Master's of Architecture Portfolio by tristanxsykes

TRISTAN X. SYKES

SELECTED WORKS | FLORIDA INTERNATIONAL UNIVERSITY

MASTER OF ARCHITECTURE PORTFOLIO

TRISTAN SYKES GRADUATE ARCHITECTURE STUDENT CGPA: 3.9 / 4.0 Email: trisxsykes@gmail.com Tel #: (954) 536-4825 IG: sykesstudios

EXPECTED 2023

2016 - 2018

2011 - 2016

EDUCATION EXPERIENCE

2022 - PRESENT

Accelerated Master of Architecture, M.ARCH Florida International University

International Baccalaureate Diploma Programme

Hillel Academy

High School Diploma

Campion College

Architectural Associate

Debowsky Design Group

- Develop 3D models and renderings

- Detail construction documents

- Design development and prepare/organize for Architectural Board Reviews

2021 - 2022

Commissioned Modelling & Renders

Debbie Antonio-Wall Architect

- Develop 3D models and produce renderings for projects designed by Architect

Debbie Antonio-Wall

SUMMER 2016

Internship

Lighthouse Projects / Karen Hay Architects

- Worked alongside registered architects to draft plans, conduct site reports and participate in site meetings

AWARDS & ACHIEVEMENTS

2023 - PRESENT

2021 - PRESENT

FALL 2021

FALL 2019

Thesis Project Selected for Development of Via Micro Transit Hub

- Winner of design competition hosted by Via Transportation

American Institute of Architecture Students (AIAS)

- FIU Chapter

National Organization of Minority Architecture Students (NOMAS)

- FIU Chapter

Super Jury Recognition

- Recognized as the top student project in Design Studio 5

FIU Walk On Water Champions 2019

- Annual design / racing competition hosted by the FIU College of Communication, Art + Architecture

2018 - 2021

SKILLS

FIU Dean’s List

- Undergraduate Award recognizing academic achievement

DIGITAL Drafting + Modeling

Rendering Enscape | Twinmotion | Lumion | Adobe Suite

PHYSICAL PERONAL

Fabrication

Miami Jamaica Jamaica Jamaica Miami Miami Miami Miami Miami Arlington Miami Antigua

Zen Yaad CarPark Work Experience Protecting Peconheiros Oasis Recreation & Wellness Center 5 15 19 25 31

TABLE OF CONTENTS

Oasis Recreation and Wellness Center

Informing active lifestyles and community engagement

Comprehensive Design Studio

Faculty: Marcelo Ertorteguy

Softwares: Revit, Rhino, Enscape, Photoshop

Preface

Location: Little Haiti, Miami Program: Natatorium, Recreation and Wellness Center

A community’s engagement can be analysed by its accessibility to public amenities and forms of assembly. In architectural history, the public pool is a typology dating back centuries, like that of the Roman baths. It has become an environment that provides mass leisure, exercise, wellness and engagement within the community. In the case of Little Haiti, a culturally-rich neighbourhood located within Miami, Florida, there is a lack of central facilities like a natatorium and wellness center.

The goal of Oasis is not only to enhance the user’s wellbeing through program, but to simultaneously preserve the established culture within the Little Haiti community through architecture and spatial conditions. In uncertain times of gentrification and economic instability, it is important to recount the narrative of how the Haitian and Caribbean population have supported themselves through trials and tribulations in retreating to the United States, in search for a better quality of life.

Conceptual Development

The design was guided by a set of principles referencing components of the Caribbean’s nature. Contrasting South Florida’s minimal topographical elevation range, a terraced condition was proposed. This references the highly complex topography of many Caribbean islands, and intends to create an experiential ascension to the rooftop terrace where an open public space is accessible for all.

Within the natural mountains striations of mountain sedimentation are the inspiration for the louvered skin facade. This wraps around the building to invoke the process of excavation, rather than construction on the site. Behind the skin, lies an array of exterior corridors on each floor, an important feature in many Caribbean public buildings. This ensures that light is filtered into the building and the space is ventilated naturally, reducing the cost of mechanical equipment.

