CONTENT 01
Aeolian xylophone
THE BALLAD OF BENSLEY POINT
01
04
Academic Works Course: LDAR - Design Principles Date: Nov 2020 Instructor: Elaine Stokes Group + Individual Project
02
it all soils down to this vacant lot re-dedsign
03
coral reef resilience design Individual Work Date: Nov 2019 Instructor: Lin Wei
Castroville Oaks community plan
23
Academic Work Course: LDA 182 Date: Dec 2019 Instructor: Deni Ruggeri Group Work with Sarah Burson, Krongkan Klabkaeo and Tristan Kamata
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05
LEARN, PLAY, THRIVE SENIOR THESIS PROJECT
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Academic Work Course: Senior Individual Research Project Date: June 2020 Instructor: Yiwei Huang Individual Project
Academic Work Course: Site | Ecology | Design Studio Date: Spring 2021 Instructor: Courtney Goodde Group Work with Miranda-Max de Beer
living corals
Living with stimulation
15
06
PROFESSIONAL WORK
SELECTED WORKS FROM INTERNSHIP
40
Professional Work at Design Workshop (Chicago Office) Date: June 2021
07
other work
models & other schoolworks
49
01. AEOLIAN XYLOPHONE
THE BALLAD OF BENSLEY POINT
Academic Works Course: LDAR - Design Principles Date: Nov. 2020 Instructor: Elaine Stokes Group + Individual Project Tool: Photoshop, InDesign, Hand-drawing
1
01. AEOLIAN XYLOPHONE
PLAN
CONTEXT MAP + SECTION
PLAN
HISTORICAL MAPS:
LEGEND: HISTORICAL MAPS:
1884
1884
Understading History and Neighhourbood The context mapping focuses on the zoning, land use, key buildings and infrastructure, as well as historical modification of the land. It also helps indicate surrounding population and existing, and potential users of Bensley Point. On the other hand, the overall section cuts across the nearby residential area, Bensley Point site and the industrial land across the river. It indicates a large variety of land use and zoning within the area. The historical section lines also help clarifies how the site transformed throughout history.
1939
1957
1987
Prior to the arrival of European settlers - One of the most populous places in New England,native Americans would gather here to take advantage of the salmon and smaller fish which gathered at the falls. 1671 - Founded by Joseph Jenks ,who came to the region from Lynn, Massachusetts. He established a sawmill and forge.
1671 ~ 1775 - Pawtucket became the home to manufacturers of muskets, linseed oil, potash, and ship building. 1793 - Machines for spinning cotton yarn were successfully constructed and operated in Pawtucket.
18th Century -19th Century - Pawtucket was becoming developed and important manufacturing center
1920s - Pawtucket became a prosperous mill town. The city had over a half-dozen movie theaters, two dozen hotels, and an impressive collection of fine commercial and residential architecture. 1929 ~ 1933 (Great Depression) - Many manufacturers here were closed or their facilities were moved to South where operations and labor were cheaper.
Since 1956 - Pawtucket has been a leader in community development programs, modernized and upgraded facilities and services.
2
1939
1957 KEY BUILDING & INFRASTRUCTURE:
1987
Prior to the arriva ropean settlers - O most populous plac England,native Ame would gather here t advantage of the sal smaller fish which g the falls.
1671 - Founded by Jenks ,who came to from Lynn, Massach He established a saw forge.
1671 ~ 1775 - Paw became the home to turers of muskets, li potash, and ship bu
1793 - Machines fo cotton yarn were su constructed and ope Pawtucket.
18th Century -19th ry - Pawtucket was developed and impo ufacturing center
1920s - Pawtucket prosperous mill tow had over a half-doze theaters, two dozen an impressive collec commercial and res architecture.
1929 ~ 1933 (Grea sion) - Many manuf here were closed or facilities were move where operations an were cheaper.
Since 1956 - Pawtu been a leader in com development progra ernized and upgrad and services.
SITE DESIGN
Bring the music to Bensley Point
PROJECTED WIND + WATER MAP
The design aims to weave natural echo and human echo together to create a unique yet coherent soundscape in the wild. The experience of walking down the path at Bensley Point to the main open area is like walking into an open womb of earth - where the sound of nature intervene and reflect with the sound created by us.
3
SOUND MAP
SITE SECTION
Dissecting the Aeolian Xylophone walk SECTION ONE SCALE: 1” = 50’
Entry to the Main Area
Xylophone Bowl
Vegetation Buffer
Wood Area
Walkway
Section one cuts through the main path across site. The existing bowl pit creates a perfect auditorium for the sound structures, therefore I created a more enclosed, womb like structure within the pit. The section also shows the vegetation buffer along the path, which helps buffer the sound from the xylophones and also creates natural echo.
SECTION TWO SCALE: 1” = 50’
Wood Area + Walkway
Vegetated Mound - Buffer
Xylophone Walk
Small Buffer Mound
Wood Area
Main Walkway
Section two cut through the site vertically, which shows the vegetated mound at pit 3, and the xylophone walk area. The sections also indicates the grad change of the site, where a small mound is created to help strengthen the echo of the aeolian xylophone.
