Selected Architectural Works by Logan Flowers

LOGAN FLOWERS

Selected Architectural Works | 2021

Hi ! This portfolio is a collection of selected work from my undergraduate and graduate studies at the University of Detroit Mercy School of Architecture and my internship at Davis Wince Architecture. Enjoy!

I have always had an intrinsic feeling to understand and study architecture. It started with building things from Lincoln Logs and LEGO sets in our living room, drawing ships and houses at my Nana's yard sales, to trying to navigate through the college application process (and not comprehending what I was doing). The University of Detroit Mercy School of Architecture taught me design, architecture, urban design, landscape design, and place-making. Most importantly, it taught me how to design with people and not for them, translating into my professional ideology—equitable architecture and urban design. My expertise includes project design, architecture and construction drawings, site research and analysis, programming, 3D rendering, and data interpretation. My colleagues would describe me as a driven, creative, and collaborative individual who maintains a positive and proactive attitude when faced with adversity.

LOGAN FLOWERS

ARCHITECTURAL DESIGNER PROFILE

SOCIAL

Logan is an Architectural Designer working toward licensure and LEED AP certification. He has a demonstrated history of working in architecture firms specializing in healthcare, affordable housing, higher education, and urban planning. Logan's interests include historic preservation, urban design, and community-centric design. He is looking for a full-time position in an architecture firm to enhance his skills and continue his passion for equitable urban design and architecture.

linkedin.com/in/loganflowers issuu.com/loganflowers

ACHIEVEMENTS AIA Detroit Graduate Spotlight May 2020 AIA Michigan Presidents' Scholarship April 2019

EDUCATION

International Design Workshop Volterra-Detroit Foundation August 2018

Master of Architecture University of Detroit Mercy Detroit, Michigan August 2019 — May 2020 Bachelor of Science in Architecture University of Detroit Mercy Detroit, Michigan August 2015 — May 2019 Study Abroad Volterra International Residential College Volterra, Italy May 2018 — August 2018

EXPERIENCE

Architectural Intern Davis Wince Architecture Columbus, Ohio May 2019 — August 2019 Architectural Intern Hooker DeJong Architects Muskegon, Michigan December 2017 — April 2018 College Intern Herman Miller, Inc. Spring Lake, Michigan May — August 2016 & 2017

loganflowers86@gmail.com | 231.375.1990 | Detroit, Michigan

Editor, Dichotomy Student Journal University of Detroit Mercy Detroit, Michigan September 2019 — November 2020

loganflowers86@gmail.com | 231.375.1990 | Detroit, Michigan

EXPERTISE Revit

70% 80%

SketchUp

80%

Photoshop

90%

InDesign

80%

Illustrator

70%

AutoCAD

90%

MS Office

60%

Sefaira

80%

Lumion

70%

Enscape

AXP PROGRESS 0%

<1%

90%

Practice Management

Project Management

Programming & Analysis

44%

33%

Project Planning & Design

Project Development & Documentation

Construction & Evaluation

loganflowers86@gmail.com | 231.375.1990 | Detroit, Michigan

CONTENTS

ACADEMIC WORKS The Veil | 2019

The Livernois Cooperative | 2018

The Plurality of Urban Water | 2019-2020

PROFESSIONAL WORKS Oakland Land Planning | 2019

ACADEMIC WORKS

The Veil | 2019 | B.S. Arch The Livernois Cooperative | 2018 | B.S. Arch The Plurality of Urban Water | 2019-2020 | M. Arch 07

The Veil An environmentally sustainable commercial and retail highrise in Downtown Detroit that meets the 2030 Commitment for carbon neutrality

2019 | Academic Works University of Detroit Mercy School of Architecture Architectural Design VIII Professor James Leach

Detroit's historic Michigan Opera Theater is soliciting proposals for designing a new mixed-use building located on the roughly 32,000 square-foot lot immediately to the East of the historic 1922 Detroit Opera House. Located in Downtown Detroit, the site is steps away from newlydeveloped hotels, Hudson's site, the theater district, sports arenas, the QLINE, and Woodward Avenue. Each year the company presents four operas in their original language, musical theater performances, and hosts dance companies with touring repertoire. The company has an orchestra, chorus, children's chorus, and great dance and arts education outreach programs. The Michigan Opera Theater welcomes more than 250,000 patrons each year for performances.