Exterior Rendering

7 1 2 3 4 5 6 7 8 9 A B C D E H 12 11 F G 1 A302 1 A303 1 A301 1 A300Second Floor Plan 1 Multi-Purpose Room 5 Gym 2 Lobby 4 Admin. 3 Bathrooms 7 Natatorium 6 Retail 7 5 4 6 3 1 2

Interior Rendering - Natatorium Axonometric - North East

Section Perspective through Natatorium 9

Detailed Wall Section 11

Physical Models: Sectional (3/8”) & Structural (1/16”)

13 North Elevation Level 1 0' - 0" Level 2 15' - 0" Level 3 30' - 0" Level 4 45' - 0" Roof 60' - 0" A B C D E F 1 A302 1 A303 Level 1 0' - 0" Level 2 15' - 0" 1 2 3 4 5 6 7 8 9 Level 3 30' - 0" Level 4 45' - 0" Roof 60' - 0" 12 11 1 A301 1 A300 East Elevation

Long Section

Cross Section

Level 1 0' - 0" Level 2 15' - 0" Level 3 30' - 0" Level 4 45' - 0" Roof 60' - 0" A B C D E Basement Foundation -12' - 0" Basement -10' - 0" F Foundation -1' - 6" 1 A302 1 A303 Level 1 0' - 0" Level 2 15' - 0" 1 2 3 4 5 6 7 8 9 Level 3 30' - 0" Level 4 45' - 0" Roof 60' - 0" Basement Foundation -12' - 0" Basement -10' - 0" 12 11 Foundation -1' - 6" 1 A301 1 A300 A508 14

Protecting Peconheiros

Optimizing the unique extraction process of the Acai berry

Design Studio 10

Faculty: Sophia Cabral

Softwares: Rhino, Enscape, Photoshop

Location: Combu Island, Brazil

Program: Açaí Harvesting Infrastructure

Collaborators: Jonathon Chang | Jenny Cen | Eyleen Navarro

Preface

Ilha Do Combu (The Island of Combu), located off the coast of Belém, Brazil, plays an integral role in the açaí trade. The native, riparian community relies heavily on this superfood, with the trade comprising 82.7% of their GDP. The harvest, however, is a very dangerous process. The local ‘Peconheiros’ climb up to 60 ft. to the Açaí Palm canopy, using a ‘peconha’ - a palm leaf or rope wrapped around the ankles to leverage tension in ascending the palms. With the importance of the rainforest ecosystem, the safety of the ‘Peconheiros’ and the innate cultural tradition to the community, this proposal intends to solve the challenge of:

“How can safety, efficiency, and culture be balanced in the process of açaí extraction in Ilha Do Combu?”

Inspired by the elasticity and motion of the acai palm, along with the flexible and deployable nature of origami, we theorized the intersection between human, technology and nature, to develop safe infrastructure for the ‘Peconheiros’. A module developed by students at SEMTE, Arizona State Unviersity, was inspired by the Kresling Pattern. This framework was reconfigured to develop an infrastructure that can not only reduce injuries in an essential line of work, but also juxtapose the cultural and environmental conditions that Ilha Do Combu offers.

Want to know more?

To read more about this proposal, the methodology, opportunities and challenges, scan the QR code available to access “Issue No.1 | Amazonian City | The State of Para | City of Belem” written by Sophia Cabral. This publication reviews the Pro Pec Towers along with another student project from the Design Studio 10 - Summer 22’.

Rendering of Proposed Condition

Settlements

Site Map Showing Combu Island Off The Coast of the City of Belém

The proposed structure is enveloped by a tensile net, created by the locals as their tradition is rooted in the craft. Through a geospatial analysis, the existing tree locations create common nodes where the deployable structures can be placed. The tensile net is connected to the structures deployed at varying heights, facilitating travel from palm to palm and reducing the physical strain and danger as required by the traditional method.