4
THE BALLAD OF BENSLEY POINT Three main Aeolian Xylophone areas ZOOM IN AERIAL VIEW
PROPOSED PROGRAM
The zoom in aerial drawing shows the location of proposed grade change, vegetation buffer, and the arrangement of the music structures, whereas the perspectives on the right shows the xylophone bowl and its relative size compared to children, as well as its spacing. The image at the bottm shows the connections pathways at xylophone walk area.
5
THE BALLAD OF BENSLEY POINT
A Balance Between Nature and Human, Active and Peace
PROPOSED SOUND MAP
THE CALMING CUL-DE-SAC
The calming cul-de-sac acts as a calming area to recollect yourself when you visit the space - in here you can experience the sound from nature fully. Surrounding by tall bushes and trees, the small site becomes an ambient and enclosed area for peace and tranquillity.
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SITE MODEL
Illustrate Aeolian Xylophone through various media
The site model shows the new routes and vegetation, as well as a slightly larger representation of the aeolian xylophones.
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02. IT ALL SOILS DOWN TO THIS VACANT LOT RE-DESIGN
Group Work with Miranda-Max de Beer Date: Spring 2021 Professor: Courtney Goode Tool: ArcGis, Photoshop, InDesign, Rhino3D, AutoCAD
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SITE RE-DESIGN: LAND STEWARDSHIP AND EXPLORATION
Local Partnership for Educational Programming and Community Engagement Efforts The re-design aims to kickstart the development of a long-lasting culture of exploration, land stewardship, and scientific unity by partnering with a local research institution to develop educational programming and community engagement efforts.
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SITE SYSTEM
Community Engagement + Scientific Soil Testing On Site
SITE PROGRAM DIAGRAM
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TYPOLOGICAL SECTION
Edge Condition #1 - Resilient Waterfront
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TYPOLOGICAL SECTION
Trasitional Zone - From Community Garden to Open Test Plots
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TYPOLOGICAL SECTION Social Zone - Flexible Open Place
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RENDER PERSPECTIVES
Viewpoints from General Public and Soil Scientists
OPEN SOIL LAB DAY WITH COMMUNITY GARDEN
TEST FIELD EXPLORATION
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03. LIVING CORALS
CORAL REEF RESILIENCE DESIGN
Individual Work Date: Nov 2019 Advisor: Wei Lin Tool: ArcGis, Photoshop, InDesign, Rhino3D, SketchUp, Vray, AutoCAD
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03. LIVING CORALS EL NIDO REGION ANALYSIS
A VACATION DESTINATION WITH HIGH BIODIVERSITY
EL NIDO CORAL REEF RESILIENCE DESIGN EL NIDO ZONE MAP - Land Use Regulation Focuses on Tourism
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DIFFERENT ZONE FOR MANAGEMENT
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DIVE SITES
3
HOPPING TOUR ROUTES
Situated in Bacuit Bay, El Nido, covering a land area of 465.1 square kilometers. It is composed of 45 islands and islets, each has its own unique geological formations.
1
MAJOR AIRPORT
145
ACCOMMODATIONS (IN 2015)
61% FOREIGN TOURISTS (IN 2015)
45,000 DIVER-DAYS PER YEAR (10 POPULAR SITES)
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EL NIDO CORAL HEALTH
DESIGN INTERVENTION GUIDELINE
Ave. 30% Coral Cover (Soft & Hard Corals) El Nido hosts a very rich coral fauna, with a total of coral species from
447 reef-building (hermatypic)
79 genera in 16 families confirmed during a 2010 survey.
DISTRIBUTION OF CORAL COMMUNITY Community A: branching Porites –
agariciid community of sheltered biotopes
Over
Community B: Branching - mushroom coral community of exposed biotopes
Community C: Faviid - mussid community
65% of the coral community
locate near hopping tour dive sites.
17
DESIGN 1 - HABITAT REGENERATION
Growing Coral with Electric Mineral Accretion (Biorock) The Biorock method is the only restoration method known that produces the natural limestone which corals need to grow on. It accelerates coral growth, healing, and resistance to stress due to anthropological impacts and climate change.
METAL STRUCTURE CONSTRUCTION DETAILS
A buoy with solar panels sends electricity through cables to an artificial reef • • •
A. Hexagon Structure
4x-8x faster growth rates for a variety of coral species with more color and branching. Increased resistance to warming sea temperatures and other anthropogenic effects Sustainable and light-weight steel structures
An electric field is created by positive and negative charges •
B. 3-Leg Bowl
When a positively charged anode and a negatively charged cathode are suspended in sea water with an electric current flowing between them, calcium ions combine with carbonate ions and adhere to the structure (cathode). The result is CaCO3. Corals adhere to CaCO3 and grow quickly and regenerate.