The Veil provides 225,000 gross-square-feet for lease

as retail shops and office space. The design responds with sensitivity to the Detroit Opera House's historic character while bringing it into the future by providing a shared entrance lobby and vehicular drop-off that link the new building to the existing one. The design scope is limited to core and shell, allowing tenants to tailor the size and type of retail and workspace fit-out to their specific requirements. The project's income will secure the Michigan Opera Theater's long-term financial stability and ensure that it remains the premier opera company in Michigan. The Veil's office space is designed to bring in a younger audience who work in less traditional office spaces, hence the open floor plan and outdoor space, allowing flexibility and new ways to explore what an office means.

2019 | Academic Works | The Veil

1. Site Build-up

2. Atrium Separator

3. Tower Build-up

4. Floor Recess

5. Solar Fin Facade

Nearly the entire parcel is developed to maximize the commercial spaces on the ground floor.

The glass atrium separates the tower from the DOH, which creates a lobby for both buildings.

The eleven-story tower adds to Detroit's progressing skyline while relating to its context.

The eighth-floor recess creates a break in the facade and allows for a large outdoor space.

Vertical solar fins are specifically curated to buffer the direct sun that enters the building.

Detroit Opera House Building Core Enclosed Central Services Commercial Spaces Atrium / DOH Entrance

Ground Floor Plan There is a clear spatial separation between the Detroit Opera House and The Veil. Due to its suspension from the DOH and The Veil, the glass atrium's structure is minimal. The Veil's core is located at the western angle of the building for convenience and accessibility to the atrium lobby and not objecting worthy views from the office spaces.

Detroit Opera House Building Core Outdoor Terrace Flexible Office Space Atrium Below

Recessed 8th Floor Plan

Typical Upper Floor Plan

2019 | Academic Works | The Veil

North Shading Devices

East Shading Devices

Northwest Shading Devices

Southwest Shading Devices

8th Floor Outdoor Space The recession of the 8th floor of The Veil introduces horizontality to the vertical facade and creates an open-air collaboration and relaxation area for the building that is accessible to all tenants. This outdoor area is the first of its kind in Downtown Detroit's highrises and emphasizes modern workplaces' flexibility.

Facade Design & Articulation The Veil's facade articulation is derived from catering views and solar orientation to achieve maximum daylighting within the building while highlighting Detroit's 360-degree views. With this facade's implementation, the building will only produce 35 kBTU/ ft2/yr, which is modeled to be carbon neutral by 2030.

Office Interior 12

The north facade of The Veil requires minimal sun shading because of the nature of its facing direction. This lends an incredible opportunity for large fenestration that overlooks the Detroit Tigers' Comerica Park, as well as Albert Kahn's historic Detroit Athletic Club.

2019 | Academic Works | The Veil

East Facade Elevation

Transverse Building Section

The Livernois Cooperative An alternative student housing development—sensitive to its context and environment—assisting single parents who are students at the University of Detroit Mercy

2018 | Academic Works University of Detroit Mercy School of Architecture Architectural Design VII Professor Kris Nelson Professor James Leach

The Livernois Cooperative is a mixed-use development on Livernois Ave and Florence Street in Detroit's upper west side, neighboring the University of Detroit Mercy's McNichols campus. The commercial spaces in this building are modular and accessible from Livernois Ave, Florence Street, and the newly activated alleyway.

There are nine total commercial spaces on the Livernois Cooperative ground floor that may host local businesses or support services for the University of Detroit Mercy. Two commercial spaces are combined to create a child care and wellness facility to assist the single parents who are students.

The residential portion of The Livernois Cooperative accommodates a single parent who is also a student at the University of Detroit Mercy. The specific and tailored client made it necessary for unique unit types, corridors, and common areas. The units are a mixture of studio and onebedroom hybrid spaces that can be arranged for certain activity types like sleeping, gathering, or studying. For instance, the living space incorporates a Murphystyle bed that may be tucked away when it is not in use.