17 Section Illustrating Deployed Structures with Woven Net COLLAPSED STATE OF THE PROPEC TOWER ACAI PALM THAT SPANS UP TO 60' IN HEIGHT ACAI IS LOCATED AT THE HEIGHT OF THE PALM AND CAN WEIGHT UP TO 20lbs IN TOTAL NET LANDSCAPE INFRASTRUCTURE CONNECTED TO VARIOUS TOWERS DEPLOYED TOWER AT THE FULL HEIGHT OF 60' COLLAPSED STATE OF THE PROPEC TOWER NET LANDSCAPE INFRASTRUCTURE CONNECTED TO VARIOUS TOWERS 4' DIAMETER ALUMINUM BASE PLATFORM 4" GALVANIZED ALUMINUM POSTS AND PISTONS GALVANIZED STEEL HARDWARE TO SECURE THE CONNECTIONS TO THE BASE PLATFORMS ACAI PALM THAT SPANS UP TO 60' IN HEIGHT ACAI IS LOCATED AT THE HEIGHT OF THE PALM AND CAN WEIGHT UP TO 20lbs IN TOTAL SMALL OPENING TO ALLOW THE TREE TO MOVE FREELY WITHIN THE INFRASTRUCTURE TREE CANOPY TREE CANOPY TOWER AND NET CONNECTION 39'-9" 45'-11" 60' 10'-8" 12'-11" 6'-9" Expansion Existing Tree Locations

Integration Common Nodes Structural Placement within Node

Woven Net

Rendering of Existing Condition

Rendering of Proposed Condition

Zen Yaad

Establishing a framework for residential health and wellness

Design Studio 6

Faculty: Mark Marine

Softwares: Rhino, AutoCAD, Enscape, Illustrator, Photoshop

Preface

Location: North Miami, Miami Program: Mixed-use Building

“Designing with wellness in mind is to design spaces with intention that enables a better lifestyle.” - James Nozar, 2019

Within this infill housing project, there is a specific focus on the user’s health and wellness, that is encouraged to be maintained. As this site acts as a buffer between residential and commercial zones, there is a variety of program and features dedicated to health and wellness. For instance, the central water feature and inner courtyard provide a calm environment for daily stimulation.

The community farmer’s market, integrated health clinic and residential gym reinforce the importance of physical health while the courtyard and rooftop garden promote focus on mental health awareness. Similarly, this is reinforced by each apartment opening onto a private balcony with a planter garden and view of North Miami. The balance between these programs and their collaborative intentions activate each space, thereby encouraging social interaction on each level. This creates a valued sense of community within both the residents and visitors.

Modular Residential Units

Following a grid layout, the residential units were designed to maximize space along the desired form in different modular shapes, Each unit forms a private balcony, either extending from or created by the shape. In turn, there are visual connections with one another, and their neighbouring spaces: walkways, the courtyard and rooftop garden.

MODULE 1 2 BR Apt - 615 sqft MODULE 2 1 BR Apt - 413 sqft MODULE 3 1 BR Apt - 558 sqft MODULE 4 1 BR Apt - 514 sqft

Exterior Rendering Rendering from Balcony

First Floor Plan Typical Floor Plan 21

Section B

A 22

Section

Axonometric View - South West

Connection to Exterior

The balconies provided to each residence reinforces the importance of our connection to nature. It is vital to our health and wellbeing that we enjoy the fresh air and breeze, as it is proven to have several benefits. As this project was developed during the height of the pandemic, it was important to capture the essence of having both public and private outdoor space, maintaining caution and health, while also being able to enjoy the public engagement.

Detailed Section

CarPark

The intersection between pedestrian and transit-oriented spaces

Master Thesis Project

Faculty: Nick Gelpi

Softwares: Rhino, AutoCAD, Enscape, Photoshop

Preface

Winning Proposal for Via Transportation’s Micro Transit Hub

Location: Arlington, Texas

Program: Micro Transit Hub & Operations Center

Public Landscape

Combining the accessibility of mass transit with the on-demand nature of ridesharing, Via Transportation offers services to Arlington, Texas due to a lack of public transit networks. This project served as a competitive entry to propose a new micro transit hub for Via’s operations and electric vehicle fleet. It was successfully chosen to be used as the proposal for city grant applications and future development.

“How can a parking garage become a public space?”

CarPark balances the vehicular demand of Via, but also prioritizes the pedestrian experience by converting the garage into flexible event spaces. Serving as an urban catalyst, the master plan aims to revitalize the urban fabric of Arlington through accessible landscape for the community and a pedestrian promenade that addresses the context and directs circulation. The dichotomy between the pedestrian and the vehicle is reimagined through transitional spaces that are safe and flexible for a variety of activities.

Did you know?

The Environmental Protection Agency estimated that Americans spend: 89% of their time indoors, 6% in automobiles, and 5% outdoors.