A. Dissolved calcium carbonate condenses out of seawater and attaches to cages. TYPES OF METAL STRUCTURES DESIGN
A. Hexagon Structure
B. 3-Leg Bowl
C. Pyramid Under the Sea
C. Pyramid Under the Sea
D. Coral Slide D. Coral Slide
F. Hammock Structure
B. Divers tie coral fragment to bars. Coral larvae settle onto the calcium carbonate, which helps skeleton growth.
F. Hammock Structure
CORAL ANATOMY
BIOROCK TECHNOLOGY (SOURCE: CORAL REEF ALLIANCE)
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1
Tentacles with nematocysts
2
Body wall of Coral
3
Pharynx
4
Coenosarc
5
Mesenteries
6
Septa - to skeleton
DESIGN 2 - EL NIDO FLOATING ISLANDS
A Series of Floating Islands that Redefine Access & Activities
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FLOATING PLATFORM AT SHIMIZU ISLAND Example Of Floating Islands At A Popular Sites
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P L AT F O RM S E C T I O N
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P L AT F O RM R E N D E R
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04. LIVING WITH STIMULATION CASTROVILLE OAKS COMMUNITY PLAN
Academic Works Course: LDA 182 Date: Dec 2019 Instructor: Deni Ruggeri Group Work: Wenxi Huang, Sarah Burson, Krongkan Klabkaeo, Tristan Kamata Tool: Photoshop, InDesign, SketchUp, Vray, AutoCAD
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04. LIVING WITH STIMULATION CASTROVILLE OAKS COMMUNITY PLAN SITE CONTEXT
CURRENT SITE PLAN BY CHISPA
A Remote Community with Working Migrant Farmworkers
Dense Affordable Housing with Little Open Space
Castroville is an unincorporated community surrounded by artichokes and agricultural fields, located at the foot of the Salinas Valley in Northern Monterey County, CA. Its surrounding farms attracts many migrant farmworkers to move here, thus OVER 87% OF THE RESIDENTS ARE MEXICANS.
ISSUES WITH CURRENT PLAN
SOCIAL ANALYSIS
A Town with Heavy Car Dependency and Lack of Green Space
Percentage of Transportation
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CASE STUDY Lafayette Park
Buildings As Boundary
REARRANGEMENT OF HOUSING Redefine edges and create open space
• •
Lafayette Park housing uses housing blocks as boundary to define space between, and next to other elements Central parking area with one direct car access and pedestrian walkway connection The relationship between public green space and private greenspace: define by housings
Shared Backyard and Public Space
To create a “stimulating community“
Single Family Housing Arrangement
Dense housing area with no public open space and car-dependent
•
GOALS AND STRATEGIES
Gaps between houses to create spaces for planting areas and car-free zones
Multi-family Housing Arrangement P P P • •
Street parking on both side of the road and undefined edges of housing units Lack of public open space
• •
Designated parking lots with defined edges Housing units frame the open public space
Types of Single Family and Multi-family Housing
A. 3-Bedroom Single Family Residence
•
•
The 3-home housing block provides shared front entrance the house and backyard space (next to each other) Simple flow of pedestrian access from the road and parking lot
B. 4-Bedroom Single Family Residence
D. 4-BR 2-Story Single F. 4-BR 2-Story Single Family Family Residence Residence
G. Garage
C. 3-BR 2-Story Single Family Residence
H. Multi-Family Housing Buildings
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OVERALL PLAN
Supporting Design Thesis and Goal
DESIGN THESIS
DESIGN GOAL
SUPPORTING A STRONGER IDENTITY BY CREATING A MORE STIMULATING ENVIRONMENT
Living with Stimulation
Encouraging community engagement, strengthening connections, implementing sustainable designs, and increasing vegetation are all ways that we plan to make Castroville a more stimulating environment.
Co-create with Krongkan Klabkaeo
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DETAIL PROGRAM + CONNECTION PLAN
SOLVING CURRENT ISSUES
Multi-purposed Open Area for Various Kinds of Activities
How We Address The Existing Problems Through Design
A. MAIN ENTRANCE AREA a Grass Mound with Tunnel b Skate Park c Children’s Playground Deck with Sand Pit d Wood (surrounded by a rock swale)
a
e Basketball Courts f Grass Area
b
g Interactive Identity Sign
g j
GRADING PLAN
h Plaza with Seatings
f h
c
i
Rain Garden
j
Proposed Bakery
Showcase of Grade Change and Drainage Direction
k Passage Park
i
Main Automobile Road Pedestrian Route
d
Bike Route
k
Connecting Node
e
B. APARTMENT AREA a Main Parking Lot b Future Community Garden
a
c Las Raices Main Courtyard
b
d Las Raices 2nd Courtyard c
d
e
GRADING KEYPOINTS:
e Secondary Parking Lot
• Leveled out the housing area
Main Automobile Road
• Added retaining walls around the roads
Pedestrian Route
• Created a swale through the Passage park for the dry creek bed
Bike Route
• Graded the plaza area at a 2% slope
Connecting Node
• Kept the riparian area at its natural grade 27
PASSAGE PARK:
A Place of Transition Between Natural and Man-Made Landscape Passage park is a place of transition between natural and man-made landscapes. While walking through this open space, users will find natural landscapes interwoven with fabricated landscapes, stimulating their emotions as they move through this change of scenery
The dry creek bed runs through the center of Passage Park, serving as a vegetation strip with walking accessibility on both sides of it.
KEYMAP
SECTION Co-create with Sarah Burson
RENDER • The vegetation along the sides of the park allow for a buffer zone between the homes and the public space, provide shade, and make the park feel more enclosed and intimate. • The creek bed creates a guiding element towards either the plaza or the riparian area while also connecting these two sections of the plan and pulling them together.