The Livernois Cooperative is a comprehensive design—structural and HVAC systems were designed around comfort and building longevity and using sustainable building models to ensure an ecofriendly building design. The Livernois Cooperative inhibits the motto "long live, loose fit" to maximize its usage after its original program is not needed.

Refreshed Livernois Streetscape 16

Along with designing a technically comprehensive building, the ideas of connecting the development to the community and the university were critical. Being located on a fast-paced and busy street came with its challenges. To alleviate those problems, Livernois Ave went on a diet. Extending the sidewalk, adding bike lanes, limiting driving to one-lane, and securing green spaces would ensure a slow and more comfortable streetscape.

2018 | Academic Works | The Livernois Cooperative

Livernois Ave Facade

Commercial Space

Vertical Circulation

Communal Space

Residential Unit

Ground Floor Plan

Second Floor Plan

7 On-Street Flexible Commercial Spaces 2 On-Alley Flexible Commercial Spaces Restrooms for Commercial Tenants

10 Residential Units Collaborative Space Washing & Drying Facility

Third Floor Plan

Fourth Floor Plan

10 Residential Units Collaborative Space Washing & Drying Facility

Daylighting

Natural Ventilation

Water Retention

Electronic shading devices on the southern and eastern facades filter incoming sunlight to diffuse into the interior spaces.

All residential units, corridors, and common spaces have operable windows to allow for appropriate airflow and ventilation.

The large flat roof harvests extensive amounts of water, recycles it, and reuses it in the mechanical and irrigation systems.

Transverse Building Section

Energy Segments (kBTU/year) Fans: 7.4%

Equipment: 44.3%

Lighting: 33.2%

Cooling: 8.5%

Daylighting Under Lit: 28%

Over Lit: 22%

Heating: 6.5%

Well Lit: 50%

The Livernois Cooperative met the 2030 Challenge of sustainability with 25 kBTU/ft2/year. With the use of shading devices and precise glazing types and locations, the entire building can be well lit at 50%, which reduces the need for artificial lighting during the day–reducing costs and carbon footprints.

2018 | Academic Works | The Livernois Cooperative

ANSI Type "A" Overall Unit and Enlarged Bathroom Plan

Grab Bar Reinforcement 30"X48" Clear Floor Space 60" Diameter Turning Space

ANSI Type "B" Overall Unit and Enlarged Bathroom Plan

30"X48" Clear Floor Space

Grab Bar Reinforcement

The Plurality of Urban Water Reconnecting people to underutilized post-industrial spaces through a system of green spaces

2019-2020 | Academic Works University of Detroit Mercy School of Architecture Architectural Graduate Thesis Advisor Claudia Bernasconi Advisor Władysław Fuchs Advisor Christoph Ibele Accessibility & Connectivity Shifting Landscapes Memory & History Placemaking & Wayfinding Education

Complete Thesis Book available here:

issuu.com/loganflowers/ docs/2020_flowers

2019–2020 | Academic Works | The Plurality of Urban Water

Like many post-industrial waterfront cities, Muskegon, Michigan's inhabitants have been segregated from their waterfront to make way for industrial activities; in Muskegon's case—shipping, paper production, coal refining, marine storage, and petroleum processing activities. This thesis project aims to reconnect people to Muskegon Lake through a system of green spaces, publicly accessible areas, and an enhanced regional circulation system. Two post-industrial sites have been chosen for their rich history of economic development of the area and being a physical landmark for the residents of Muskegon. The B.C. Cobb Plant was once a prominent producer of electricity for the city—burning coal for energy. Monolithic buildings, engineered land, and a 650-foot-tall

smokestack littered the Cobb Plant site, which defined the area. Before its razing, the Amoco Tank Farm site held seven oil storage tanks that claimed the waterfront land. Using these two now-vacant sites can establish publicly accessible amenities for year-round activities. This thesis project's motivation is to reintegrate human activity and involvement into Muskegon, Michigan's waterfront post-industrial sites. Historically, industrial waterfront areas shut off public access to allow for industrial operations to occur. The modern post-industrial waterfront is a great resource that provides recreational, educational, and economic opportunities while promoting environmental and climate restoration and resilience. This project focuses on changing the