CarPark serves each of these domains, and acknowledges how conscious interaction with each environment may affect human behaviors. The overall mission is to establish a framework for the community to be aware of the effects each environment may have, while following sustainable development strategies. Through design elements like mass timber, solar farming, and biophilia, both the user and surrounding developments are motivated to implement more ecologically-friendly habits and benefit from its effects.

Exterior Rendering Exterior Rendering

Floor Plan B Food Truck A Dining B A B C D 1 2 3 5 6 7 8 9 4 27

Site Axonometric D

Presentation C Farmers Market

Rendered Site Plan 29

Exterior Rendering

Work Experience

Construction Documentation

Architect: Debowsky Design Group

Software: AutoCAD Location: Miami Beach, Florida Program: Residential

7'-6" INTERIOR SIDE SETBACK 15' STREET SIDE SETBACK WOOD LOOK MATCHING PILASTERS SHEATHING FELT ON EXTERIOR GRADE PLYWOOD OVER PRE-ENGINEERED TRUSSES (SEE STRUCTURAL) NEW 4' TALL ALUMINUM FENCE WITH BOTTOM OF GATE NEW IMPACT RATED FIXED WINDOW WINDOW NEW IMPACT RATED DOOR WITH WITH IMPACT RATED FIXED WINDOWS 6" 6" B.F.E. + 4' FREEBOARD (+12.00' NGVD) +0'-0" BASE FLOOD ELEVATION (B.F.E.) (+8.00' NGVD) -4'-0" (+23.00' NGVD) +11'-1" TOP OF ROOF RIDGE (+39.00' NGVD) +27'-0" (MAXIMUM ALLOWABLE MIDDLE OF ROOF HEIGHT) AVG. MIDDLE OF ROAD (W. 30TH ST.) (+4.60' NGVD) -7'-5" AVG. MIDDLE OF ROAD (SHERIDAN AVE.) (+4.91' NGVD) -6'-4 5/8" GARAGE POOL DECK WALKWAY F.F. (+11.00' NGVD) -1'-0" MIDDLE OF ROOF (SLOPED ROOF HEIGHT) (+36.75' NGVD) +24'-9" FIRST FLOOR F.F. (+12.08' NGVD) +0'-1" DESIGN FLOOD ELEVATION (D.F.E.) (B.F.E. + 1' = +9.00' NGVD) -3'-0" (+35.50' NGVD) +23'-6" MATCH WINDOW FRAMES CANOPY OVER FRONT ENTRANCE DARK BRONZE EXTRUDED WALL STUCCO FINISH LIGHTING FIXTURE FORMED OUT PILASTER WITH BAY WINDOW (BEYOND) MEDIUM BROWN WOOD FRAMING E1 A B2 B1 L O O E9 30' FRONT SETBACK 20'-3" REAR SETBACK EXTERIOR WALL WITH STUCCO FINISH TYP. AT ALL EXTERIOR CMU WALLS RIDGED CLADDING DARK BRONZE ALUMINUM SHEATHING FELT