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LAS RAMAS PLAZA: Heart of Castroville Oaks
Las Ramas Plaza is a plaza area surrounded by green space and connected to Passage Park. With proposed Bakery store, Farmer’s Market and Food Truck area, Las Ramas Park brings business opportunities to the community while providing ample space for community event.
KEYMAP
PLAZA RENDER: PUBLIC SEATING AREA WITH BAKERY 40’
25’
200’
280’
6’ 12’
25’
250’ Play Mound
25’ Concrete Path
Dog Park
Concrete Path
Concrete Path Planting Area / Buffer
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35’ Main Street
OVERALL SECTION
12’ Concrete Path
Concrete Seat wall
Concrete Planter
Open Green Lawn
Open Plaza Zone
CELEBRATION PARK:
A Link Between Two Communities and The Land of Stimulation Celebration Park provides multi-functional areas for various activities, including green space, a skate park, two children’s playground, wooden deck and two basketball courts for residents of Castroville Oaks and its neighbor community. It functions as a connection between the two communities and celebrates the connection between people.
KEYMAP
SKATE PARK RENDER: LIMITLESS OPPORTUNITIES FOR EXERCISING
Playground
6’
110’
Wooden Platform
8’
12’
38’
Color
125’
Basketball Court
6’
Concrete Path
Concrete Path
15’
Concrete Seat wall
Skate Park
110’
Concrete Path
Play Mound
65’
Concrete Path
Bike+Pedestrian Share Path
50’
Sand Box
24’
CELEBRATION PARK SECTION 30
Section by Krongkan Klabkaeo
WOOD DECK RENDER: REST AND HAVE FUN AT THE SAMETIME
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05. LEARN, PLAY, THRIVE DESIGN GUIDELINES AND “BUILDING BLOCKS” OF THERAPEUTIC GARDENS FOR CHILDREN WITH AUTISM SPECTRUM DISORDER
Academic Works Course: Senior Thesis Date: June. 2020 Instructor: Yiwei Huang Individual Project Tool: Adobe Suites, Rhino3D, AutoCAD
32
BUILDING BLOCKS EXAMPLES
Generated Design Strategies for Effective Therapeutic Garden The design “building blocks” is for landscape architects and school administrators whom has the interest of developing an appropriate learning and living environment for children with ASD.
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BUILDING BLOCKS EXAMPLES
Generated Design Strategies for Effective Therapeutic Garden
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BUILDING BLOCK - PLANTING DESIGN
Selected Sensory Planting Palette for Children with ASD The sensory planting plan incorporates a wide range of native plants in California, as well as appeals to children’s needs for hand-on exploration and curiosity.
35
DESIGN APPLICATION AT LOCAL SCALE
Implemented Design Strategies at Local Special Education School To demonstrate how the guidelines and “building blocks” presented can be implemented into a realworld project, the design of Odyssey Learning Center is created.
DESIGN PLAN
AXON DIAGRAM
The design aims to provide a unique healing experience for each user. The area is divided into different zones for varying purposes and level of activity. Through the integration of paths and different zones, the children can experience the process of healing. Various programs such as sandbox therapy, flexible play structures and small rolling hills provide therapeutic opportunities, sensory stimulation and physical activities. 36
ENTERING ACTIVE PLAY AND LEARNING SPACE Flexible Play Space and Therapy Areas for Children with ASD
The entry area is the most active area on site, providing opportunities for physical activities and social play for children with ASD. The area consists of the drawing wall, rolling hillsloose play area and musical play structure, where children can express their creativity and practise social engagement skills. 37
RELAX & RESET
Outdoor Shelter Space with Engaging Water Feature