waterfront landscape to allow for a stronger relationship between people, communities, historic post-industrial cultural sites, and water. The Amoco Tank Farm represents its residential and waterfront context as a public park with public amenities. The proposed plan has a public swimming beach, play areas, observation areas, pathways, and a celebration of the seven oil storage tank footprints and ecological habitats: the more significant site, The B.C. Cobb Plant site displays a series of programmable terrains that resemble and represent the former coal mounds and fields that once shifted the site's landscape. Multiple land regeneration aspects are currently underway on this site to remediate the former coal-burning facility's negative impacts.

The coal-ash ponds will be fortified into a new aquaculture fishery to spawn local fishes to repopulate Muskegon Lake—assisting with delisting Muskegon Lake as an EPA Area of Concern. Each site follows a set of design guidelines to allow for adequate access to the site and the water, healthy and nourishing environments that will positively impact the visitors and the environment, and allow for the history of the post-industrial site to be represented through design and remediation.

Shoreline Ownership 90% of the parcels surrounding Muskegon Lake are privately owned, while 10% of waterfront parcels are publicly accessible. The publicly accessible land is owned by Muskegon, North Muskegon, Muskegon County, and the State of Michigan.

Muskegon Lake

Shoreline Ownership Key Public Parcel Private Parcel Vacant Industrial Parcel Existing Industrial Building

Shoreline Edge 75% of Muskegon Lake's shoreline is hardened (vertical elements like metal seawalls, rock rip-rap, wooden walls, and industrial debris). 25% of the shoreline is softened (natural transitions that are horizontal, such as beaches, wetlands, or marshes).

Muskegon Lake

Shoreline Edge Key Hardened Shoreline Softened Shoreline

2019–2020 | Academic Works | The Plurality of Urban Water

Community Input A survey was created and distributed to Muskegon residents and visitors to gain public commentary and interest in Muskegon's post-industrial waterfront's opportunistic future. 84% of the 132 respondents said they would like to see more parks and green spaces on Muskegon Lake, 59% would enjoy swimming beaches, and 74% of people said they would like to see accessible natural features (i.e., nature preserves) in place of the former B.C. Cobb Plant site and the former Amoco Tank Farm site, respectfully.

Why do you visit Muskegon Lake? Fishing Swimming Recreation Physical Activities Leisure Home Career/Job I do not visit

What would you like to see in place of the former B.C. Cobb Plant site? Park/Green Space Swimming Areas Nature Preserve Fishing Areas Public Marina Boat Launch Commercial Community Areas

What would you like to see more of on Muskegon Lake? Housing Commercial Parks/Green Spaces Swimming Areas Fishing Amenities Marinas Nature Trails Play Areas

What would you like to see in place of the former Amoco Tank Farm site? Park/Green Space Swimming Areas Nature Preserve Fishing Areas Public Marina Boat Launch Commercial Community Areas

Site One

The B.C. Cobb Plant Sustain To improve water and land quality, preserve and enhance natural features, and build a connected green infrastructure network.

Advance To maintain and support tourism in all forms by recognizing and promoting nature and ecology-based educational and recreational activities.

Connect To link all transportation modes and access the community's assets and opportunities in proximity to the natural, residential, and commercial areas.

Convene To maintain and vitalize existing lakeshore access for all ages and continue to build new access to the lake at all times of the year.

2019–2020 | Academic Works | The Plurality of Urban Water

North Muskegon

Nature Preserve Solar Farm

Aquaculture

Veteran's Memorial Park

Nature Preserve

Topography/Earth Berms

Dog Park

Muskegon Lake

Muskegon

Preliminary Plan

Key Elements: Fish Hatchery "Inverted Landmark" Programmable Topography Walkways & Trails Nature Preserve Public Pier Outdoor Event Space

Finalized Plan

Coal Ash Pond to Fish Hatchery The ponds will be converted into a fish hatchery where a variety of fish such as trout, bluegill, salmon, bass, walleye, and perch can healthily and safely breed and be released into Muskegon Lake to supplement the existing populations—which will assist in the delisting of Muskegon Lake as an EPA Area of Concern.