ON EXTERIOR GRADE PLYWOOD OVER PROPOSED NEW ROOF THROUGHOUT -CHARCOAL GRAY 12 LIGHTING FIXTURE 13' 17'-5" 6" 3'-8" 3' (+12.00' NGVD) +0'-0" BASE FLOOD ELEVATION (B.F.E.) (+8.00' NGVD) -4'-0" FIRST FLOOR A.F.F. (+23.00' NGVD) +11'-1" (+34.00' NGVD) +22'-0" (MAXIMUM ALLOWABLE MIDDLE OF ROOF HEIGHT) AVG. MIDDLE OF ROAD (W. 30TH ST.) (+4.60' NGVD) -7'-5" AVG. MIDDLE OF ROAD (SHERIDAN AVE.) (+4.91' NGVD) -6'-4 5/8" GARAGE POOL DECK WALKWAY F.F. (+11.00' NGVD) -1'-0" MIDDLE OF ROOF (SLOPED ROOF HEIGHT) (+36.75' NGVD) +24'-9" FIRST FLOOR F.F. (+12.08' NGVD) +0'-1" NEW IMPACT RESISTANT SLIDING GLASS DOOR CANOPY OVER BALCONY DARK BRONZE ALUMINUM TO FAMILY ROOM BALCONY NEW 4' TALL ALUMINUM FENCE WITH LATCHING MECHANISM AT NEW IMPACT RESISTANT SLIDING DOOR DISCONNECTED SIDELIGHT RIDGED CLADDING DARK BRONZE BRONZE ALUMINUM TO MATCH WINDOW FRAME E3 E4 E5 E8 L C2 C1 E10 E11 E12 N REVISIONS # DATE DATE JOB No. SHEET NEW SINGLE FAMILY RESIDENCE STUART A3.1 SOUTH ELEVATION SCALE: 1/4" = 1'-0" 2 NOTES: 1. ALL WINDOW SILL HEIGHTS TO BE MEASURED FROM INTERIOR FLOOR OF ROOM. 2. ALL WINDOW FRAMES TO BE DARK BRONZE TO MATCH EXTERIOR RAILINGS. 3. ALL EXTERIOR RAILINGS TO BE DARK BRONZE TO MATCH WINDOW FRAMES. 4. WALLS TO BE WHITE STUCCO FINISH 5. OVERHANGS AND AWNINGS TO BE CLAD IN METAL AND DARK BRONZE FINISH TO MATCH WINDOW AND DOOR FRAMES. 6. BALCONY EYEBROW TO BE GRAY TILE FINISH ON FACE. 7. WALL CLADDING MATCHING "WOOD LOOK." EAST ELEVATION SCALE: 1/4" = 1'-0" 1 30' FRONT SETBACK 20'-3" REAR SETBACK 11' 9' 22' 1'-11" BEDROOM BEDROOM BATH BATH FIRST FLOOR T.O.S. ±0" DATUM (+12.00' NGVD) +0'-0" BASE FLOOD ELEVATION (B.F.E.) (+8.00' NGVD) -4'-0" (+34.00' NGVD) +22'-0" TOP OF ROOF RIDGE (+39.00' NGVD) +27'-0" (MAXIMUM ALLOWABLE MIDDLE OF ROOF HEIGHT) AVG. MIDDLE OF ROAD (W. 30TH ST.) MIDDLE OF ROOF (SLOPED ROOF HEIGHT) (+36.75' NGVD) +24'-9" DESIGN FLOOD ELEVATION (D.F.E.) (B.F.E. +9.00' NGVD) -3'-0" (+24.42' NGVD) +12'-5" E6 H G G F F E 9 11 HIDDEN SHIP-LAP DOOR TO BEDROOM P Q Q P P J R 22 18 BUILDING SECTION SCALE: 1/4" = 1'-0" 1 Building Section South Elevation 31