This area consists of 3 relax & reset structure introduced in the “building blocks”. The wood panels provide screening and shading to ensure the calmness and peace within. The water feature runs along the pathway, which provides soothing sound in this zone. 38
FLEXIBLE TRANSITIONAL SPACE A Shared Resting Area for Children and Staffs
Children can rest and bond with their peers or the staffs, or play with the flexible play trollies to interact with plants and nature. It functions as a transitional zone between the quite, private purple zone and the open, active red zone. 39
06. PROFESSIONAL WORK Professional Work at Designworkshop Date: Summer. 2021 Tool: Adobe Suites, Rhino 3D, AutoCAD, Lumion
40
WASATCH RANGE SKI RESORT Analysis Diagram of Regional Biodiversity
41
WASATCH RANGE SKI RESORT Ski Tunnel Render
42
WASATCH RANGE SKI RESORT
Ski Underpass Analysis Diagram and Render
43
WASATCH RANGE SKI RESORT Site Plan Render
44
OTHER PROJECT ELEVATED TRAIL RENDER
45
OTHER PROJECT COMMUNITY FARM RENDER
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RESIDENTIAL PROJECT REDLINE SET
Under the guidance of the PM, Sophia Essian and landscape architect, Maddie Clark SELECTED SHEET - PLANTING PLAN 4
5
6
7
8
9
SITE KEYNOTES: 9.0
A
(3) CAB-7
25,000 GALLON WATER TANK (14) CAS-7
20' SIDE YARD SETBACK (5175 SF) NR-1
GENERATOR
L
B
(306 SF) NR-1
9.8 TYP. (30 SF) LS-3 (6) CSF-3
(3) PPM-7 (43 SF) LS-3
FITNESS BUILDING (20) PPM-7 (11) PPM-7 (82 SF) LS-3
1
Deciduous Tree Planting 1 / L11-01 Tree Planting in Wood Deck 2 / L11-01 Deciduous Tree Planting on Slope 3 / L11-01 Coniferous Tree Planting 1 / L11-02 Coniferous Tree Planting on Slope 2 / L11-02 Multi-Stem Tree Planting 1 / L11-03 Multi-Stem Tree Planting on Slope 2 / L11-03 Shrub Planting 3 / L11-03 Shrub Planting on Slope 4 / L11-03 Perennial / Groundcover Planting 1 / L11-04 Perennial / Groundcover Planting on Structure 2 / L11-04 Lawn 3/ L11-04 Native Revegetation 4 / L11-04 Ornamental Grass 5 / L11-04 V-Cut Edging 6 / L11-04 Roof Terrace Planting 1 / L11-05 Existing Tree Treatment- Post Construction 2 / L11-05 Planting Soil Type A: Topsoil for proposed planting Planting Soil Type B: Amended topsoil within the tree protection zone Planting Soil Type C: 12" Depth (Rooflite® Intensive) Planting Soil Type D: 5" Depth (Hydrotech Green Roof Assembly)
329300 329300 329300 329300 329300 329300 329300 329300 329300 329300 329300 329200 329300 329300 329300 077273 015639 329115 329115 329115 329115
W W W.D E S I G N W O R K S H O P.C O M
(4) SC-2
B
(4) HS-5
PLANTING AND LANDSCAPE 9.1A 9.1B 9.2 9.3 9.4 9.5 9.6 9.7 9.8 9.9A 9.9B 9.10 9.11 9.12 9.13 9.14 9.15 9.18 9.19 9.20 9.21
(13) PPM-7
DETAIL / SHEET
(22) PPM-7
SHRUB AND GROUNDCOVER PLANTING REFERENCE NOTES 1 2
Existing tree to remain. Do not disturb. See also Plant Protection and Removal drawings. Existing (Plant Type) to remain. Do not disturb. See also Plant Protection and Removal drawings.
2 (528 SF) LS-3 (4) SC-2 (3) SC-2
(6) PM-7
SHRUB AND GROUDCOVER KEY LENGEND
(6) CSF-3
ABBR.
(22 SF) NR-1
SHRUBS - DECIDUOUS
BOTANICAL NAME
COMMON NAME
SPACING
(7) HS-5 (141 SF) PA-3 (141 SF) AM-3 (141 SF) NR-3
C
GARAGE/GUESTHOUSE
30' REAR YARD SETBACK
(3) CSF-3 (5) SC-2 (635 SF) LS-3
(28 SF) PA-3 (28 SF) AM-3 (28 SF) NR-3
9.9A TYP.
(3) HS-5
9.12 TYP.
(110 SF) LS-3 (2) CAB-7 (15 SF) AXH-3 (15 SF) BM-3 (15 SF) VN-3 (16 SF) AXH-3 (16 SF) BM-3 (16 SF) VN-3
(3) HS-5 (23 SF) PA-3 (23 SF) AM-3 (23 SF) NR-3
9.7 TYP.
NOT IN ACTIVITY ENVELOPE (149 SF) NR-1 (2 SF) AXH-3 (2 SF) LIS-3 (2 SF) EP-3 (1) CAS-7
(9) HS-5
(41 SF) AXH-3 (41 SF) LIS-3 (41 SF) EP-3 (4) CA-5 (2) CAS-7
(21 SF) LS-3 (4) SC-2 (57 SF) LS-3
D
(155 SF) NR-1
(207 SF) NR-1
(8 SF) PA-3 (8 SF) AM-3 (8 SF) NR-3
(16 SF) PA-3 (16 SF) AM-3 (16 SF) NR-3
(2) CSF-3
MAIN ENTRY
(3) HS-5 (16) HS-5
(29 SF) AR-3 (3) CAS-7