"Inverted Landmark" The footprint of the industrial facility will be inverted to represent its history and architectural significance. Excavating the footprint of the plants' main facility and allowing the water of Muskegon Lake to flood the excavation will enhance a visitor's interest and invoke the idea of the sheer size of the monolithic building that once stood.

2019–2020 | Academic Works | The Plurality of Urban Water

Programmable Topography This new topography acts as a catalyst for viewing fireworks and sunsets, picnicking, playing, resting, and sledding in the winter. The replacement of material and activity will not only allow for human engagement but for the history of the large coal mounds to recapitulate—perhaps being recognized by older generations who once worked at the B.C. Cobb Plant or who are familiar with the area.

Site Two

The Amoco Tank Farm Sustain To improve water and land quality, preserve and enhance natural features, and build a connected green infrastructure network.

Advance To maintain and support tourism in all forms by recognizing and promoting nature and ecology-based educational and recreational activities.

Connect To link all transportation modes and access the community's assets and opportunities in proximity to the natural, residential, and commercial areas.

Convene To maintain and vitalize existing lakeshore access for all ages and continue to build new access to the lake at all times of the year.

2019–2020 | Academic Works | The Plurality of Urban Water

Muskegon Lake Preserved Wetlands All-season Activities Nims Neighborhood

Swimming Beach Programmable Topography Play Areas

Educational Element

Preserved Wetlands Access

Nims Neighborhood

Preliminary Plan

Key Elements: Fish Hatchery "Inverted Landmark" Programmable Topography Walkways & Trails Nature Preserve Public Pier Outdoor Event Space

Finalized Plan

Oil Tank Footprint Catalysts The former oil storage tanks stood thirty-feet-tall and were sixty-five-feet in diameter. The oil tank footprints act as a catalyst for an activated program and some of them are transformed by returning the tanks into the site. The open-space that the returned oil tank possess acts as a catalyst for future events, gatherings, and sculptural displays. The seven areas enable functions of play, rest, viewing, education, and natural ecology.

Public Swimming Beach Reinforcing the beach with a concrete frame will protect the sand beach from daily wind and water erosion and water level rise. The concrete frame doubles as a linear sitting and walking edge. The sand will replace the current location of the Muskegon Lakeshore Trail to create a more extensive beach—forcing the path of the trail to extend into the water as a platform dock, which also gives the beach a sense of place.

2019–2020 | Academic Works | The Plurality of Urban Water

Programmable Topography The Amoco Tank Farm utilizes the existing forty-feet terrain difference as an incentive for multi-seasonal activities. The hill that separates the site from the Nims and Lakeside neighborhoods, as well as Lakeshore Drive, is converted into a manicured slope that inhibits picnics, play, and viewing in the warmer months, and sledding and other recreational winter activities in the colder months.

PROFESSIONAL WORKS

Oakland Land Planning | 2019 | Davis Wince, Ltd. 33

Oakland Land Planning The Town of Oakland is looking for healthy urban development solutions to adapt to the increasing demand and establish town image, icon, and branding

2019 | Professional Works Davis Wince, Ltd. 1466 Manning Pkwy. Powell, OH 43065 www.daviswince.com The Oakland Land Planning research and design was conducted and created by Logan Flowers, Emoree Heiselt, and Yi Ren. The project is advised and managed by Gary Gray, AIA. The project is ongoing. Logan Flowers's participation in the Oakland Land Planning project lasted his entire tenure at Davis Wince: June 2019 through August 2019.