1'-9" 9' 5'-4" 4'-11" 6'-4" 7'-8" 6' 13' 8'-9" 6'-6" 9' 4'-6" 3'-4" 8'-2" 9'-10" 8'-2" 8'-4" 1'-8" 3'-4" 2'-6" 7'-11" 5'-11" 5' 6'-10" 10" 6'-10" 4'-9" 2'-3" 3'-8" 12' 3'-8" 12' 3'-8" 12' 3'-8" 7'-4" 2'-10" 3' 9'-9" 9'-9" 41' 19'-6" 84'-7" 21'-4" 14'-5" 50'-8" 10' 23' 3'-7" 9'-10" 1' (TYP.) 9'-10" 1ST FLOOR 7'-6" 23'-5" 30' 20'-7" 19'-4" 28'-1" 21'-5" 18' 10'-1" 30' FRONT SETBACK 20'-3" REAR SETBACK 15' STREET SIDE SETBACK 7'-6" INTERIOR SIDE SETBACK 4' 3' 15' STREET SIDE SETBACK 1ST FLOOR LVL. +0'-0" (+12' NGVD) GARAGE LVL. -1'-0" (+11' NGVD) TOP OF DRIVEWAY LVL. -1'-0" (+11' NGVD) -2'-0" (+10' NGVD) 1ST FLOOR LVL. +0'-0" (+12' NGVD) POOL DECK LVL. -1'-0" (+11' NGVD) WALKWAY LVL. -1'-0" (+11' NGVD) 1ST FLOOR LVL. +0'-0" (+12' NGVD) 1ST FLOOR LVL. +0'-0" (+12' NGVD) WALKWAY LVL. -0'-6" (+11.5' NGVD) 6" 6" 6" 6" GRADE LVL. -2'-0" (+10.0' NGVD) GRADE LVL. -4'-0" (+8' NGVD) 6" GRADE LVL. -2'-0" (+10.0' NGVD) PROPERTY LINE PROPERTY LINE 12'-4" 20'-3" 7'-1" 12'-6" 18' 9' 11'-8" 26'-4" 33'-7" 21'-9" 5'-6" 5'-3" 68'-8" 11'-5" 11'-7" 10'-2" 10'-4" 7'-3" 8'-8" 3'-8" 8'-8" 3'-8" 5' 4'-10" 6'-1" 7'-6" 14' 8' 8'-6" 1'-10 10' POOL STREET SIDE SETBACK 6" 6" 6" 1ST FLOOR LVL. +0'-0" (+12' NGVD) 15' STREET SIDE SETBACK 10' POOL STREET SIDE SETBACK 6" 6" C/U 1 C/U 5'-6" EP EP1 EP2 1 A4.1 1 A4.2 FOYER 1'-10 LAUNDRY W MUD AREA GARAGE BBQ POOL BEDROOM 4 BEDROOM 5 BATH 4 LIVING ROOM DINING ROOM KITCHEN CLOSET 30" WINE REF. BATH 5 WRAP AROUND BUILT-IN BOOKCASE AND MEDIA STORAGE BUILT-IN BOOKCASE ABOVE PANTRY CHUTE HAMPER CLO. 30" OVEN/ STEAMER/ WARMER 36" CT/ RANGE HOOD FLOATING PARTITION /FRZ D/W 30" SINK 16" GARB. 36" FRIDGE DRAWER SIDEBOARD D JAN. SINK 36" REF WINE CABINET BATH 6 A/C 15'-10" 3'-6" 6'-10" 4'-9" 5'-3" 3'-4" 3'-1" 3'-5" 10" 5'-7" 3'-4" 5' 9' 3' 3' 6'-6" 3' 2' 7' 1'-6" 4' 3'-6" 3'-7" 4' 6'-3" 6'-3" 11" 17'-6" 4" 3'-8" E1 E2 E3 E4 E5 E6 E7 E8 2 3 5 4 8 1 7 9 10 6 11 12 13 B1 C1 K J J H A G G F F E D CABINETRY FINISH S1 S2 FORMED OUT PILASTER WITH MEDIUM BROWN WOOD LOOK FORMED OUT PILASTER WITH MEDIUM BROWN WOOD LOOK EXTRUDED WALL STUCCO FINISH 6" (TYP.) 4" 7" 6" 6" 7" 6" 6" 6" 7" 7" 7" 1" 6" 1" 2 A4.1 1 A4.3 1 A4.5 1 A4.4 1'-5" 1'-2" 9" DEBOWSKY DESIGN GROUP © 14301 SW 74TH COURT PALMETTO BAY, FLORIDA 33158 305.495.2751 FLORIDA LICENSE # AR 94898 AA 260022858 ARCHITECTURE, PLANNING & INTERIORS REVISIONS DATE JOB No. SHEET No. NEW SINGLE FAMILY RESIDENCE AYAD RESIDENCE 401 WEST 30TH STREET, MIAMI BEACH, FL 33140 STUART DEBOWSKY AR 94898 AA 260022858 2023.04.03 22-808 OF XX A1.1 FLOOR PLAN NORTH 138'-4" 135'-2" 6.60' 7.1' 4.7' 86'-11" 10' 7.59' 84'-11" 31'-2" 49'-8" 30' FRONT SETBACK (TWO STORY STRUCTURE) 15' SIDE SETBACK FACING STREET 10' POOL SIDE SETBACK FACING STREET (INTERIOR) (INTERIOR) 20'-3" REAR SETBACK 74'-8" 3":12" 3":12" 3":12" 3":12" 3":12" 3":12" 3":12" 3":12" 20' 74'-8" LOT WIDTH NORTH PROPOSED ROOF PLAN 1 WALL LEGEND NEW BLOCK WALL PROPERTY LINE SETBACK LINE NOTES: GC TO PROVIDE WATERPROOFING AS REQUIRED. CABINETRY AND PLUMBING FIXTURES. NEW NEW LAUNDRY ROOM FIXTURES AND CABINETRY. METHOD AND COORDINATE FLOOR PREPARATION BUILDING STANDARD SOUNDPROOFING. 12. REFER TO DOOR SCHEDULE FOR NEW INTERIOR EXISTING PARTITIONS. First Floor Plan Site Plan 32