9.10 TYP. (41 SF) PA-3 (41 SF) NR-3 (6 SF) PA-3 (6 SF) NR-3 (6 SF) PA-3 (6 SF) NR-3 (2) MA-7 (38 SF) VN-3 (38 SF) GO-3 (1) PPM-7 ROOF GARDEN (16 SF) AXH-3 (16 SF) BM-3 (16 SF) VN-3 (1) CAB-7 (1) CAB-7 (6 SF) AXH-3 (6 SF) BM-3 (6 SF) VN-3 (8 SF) AXH-3 (8 SF) GO-3 (8 SF) VN-3
9.13 TYP. (625 SF) SO-1
(44 SF) PA-3 (44 SF) AM-3 (44 SF) NR-3
(4543 SF) NR-2
30' FRONT YARD SETBACK
E
TYP. 9.12
Cornus alba 'Bailhalo' Cornus alba 'Sibirica' Cornus sericea 'Farrow' Cotoneaster apiculatus Salix purpurea 'Nana'
Ivory Hao, Bailhalo Tatarian Dogwood Red Twig Dogwood Arctic Fire Red Twig Dogwood Cotoneaster Dwarf Blue Leaf Arctic Willow
48" O.C 36" O.C 36" O.C 72" O.C 48" O.C
Mother Lode Creeping Juniper 'Prostrata' Crepping Juniper Creeping Juniper Blu Star Juniperus Oregon Grape Holly Creeping Blue Spruce Dwarf Montgomery Blue Spruce Dwarf Mugo Pine
36" O.C As Shown 48" O.C 48" O.C 48" O.C 72" O.C 36" O.C 36" O.C
Feather Reed Grass Blue Oat Grasses Little Blue Stem
24" O.C 24" O.C 24" O.C
SHRUBS - EVERGREEN
TYP. 9.9B (3) HS-5
CAB-7 CAS-7 CAF-3 CA-7 SP-7
(89 SF) NR-1
JHM-7 JHPC-7 JHC-7 JS-7 MA-7 PPG-7 PPM-7 PM-7
Juniperus horizontalis 'Mother Lode' Juniperus horizontalis 'Prostrata' Juniperus horizontalis 'Prostrata' Juniperus squamata 'Blue Star' Mahonia aquifolium Picea pungens 'Glauca Procumbens' Picea pungens 'Montgomery' Pinus mugo
38 PITKIN WAY, ASPEN, CO 81611
3
PITKIN WAY ENTERPRISES, LLC
2
PROPERTY LINE
1
ORNAMENTAL GRASSES CA-5 HS-5 SC-2
Calamagrosti x acutiflora Helictotrichon sempervirens Schizachyrium scoparium
PERENNIALS AND GROUNDCOVERS AL-3 Alchemilla mollis Lady's Mantle AM-3 Achillea 'Moonshine' Moonshine Yarrow AR-3 Ajuga reptans 'Chocolate Chip' Chocolate Chip Ajuga AT-3 Allium tanguticum 'Summer Beauty' Summer Beauty Ornamental Onion AXH-3 Anemone x hybrida 'Honorine Jobert' Windflower AO-3 Aster oblongifolius ' October Skies' 'October Skies' Aster BM-3 Brunnera macrophylla 'Jack Frost' Siberian Bugloss DRY-3 Dryopteris marginalis Evergreen Wood Fern EP-3 Eupatorium purpureum Sweet Joe-Pye-Weed GO-3 Galium odoratum Sweet Woodruff Hellebore HB-3 Hellebore IS-3 Iris sibirica Siberian Iris LS-3 Leucantheumum superbum 'Becky' Shasta Daisy LIS-3 Ligularia stenocephala 'The Rocket' Rocket Ligularia LP-3 Lupinus polyphyllus Large-Leaved Lupine LU-3 Lupinus Blue Lupine NR-3 Nepeta racemosa 'Walker's Low; Catmint PA-3 Perovskia atriplicifolia Russian Sage SS-3 Salvia sylvestris 'May Night' May Night Sage VN-3 Vinca minor Periwinkle SE-1 Sedum, Modular Green Roof System SK-1 Sedum Kamtschaticum Stonecrop
18" O.C 18" O.C 24" O.C 12" O.C 12" O.C 12" O.C 12" O.C 12" O.C 18" O.C 12" O.C 12" O.C 18" O.C 12" O.C 24" O.C 24" O.C 18" O.C 12" O.C 18" O.C 18" O.C 12" O.C AS SHOWN 8" O.C
ISSUE DATE: OCTOBER 04, 2021 REVISIONS
#
DATE
DESCRIPTION
TURF/ NATIVE GRASSES/ WILDFLOWER EDGING
(13 SF) AR-3
NR-1 NR-2 SO-1
Native Revegetation- Irrigated Mix #1 per Western Native Seed Native Revegetation- Riparian Revegetation per Western Native Seed Lawn- Kentucky Bluegrass
(2) CA-5 PLANTING PLAN SHALL COMPLY WITH REQUIREMENTS SET FORTH IN WILDFIRE HAZARD REPORT (7 SF) AR-3 PREPARED BY MOUNTAIN WEST, DATED 0X/XX/21. PROPOSED PLANTING INTENT COMPLIES WITH GUIDELINES OUTLINED IN REPORT. FINAL LOCATION OF PLANT MATERIAL MAY REQUIRE MINOR FIELD ADJUSTMENTS FOR FURTHER COMPLIANCE (6) SP-7
DRAWN: SEN, MC
REVIEWED: MA, PS
BUILDING PERMIT
9.11 TYP. (1) CA-5
PROJECT NUMBER: 6475 (5) CAB-7
SHRUB & GROUNDCOVER PLANTING PLAN GROUND LEVEL
20' SIDE YARD SETBACK (300 SF) AR-3
F
(118 SF) AXH-3 (118 SF) LIS-3 (89 SF) LS-3 (236 SF) EP-3 (207 SF) DRY-3 1
2
3
4
5
6
47
7
NOTE: REFER TO SHEET L-02 AND L-03 FOR NOTES, LEGENDS, AND ABBREVIATIONS NORTH
5' 10' 0 ORIGINAL SCALE: 1"=10' 8
20'
9
SHEET NUMBER
L9-01 C C O P Y R I G H T D E S I G N W O R K S H O P, I N C.
