortably.

The project also seeks to address the lack of green spaces and public parks in this part of the city. To enhance the area’s recreational opportunities, the design includes a central median transformed into a multifunctional public space with amenities such as small retail kiosks, art studios, sculptures, and seating areas.

These elements create a series of "micro-destinations" that invite people to linger and socialize, fostering a stronger sense of community and increasing foot traffic to nearby businesses.

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URBAN CHATTANOOGA

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4502 HOLSTON DRIVE REHABILITATION

03 30

This project focuses on renovating an old garage, converting it into a hospitality establishment featuring a coffee shop and a bar. A few challenges arose from the historical nature of the building, with added rooms over the years, each situated at varying floor levels. To address this, concrete was poured to bring all levels to a consistent grade. The outdoor space also underwentrenovation, providing room for food trucks to pull in and additional space for seating areas.

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4502 HOLSTON DRIVE REHABILITATION

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Option One This design is marked by the bar taps being directly linked to the walk-in cooler for convenient access.

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4502 HOLSTON DRIVE REHABILITATION

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Option Two This design option is marked by 2 new masonery openings being created to enable direct service to consummers outside.

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4502 HOLSTON DRIVE REHABILITATION

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4502 HOLSTON DRIVE REHABILITATION

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NASHVILLE MASTER PLAN

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Nashville is witnessing a notable expansion in job opportunities, population, and new developments, especially in the downtown area. The East Bank, Nashville’s newly developing urban neighborhood, is at the heart of this project. It is centered around the upcoming Titan’s Stadium, effectively expanding the downtown area. The East Bank neighborhood is set to transform the Cumberland River’s role, introducing recreational uses that are new to Nashville. The project site is thoughtfully segmented into five areas: commercial, residential, educational, office, and recreational; each designed to meet Nashville’s evolving demands.

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NASHVILLE MASTER PLAN

This water system serves multiple purposes by pumping filtered water into designated features within the network, where various activities are held and align with the surrounding programming.

These activities include a swimming area, kids water playground, fish pond, and more. The water is actively filtered and directed into the system due to its anticipated heavy utilization. Upon reaching a certain level, the water is released into the Cumberland River, contributing further to its purification. This establishes a continuous cycle as filtered water is subsequently pumped back into the system

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Every area on the site has been thoughtfully arranged to facilitate interaction between adjacent programs.

The commercial zones, for example, are strategically situated in a pedestrian friendly zone along the water network to encourage customer mobility.

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NASHVILLE MASTER PLAN

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NASHVILLE MASTER PLAN

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Bridges spanning the water features provide convenient access to the opposite side of the water system, enhancing overall consumer movement.

This accessibility extends to residents seeking entry to the community center, sunken theater space, or any of the educational facilities, and vice versa.

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NASHVILLE MASTER PLAN

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AIA ADU DESIGN COMPETITION

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The United States faces a substantial housing shortage of at least 1.5 million units.

Half of renters are paying more than 30 percent of their income on rent and utilities and for those wanting to purchase, few homes on the market are affordable for a median income household. An alternative construction strategy that can help increase affordable housing supply in communities is the accessory dwelling unit.

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AIA ADU DESIGN COMPETITION

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