Oakland, Florida, 15 miles west of Orlando, is a constantly growing town with 3,500 people, and officials are looking forward to a growth of 100% in the following year. As the population grows, the demand for live, work, and play increases. Davis Wince's proposed strategies are created from the research of the current demographics, market research, zoning and land use, and landscape and architectural style in Oakland. The proposed master plan embraces three main concepts: Healthy Urbanism, WELL Building Standard, and Biophilic Design. The preliminary urban design suggestions include: enhancing and creating two commercial corridors at Oakland Ave and N Tubb St—allowing for easy access from any residential

area in Oakland; activating commercial corridors to boost local economies; and creating spaces for civic engagement and public gatherings; connecting the heavily used W Orange Trail with a system of comprehensive bike and walking paths that weave throughout the town— treating the trail as the spine for Healthy Urbanism and the local sidewalks as the vertebrae. Additionally, developing various architectural typologies to plug into developable land; activating the residential setback with a walking/biking system and the permaculture principles; activating Lake Apopka with boating, swimming, and fishing; and enhancing the Jake Voss Pier by incorporating a waterfront restaurant will attract more people into Oakland.

2019 | Professional Works | Oakland Land Planning

Residential Structure Occupancy

Residential Structure Density

1000 36 844

800

110 Units

Number of Units

600

400

835 Units

200 11

10 - 19 Units

20 or More Units

36 Mobile Homes

5 - 9 Units

2 Units

Vacant Housing Units

1-Unit, Attached

1-Unit, Detached

Occupied Housing Units

3 - 4 Units

PARADISE HEIGHTS

LAKE APOPKA

EOLA

MONT

MONTVERDE

WINTER GARDEN VOSS PROPERTY

OAKLAND

JOHNS LAKE

Oakland Land Planning Research Proposed Land Use

Agriculture

Education

Hotel

Parks

Healthcare

Mixed Use

Residential

Commercial (Religious)

Office

Multi-Residential

Food Service

Wellness

Civil

Business

Entertainment

Town Center Grocery with to-go options with multifamily above

Office

Fitness studio Bookstore with office space above

Healthy food/cafe with office space above

Classroom & gallery Restaurant with office above

Event space Cafe Outdoor fitness Neighborhood wellness Center

East Neighborhood

Multi-level parking garage

Library and afterschool programs Bowling alley

Local merchant shops with theater above Pocket park and community garden with connection to trail

2019 | Professional Works | Oakland Land Planning

West Neighborhood

Multi-family Housing Airbrb, optional

Local business (animal services, cafe, salon)

Indoor market Multi-vendor/trade

Waterfront Bunkee Restaurant/gift shop with business center above Winery Dock Lakefront restaurant Entertainment