SELECTED SHEET - MATERIAL PLAN 4
5
6
7
8
9
SITE KEYNOTES: 1.0
17
25,000 GALLON WATER TANK
2.0
PA
20' SIDE YARD SETBACK PA
GENERATOR
L
B
4.3
TYP.
1.7
TYP.
6.1 PA
3.3 2
4.0
FITNESS BUILDING
TYP. 10.5
10.14
PA
3.1B B
TYP. 3.1A
TYP. 1.8B
14 PA
2
A
A
A
TYP.
10
12
C
GARAGE/GUESTHOUSE TYP. 1.1A
TYP. 1.2A TYP.
TYP. 1.2B
TYP.
15
B
TYP.
D
B
A
A
8
C
A
PA
10.8
PA
C
B B
PA
A
A
PA
TYP.
PA
5.3
PA
4.2
1.8
PA
TYP. 1.6B
PA
PA C
A
PA
A C
B
E
TYP.
30' FRONT YARD SETBACK
1
PA
D
B
B
A
A
2
A
A
C
A
3
D
A
TYP.
Ex2
1.4
1 L3-01A
ROOF GARDEN TYP. 10.4
5
Ex2
C 2 Ex2 Ex2 Ex Ex2
D
Ex2 Ex2 Ex2 Ex2 Ex2
Ex2
TYP. 1.3D
16
Ex2
Ex2
Ex2
Ex2 2 Ex2 Ex
A
A Ex2
Ex2
10.10
B
PA
Ex2
Ex2
2 Ex2 Ex2 Ex2 Ex2 Ex Ex2
Ex2
C
Ex2
Ex2 Ex2 Ex2
D PA
10.15
PA
B
A
Slot Drain
1 / L7-08 2 / L7-08 3 / L7-08
044313.13 323300 323300
1 / L7-09 2 / L7-09 3 / L7-09
129100 323300 129100
1 / L7-10
055213
2 / L7-10
055213
3 / L7-10 1 / L7-11 1 / L7-12 1 / L7-13 2 / L7-13 1 / L7-14 2 / L7-14 3 / L7-14 4 / L7-14 1 / L7-15 2 / L7-15 3 / L7-15 4 / L7-15 5 / L7-15 6 / L7-15
Landscape Boulders Water Feature Type 1 (w/ Steps) Water Feature Type 2 Woodland Pond Stream Garden Fire Feature Type 1 Fire Feature Type 2 Art Sculpture Type 1 Art Sculpture Type 2 Art Sculpture Type 3 Art Sculpture Type 4 Art Sculpture Type 5 Art Sculpture Type 6 Art Sculpture Type 7 Art Sculpture Type 8
SITE MATERIALS REFERENCE NOTES
C
B
A
TYP. 10.1
TYP. 1.3C
PA
A
PA
B
4.1
321400 321400 321400 033000
MISCELLANEOUS ELEMENTS 10.1 10.2 10.3 10.4 10.5 10.6 10.7 10.8 10.9 10.10 10.11 10.12 10.13 10.14 10.15
3.2
10.12
PA
TYP.
B C
B
B TYP.
Railing Type 1
PLANTING AND LANDSCAPE
10.0
B B
A
5.1
TYP.
1
A
D
PA
PA
PA
1.3B TYP.
10.2
PA TYP.
Bench Type 1 - Metal Bench Type 2 - Artificial Turf Bench Type 3 - Stone
9.0
B
C
B
PA
PA
1 / L7-06 1 / L7-06 2 / L7-06 1 / L7-07
Proposed Planting - Refer to Site Tree Planting, and Site Shrub and Groundcover drawings
NOT IN ACTIVITY ENVELOPE
C
MAIN ENTRY
10.3
A B
1.3A TYP. PA
Wall Type 1 - Stone Veneer Wall Type 2 - Metal (Sculpture Courtyard) Wall Type 3 - Metal (Roof Terrace)
DRAINAGE
PA
10.9
Step Type 1A - Stone Tread Step Type 1B - Stone Tread Over Water Step Type 2 - Stone Tread, Metal Cladding Step Type 3 - CIP Concrete
8.0
B
A
PA
PA
A
B
B
A
B
4
1.3E TYP.
PA
13
A B
B
PA D
321373 321373 321373 321400 321400 321400 321400
SITE LIGHTING
8.1
1.8A
D
PA
Control Joint Expansion Joint Type 1 (w/Dowel) Expansion Joint Type 2 (w/o Dowel) Mortar Joint Gravel Joint Type 1A Gravel Joint Type 1B Air Joint
Proposed Site Lighting - Refer to Site Lighting Series.
PA
8.1
8.1
1 / L7-05 2 / L7-05 3 / L7-05 4 / L7-05 5 / L7-05 6 / L7-05 7 / L7-05
W W W.D E S I G N W O R K S H O P.C O M
RAILINGS, BARRIERS, FENCING 6.1
30' REAR YARD SETBACK
PA
6.0 7.0
TYP. 1.1B
C
TYP.
A
321400 321400 321400 321400 321400 321400 321400 321400 321400 061533 061533 321400 321400 321400 321400 321400
SITE FURNITURE 5.1 5.2 5.3
10.11
C
B
5.0
7
B
A
1 / L7-01 2 / L7-01 3 / L7-01 4 / L7-01 5 / L7-01 1 / L7-02 2 / L7-02 3 / L7-02 4 / L7-02 1 / L7-03 2 / L7-03 3 / L7-03 3 / L7-03 x / xxxx 1 / L7-04 2 / L7-04
SITE WALLS/ EMBANKMENTS 4.1 4.2 4.3
TYP.
Paving Type 1A - Stone Paver Paving Type 1B - Stone Paver Paving Type 2A - Stone Paver Paving Type 2B - Stone Paver Paving Type 3A - Stone Paver Paving Type 3B - Stone Paver Paving Type 3C - Stone Paver Paving Type 3D - Stone Paver Paving Type 3E - Stone Paver Paving Type 4 - Woodland Pond Deck Paving Type 5 - Roof Terrace Deck Paving Type 6A - Crushed Stone Path Paving Type 6B - Crushed Stone Path Paving Type 7 - Concrete Curb Type 1A - Stone Curb Curb Type 1B - Stone Curb
STEPS 3.1A 3.1B 3.2 3.3
PA
SPEC. SECTION
JOINTING 2.1 2.2 2.3 2.4 2.5A 2.5B 2.6
3.0
B
RELATED DETAILS
PAVEMENTS, RAMPS, CURBS 1.1A 1.1B 1.2A 1.2B 1.3A 1.3B 1.3C 1.3D 1.3E 1.4 1.5 1.6A 1.6B 1.7 1.8A 1.8B
A
DETAIL / SHEET
D
20' SIDE YARD SETBACK
10.6
F
044300.13 13150 13150 334713 13150 129100 129100 129100 129100 129100 129100 129100 129100 129100 129100
38 PITKIN WAY, ASPEN, CO 81611
3
PITKIN WAY ENTERPRISES, LLC
2
PROPERTY LINE
1
Planting Area. See Site Shrub and Groundcover drawings. Existing deciduous tree to remain. Do no disturb. Refer to Plant Protection and Removal drawings. Existing coniferous tree to remain. Do no disturb. Refer to Plant Protection and Removal drawings. Proposed paving improvements shall minimize disturbance to existing trees. Do not encroach within Tree Protection Zone (TPZ) during installation. Refer to Site Plant Protection and Removal drawings.
4
Proposed exterior railing and wall at building - Refer to Architecture drawings.
5
Proposed ground level building extents - Refer to Architecture drawings.
6
Proposed subsurface building extents - Refer to Architecture drawings.
7
Proposed fitness building extents - Refer to Architecture drawings.
8
Proposed roof overhang extents - Refer to Architecture drawings.
9
Proposed upper level building extents - Refer to Architecture drawings.
ISSUE DATE: OCTOBER 04, 2021 REVISIONS
#
DATE
DESCRIPTION
DRAWN: SEN, MC
10
Proposed exterior steps and railing at building - Refer to Architecture drawings.
11
Proposed exterior stairs at building - Refer to Architecture drawings.
12
Proposed exterior wall - Refer to Architecture drawings.
13
Proposed architectural column - Refer to Architecture drawings.
14
Proposed MEP pad - Refer to MEP drawings.
15
Proposed drainage structures - Refer to Civil drawings.
16
Proposed building threshold material - Refer to Interior Architecture drawings.
17
Proposed 25,000 gallon tank buried - Refer to Irrigation drawings.
18
Proposed fire exhaust - Refer to Architecture drawings.
REVIEWED: MA, PS
BUILDING PERMIT PROJECT NUMBER: 6475
SITE MATERIALS PLAN - GROUND LEVEL
A NOTE: REFER TO SHEET L-02 AND L-03 FOR NOTES, LEGENDS, AND ABBREVIATIONS
A
B
NORTH
1
2
3
4
5
6
48
7
5' 10' 0 ORIGINAL SCALE: 1"=10' 8
20'
9
SHEET NUMBER
L3-01 C C O P Y R I G H T D E S I G N W O R K S H O P, I N C.
07. OTHER WORK GIS MAPPING STUDY Tool: ArcGIS, Adobe Illustrator
UCD WAYFINDING SIGNAGE DESIGN
SOLAR DIAGRAM
Course: LDA 23 Date: Fall Quarter 2018 Tool: Photoshop, Vray
Tool: Rhino3D
CONCEPTUAL LANDFORM MODEL Date: Winter Quarter 2018 Tool: Clay, Steel wool, Brushes, Wood
49
POP-UP DESIGN AND INSTALLATION “CLAIM YOUR SPACE” INSTALLATION Group Project with Christina Koutsoukou Instructor: Courtney Goode + Zoe Mueller Date: Fall 2021 PROGRAM MAP
ELEVATION SET-UP PLAN
CONSTRUCTION
POP-UP INSTALLATION
50
Wenxi Huang
Thank you for your consideration
LANDSCAPE ARCHITECTURE PORTFOLIO - 2022 hillaryhwx@gmail.com