Oakland Land Planning Research Proposed Streetscapes

Pedestrian Plan West Trail Trail WestOrange Orange West West Orange Orange Trail Trail West Orange Trail West Orange Trail Local Streets West Orange Trail West Trail Local Streets LocalOrange Streets Local Streets West Orange Trail ngs Local Streets West Orange Trail a Spri 7 mi. Local Streets West State Orange Road 50Trail (W Colonial - 1 Dr) eklw Local Streets West Orange Trail Local Streets50W ark State Road Road (We Colonial Colonial Dr) P Local Streets State 50 (W Dr) t StateRoad Road (W. Colonial a Colonial State 50St50 (W Dr) Local Streets State Road 50 (W (Toll Colonial Dr) Local Streets Florida’s Turnpike Road) State 50 Colonial Dr) Local Road Streets State Road 50 (W (W (Toll Colonial Dr) Florida’s Turnpike Road) Florida’s Turnpike (Toll Road) State Road 50 (W (Toll Colonial Dr) Florida’s Turnpike Road) State Road 50 (W Colonial Florida's Turnpike (TollDr) Road) Florida’s Turnpike (Toll Road) Town of Oakland Boundary State Road 50 (W Colonial Dr) Florida’s Turnpike (Toll Road) State Road 50 (W (Toll Colonial Dr) Florida’s Turnpike Road) Town of Oakland Boundary Town of of Oakland Oakland Boundary Florida’s Turnpike (Toll Road) Town Boundary Florida’s Turnpike (Toll Road) Town of Oakland Boundary Existing Sidewalks Townof of Oakland Boundary Florida’s Turnpike (Toll Road) Town ofSidewalks Oakland Boundary Florida’s Turnpike (Toll Road) Town Oakland Boundary Existing Existing Town ofSidewalks Oakland Boundary Existing Town ofSidewalks Oakland Boundary Existing Sidewalks Proposed Sidewalks Town ofSidewalks Oakland Boundary Existing Existing Sidewalks Town ofSidewalks Oakland Boundary Existing Proposed Sidewalks Proposed Sidewalks Existing Sidewalks Proposed Sidewalks Existing Sidewalks Proposed Sidewalks Existing Sidewalks Proposed Bike Lanes Proposed Sidewalks Existing Sidewalks Proposed Sidewalks Bike Lanes Proposed Sidewalks Proposed Sidewalks Bike Lanes Bike Lanes Proposed Sidewalks Bike Lanes Proposed Sidewalks Trolley Route Bike Lanes Lanes Proposed Proposed Sidewalks Bike Trolley Route Proposed Bike Lanes Trolley Route Proposed Trolley Route Proposed Bike Lanes Proposed Bike Lanes Proposed Trolley Route Bike Lanes Existing Structures Trolley Proposed Bike Lanes Trolley Route Route Existing Structures Structures Proposed Trolley Route Existing Existing Structures Proposed Trolley Route Proposed Trolley Route Existing Structures Proposed Trolley Route Machete Trail Existing Structures Structures Proposed Trolley Route Existing Machete Trail Existing Structures Machete Trail Machete Trail Existing Structures Machete Trail Existing Structures Existing Structures 1/4 MileStructures Walking Radius Machete Trail Existing Machete Trail 1/4 Mile Mile Walking Radius Machete Trail 1/4 Radius 1/4 Mile Walking Walking Radius Machete Trail Machete Trail 1/4 Mile Walking Radius 1/4 Mile Walking Machete Trail Machete TrailRadius 1/4 Mile Walking Radius 1/4 Mile Walking Radius 1/4 Mile Walking Radius 1/4 Mile Walking Radius 1/4 Mile Walking Radius

Dr.)

Landscape Section

Canopy | Oak Tree

To To So TToo South To SSoouuth La TToo Soutthh Lake To SSout LLake Tr To Souuth Lakke T ail T Southh a e Tra Too South LLaakke Trraaiill Sooutth Lakee TTrail uth Lake Trrail h Lake Traiil Lake T ail ke Trail Trraill ai l

Sub-Canopy | Citrus Tree

Drainage Pipe

Walkway

Bike Lane/Road Run-off

Vertical Climber | Grapes

Sidewalk Run-off

Rain Level

Terrestrial Plants

Shrub| Pea Shrub

Dry Season

Herbacious| Basil

Pebble Bed

Soil Surface| Strawberries

Filtration

Underground | Turnips

Gravel City Storm Drain

StreetBioswale Bioswale Street

Business

Permaculture Garden Permaculture Garden

Sidewalk

Street Bioswale

Two-Lane Street

Bike Lane

Street Bioswale

Sidewalk

4’

14’

24’

4’

12’

4’

Residential Front Yard

Residential Parcel

Permaculture Garden

2019 | Professional Works | Oakland Land Planning

Existing Street Section

Proposed Street Section

OAKLAND LAND PLAN RESEARCH

PROPOSED ARCHITECTURAL VERNACULAR:

OAKLAND LAND RESEARCH OAKLAND OAKLAND LAND PLAN LAND RESEARCH PLANPLAN RESEARCH OAKLAND OAKLAND LAND OAKLAND PLAN LAND RESEARCH PLAN LAND RESEARCH PLAN RESEARCH PROPOSED ARCHITECTURAL VERNACULAR: PROPOSED PROPOSED ARCHITECTURAL ARCHITECTURAL VERNACULAR: VERNACULAR:

PROPOSED PROPOSED ARCHITECTURAL PROPOSED ARCHITECTURAL VERNACULAR: ARCHITECTURAL VERNACULAR: VERNACULAR: Proposed Architectural Vernacular

OAKLAND LAND PLAN RESEARCH

PROPOSED ARCHITECTURAL VERNACULAR: