PORTFOLIO
2015-2018
Three Years Work Collection
YAGE
Table of Content
Studio Works 1
Cascade
1-11
2
New Dumbo Factory
13-21
3
Botanical Garden Map House
23-31
4
Fall in with Asheville
33-39
Professional Works 1
Homeless House Design
41-47
2
Mass Timber Research
49-53
3
North Charleston Chicora Neighborhood Renovation
55-61
Sketch and Hand Craft 1
Chinese painting and Sketch
62-65
2
Design build Pavilion and Box making
66-69
Studio Works
1 Cascade Project Type: Studio Project / ACSA Cote 10 Competition / Group work with Chelsea Anderson Instructor: Ulrike Heine, Ufuk Ursoy, Henrique Houayek, David FrancoDesign Type: High-Rise Design Date: Fall semester, 2016 Site Location: Greenville News Building, SC
This competition was to use a thoroughly integrated approach to architecture, natural systems, and technology to provide architectural solutions that protect and enhance the environment. We chose old Greenville News building site, which is beside Falls park. I was inspired by the waterfall and my proposal convert building surface into a bioclimatic system for the problematic site.
1
Cascade Cascade is about turning the typical monument tower into a flexible horizontal public space. This competition is about sustainability. So, in our understanding, sustainability is a more flexible, long years, no expensive way and also more communication with the public to let people understand sustainability. Then this will help improve our society. This design is through a Learning Center for BMW; where people are trained to work and learn about the company’s sustainable practice. The special roof brings continuity by creating a gradient between the urban and natural environment. this roof looks like an ecosystem of the cascade, people cascade in this big breathing roof, and communicate with nature.
SOCIALIZE at the large parties thrown by the car company on the rooftop
LEARN about new company pr work for the company and susta
VIEW exhibitions from the car company in the renovated building
bookstore
SEARCH for secret gardens under the roof
Greenville News old building
Falls Park Liberty Bridge
2
roducts, how to ainable products COOL DOWN near the reflection pools
GATHER for large meetings
RELAX on the roof garden and in the courtyards WATCH activities happening in the park from the amitheater
PLAY in the park
WATCH water falls and activities of the building on the bridge
Liberty Bridge
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Concept
corporation corporationas aspublic a publicmonument monument
corporatemonument monument corporate
URBAN
cut & fold circulation & courtyards
cut & fold, circulation & courtyards
people cascade down the surface
URBAN NATURAL
cut & fold, circulation & courtyards
people flow from the street to the park
people cascade down the surface
Gardens
Water Feature
Ampitheater
Water Collections
Solar Collections
Clerestory and Sun diffused reflection
Roof Folds Strategy Carefully designed roof folds were formed to let in light, air, and rain, which make the roof active. Simultaneously, folds provide kinds of opportunities for the little environment, not only for nature but also for human, which is sustainability too. I think it is like stones sitting in water, where water speed is slower and fish can stay, and aquatic plants can live there, which make the whole roof alive.
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A
B
E
UP
C D
DN UP
F
G
UP
H
I
J
DN
Plan Level 2
Level 1
A
Exhibition Hall
F Bookstore
B
Classrooms
G Classroom
C
Food Court
H Bank
D
Work Area
I Ofiice
E
Classrooms
Level 0 J Library
5
SOLAR
LOCAL PLANT SPECIES
EVAPORATIVE COOLING
STACK VENTILATION
South facing roofs are equipped with solar panels for harvesting solar energy during peak energy hours and store in rechargable lithium-ion batteries.
Local plants are used to decrease water needs and integrate into the exising park and ecosystem.
Scattered with large reflective ponds arranged to allow the wind direction to move moisture filled air into the building and cool down users inside and outside.
The porous plan of the buildng breaks up larger floor plates allowing for natural ventilation opportunities. The facades completely fold open vertically allowing air to pass.
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ROOF FOLDS
kBTU/ft²/yr
6
GREY WATER RECYCLING
MINIMIZE CAR USAGE
GEOTHERMAL HEATING & COOLING
NATURAL DAYLIG
The grey water reclaim is important as there is an abundance of rainfall during irratic periods. It can be stored and used for landscape irrigation, flushing toilets, and evaporative cooling ponds.
Electric car charging stations will be provided within the parking facilities with an emphasis placed on the use bus transit and most importantly walkability.
200 feet of coils bored into the ground beneath the site to bring condition the air in the building through radiant floors.
Primarily south facing though courtyards and allow for natural daylighting
100%
of stormwater managed on site
RAINWATER HARVESTING
THERMAL MASS
Rainwater will be collected and reused for landscape irrigation across the rooftop park and sunken gardens.
The thermal mass of the green roof system helps regulate the temperatrure inside of the building.
NATURAL VENTILATION
COOLING
5,000 CF Cistern
GHTING glazings, skylights
g.
SHADING
SMART FACADE
Trees provide shading to glazings in courtyard areas and to primary southern facade.
Extra shading provided at east and west facades for low entry intense direct sunlight.
HEATING
NATURAL VENTILATION JANUARY
DECEMBER HEATING
COOLING
HEATING
7
Structure strategy
Plants
6� soil depth
Glass skylight with ETFE lid and alluminum frame
Cedar decking
N
Steel framed staircase
Steel Reinforced concrete sheer wall
Steel tube handrail Aluminum threshold
Steel Deck
Steel plate
Steel tube column
Rigid insulation
Flourescent lighting
Vapor Barrier
Steel Reinforced concrete foundation and footings Radiant heating/cooling Polished concrete floor
Broom finish concrete sidewalk slab Compressed earth Gravel fill
Section drawings show how people cascade in this building When water quickly drops and then the speed slow down by stones, the microenvironment is created for fish and aquatic plants to stay. In this section, each little step is like the step of waterfall and also like the little environment for people to stay and enjoy.
8
ETFE Panels with aluminum frame
Transparent glass skylight with alluminum frame
Reinforced pour in place concrete
Glass railing with aluminum cap
Elevated floor system with blue granite
Water collection below elevated floor
Steel beams
Waterproof membrane Galvonized bolts Steel top plate Fold-up window track Fold-up window pulley Cotton Canvas Curtain Double pane insulated transparent glass Steel window frame Aluminmum frame with rubber seals Compressed earth 5� gravel base
9
Roof Garden conceptual watercolor sketch
2 New Dumbo Factory Project Type: Studio Project / ACSA Steel Competition: Tall Buildings / Individual Work Instructor: Berrin Terim, Peter Laurence. Design type: Urban Infill Date: Spring semester, 2016 Site Location: Dumbo, New York City
This competition is about understanding that structure steel number of benefits in design, including the capacity to bear great loads in tension and compression, high resiliency and performance under harsh condition. Then, the traveling to New York helped us to understand the site and experience the culture and environment. Finally, after critical thinking, I chose a parking lot in Dumbo, Brooklyn as my site. I was intrigued by the experience of walking under the bridge and exploring the neighborhood. The giant steel bridge structure really flew in my mind.
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Junkspace
This site is a parking lot in Dumbo, Brooklyn, NYC. Because of Brooklyn, Manhattan bridge, and cross-harbor tunnel, Dumbo became so special that right now it is a historical area mixed with industry, art, business, and the residential apartment. Steel, brick, and tunnel structure are the soul of this area. Not only structure interact in the vertical and horizontal space, but also industrial civilization, art, and modern high-tech civilization interact with each other. When I saw the Manhattan bridge’s structure flying through buildings, I really felt the power of steel, the interaction of different things in 3D dimension space, not only in the air but also under the ground, the subway is moving under your foot. When I hear the sound from the train passing through on the bridge, I was so excited that the sound was the interaction of the steel wheel and steel rail. And it is snowing that day, you cannot really see the Manhattan area on the other side of the water, but it was so beautiful and amazing experience. when the technology, science support the structure to be more flexible, mobile, and light, more things will happen in the space. Junkspace is additive, layered, and lightweight, not articulated in different parts but subdivided, quartered the way a carcass is torn apart- individual chunks severed from a universal condition. There are no walls, only partitions, shimmering membranes frequently covered in mirror. Structure groans invisibly underneath decoration, small, shiny, space frames support the nominal load. So I chase the chimney, tunnel, and steel as my frame structure, and language, which arose people to think about history and look forward to future.They will start to explore and create new life in this structure. By using the basic module box, and put them into steel grid, the whole building can be quickly built. And what is future city architecture? High tech, quickly built, and do not lose life and culture?
14
Concept Turn horizontal tunnel into vertical Tunnel
。 90
=
+
Tunnel
Structure Grid
Structure +
Structure Steel
+
Prestressing Force
Structure Steel
Reinforced Concrete
+
+
=
+
g Force
ssin
Prestre
Reinforced Concrete
16
+
Building
=
Art Gallery
Gap =
Subway Station
=
Office =
Theater =
=
Apartment
Kitchen
Cafe Bar
Workshop
Food Court
Exhibition Hall
View to NYC
Security
Pop Corn
Conference
Retail Store
Workshop
Water Tower Museum
Check in
Music Studio
Bookstore
Cafe Bar
Art Studio
Amusement Park
Gym
Ticket Sell
Garden
Public performance
Cafe Bar
Bar
Gallery
Bathroom
Bathroom
Classroom Gym
Apartment
Bathroom
Theater
Gap
Office 1
Gap
Subway Station
Gap
Tunnel
Subway Station
Office 2
Art Gallery 17
20
Office 1 third floor plan
Office 1 second floor plan
Theater ticket floor plan
Theater floor plan
Office
1 third floor plan
Art gallery floor plan
21
3 Botanical Garden Map House Project Type: Studio Project / Individual Work Instructor: Peter Laurence, Dan harding. Design type: Public pavilion, Bird blind Date: Fall semester, 2015 Site Location: Botanical garden, Clemson, SC
This brief was to design a bird blind pavilion for the Botanical garden at Clemson. Because Clemson is on the way of bird’s Atlantic Flyway, so this Bird blind will remind people of protecting the environment and think about the relationship between the human and nature. After the bird blind design, the design was turned into the design of Map house, which should be evolved from the bird blind design. The map house will help people understand more about this botanical garden.
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an tic Fly wa y
Woodland edge, is a transition area between two biomes, a place where ecologies are in tension, where two communities meet and integrate. Woodland edges have high conservation value for bird communities.
Atl
Ecotone:
Atlantic Flyway: The Atlantic Flyway is a bird migration route that generally follows the Atlantic Coast of North America and the Appalachian Mountains.This route is used by birds typically because no mountains or even ridges of hills block this path over its entire extent. Good sources of water, food, and cover exist over its entire length.
Atlantic Flyway's Priority Birds
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rails Hiking T
N
Ga
rde
n
e
rfly
Site
on
tte
Ec ot
Bu
25
Break the Gap There is always a gap between human and nature
Bird blind design This project started from the bird blind house design. My inspiration was a picture showed bird’s view of the dense city. The perspective was so strong, and beautiful that inspired me a lot. I think that there was always a gap between human and birds. So why not design from bird’s perspective, which will inspire people to understand this gap, and help the human understand nature more. There is a special glass that birds can not see people, but people under the glass can see them and hear them. And people’s view is like what birds see up in the sky. I gave the design a name ‘Dream House’. Because human always have a dream that they can fly in the sky like birds. This house will inspire you. Then here comes to the map house design, which should have some relationship with the bird blind house design. So, what I thought was how to break this gap between human and nature. I extruded the gap to a box, dug a rectangular hole in the middle of the box. the volume taken out is like the bird blind. And space around is like the natural environment. But only when you walk around this environment, for example, walk around in this map house, you get a better understanding of nature. Then you reach the layer for the birds, maybe this gap is broken through.
26
Nature
Gap
Gap
Human
Map House
n
27
Pavilion Plan
28
Pavilion Section
3
1
2
Construction process
1 Details
30
2
3
31
4 Fall in with Asheville Project Type: Studio Project / Individual Design Instructor: Ufuk Ursoy, Hecker Douglas Type: Urban infull/ Landscape architecture Date: Spring semester, 2017 Site Location: Asheville, NC
This brief was to convert an abandoned parking spot at the center of the city Asheville, NC, into a public park. This parking lot is in front a historical church, the Basilica of Saint Lawrence. But this space was not fully used for this historic area. So, we were proposing a park design for this site. I was inspired by my experience of visiting Asheville, all kinds of beautiful view in Asheville.
33
Spacial Perception Design strategy
In Asheville, different kinds of leftover spaces generate a different space and different perspective of view. Three main strategies were abstracted from these left over spaces at Asheville.
Belongs to (2) Space between the two buildings of Basilica of Saint Lawrence.
View (1)
Sunken space surround by buildings creates a half private space, which is a feeling of protected. And the surrounding buildings frame the view of the sky and you hear the sound from outside without seeing it, which is a feeling of imagining outside world.
View (2)
Gap space between two street buildings. Mountain view was framed by these two buildings. when you walk on the street, it is a surprise to see this beautiful mountain from the little gap. Belongs to (2) A gap with the view of mountains
Personal map
View (3)
Raised spaces create a sense of importance and openness. You will enjoy the view of surrounding mountains and the city of Asheville. And when you stand in the middle of raised space, part of the view is blocked by the platform and maybe you can only see the beautiful mountains and sky.
34
Belongs to (3) Space with mountain view
Belongs to (1) & (2) A sunken space used as a beer bar with the mountain view.
Belongs to (3) Space of top yard used as a private roof garden
Belongs to (3) Space on the top of a parking lot. The view of mountain and city
Belongs to (2) & (3)
A sunken space between two St, used as a back yard of a bar for performance.
Belongs to (1) A sunken garden in front of library
Belongs to (1) A sunken space used as a back yard of a bar for performance.
35
This diagram shows how to use the strategy of framing the view into my design. The pink parts correspond with the pink park in Personal map collage, means the platform of sunken or raised space. The gray walls correspond to the wall of building in Personal map collage, which helps frame the view. The brown part corresponds to the roads and bridges which connect different spaces and active these spaces. These strategies are used in the design which will arouse people that they have already experienced at Asheville. Then they love their city more.
36
Vie w
View A
B
View D
Vie w
C
37
View A belongs to (2)
View B belongs to (3)
Private space provide you with quiet spaces to help you focus on the Basilica and the sky, imagining the outside world. You can think about something, no matter what it is.
View framed by buildings and concrete deck guide you to see the library and mountains. Providing some chairs in front of building for coffee and beer.
Perspective of View to Basilica (View D) The Civic center is blocked by the roof, then your view focuses on Basilica. Or you can stand on different hight of place to see the mountains or just explore the landscape itself.
38
View C belongs to (1)
L I B R A R Y
View framed by walls, ground, and roof, focusing on the mountains.
39
Professional Works
1 Homeless House Design Project Type: Professional Project / Individual Design Firm: Meadors Instructor: Michael Nixon Type: Public affordable house Date: Summer, 2016 Site Location: Charleston, SC
This brief was that at 2016, about 100 homeless poeple under the birdge were force to go away, because the residents didn’t like them to be there. We thought it was not right and this was a good opportunity to think about their situation and their housing problem in Charleston. We came up with some new ideas for homeless housing and how to make a better life for them.
41
Origin of tent (Normadic life)
Recently tent
Forced to move away
Shelter (Crowded, rules, and no pet)
I think that shelters are not that good for them. They don’t have private spaces. There are some rules. They are not allowed to take their own pets inside, which maybe are their only friends. However, in the tent city, they built something for themselves. They built relationships with each other. It is a good thing rather than directly give them some food, and they don’t need to do anything. So I think it is better to build an affordable community for them. This community is a tiny house village. there are lots of opportunities in the space. People can enjoy their life there. You have your own dogs. There is a center for job training, life skill training, and entertainment. You could plant some crops there. The homeless people who live there can build rules by themselves guided by some non-profit institutes. They need to earn some money to pay for these houses, rather than begging for food. I keep the idea of community. Compare to tiny house village, my design has more opportunities in space. People enjoy their life more, sitting in front of the house on the porch, or on the roof playing guitar. There are open cinema, garden, and community center.
Air condition and Solar panel
Tiny house village
Better way? Life they really want?
Multi-function Shelter (One day volunteer)
Privacy Community
Education
Pets
Garden Healthcare
Supporting Facilities
10'-0"
10'-0" 10'-0"
10'-0"
10'-0"
30'-0"
10'-0"
10'-0"
10'-0"
30'-0"
10'-0"
30'-0"
30'-0"
Module 01 plan & elevation
Module 02 plan & elevation
Module 03 plan & elevation
Single or couple without children or disabled people
One family with 3-5 people
4-8 people Supporting Facilities
44
Community Center first floor plan
Second floor plan
Community Center
45
Open Cinema on roof Garden
Community Center
Site Plan Provide ventilation holes at sheathing Sleepers, sloped 1''/4 per foot
single-ply continuous membrane to wrap down into gutter and up side of beam
Conceded stainless steel gutter tight to beams, drain to internal downspouts at each end Corrosion resistant screen
Provide ventilation holes at sheathing Sleepers, sloped 1''/4 per foot
Provide ventilation holes at sheathing
Sleepers, sloped 1''/4 per foot
single-ply continuous membrane to wrap down into gutter and up side of beam
1''/2 Gypsum board
Conceded stainless steel gutter tight to beams, drain to internal downspouts at each end
1''/2 plywood
Corrosion resistant screen Air permeable cavity insulation Plywood/OSB sheathing Air barrier membrane Rigid insulation(water proof) Cladding
Provide ventilation holes at sheathing Sleepers, sloped 1''/4 per foot
Provide ventilation holes at sheathing
Sleepers, sloped 1''/4 per foot
single-ply continuous membrane to wrap down into gutter and up side of beam
Conceded stainless steel gutter tight to beams, drain to internal downspouts at each end
1''/2 Gypsum board
Drip edge
Window frame Air permeable cavity insulation Plywood/OSB sheathing Air barrier membrane Rigid insulation(water proof) Cladding
46
Altherm window system
1''/2 plywood
Corrosion resistant screen
Assemblies Strategy
support Beam
47
2 Mass Timber Research Project Type: Professional Project / Team: Anna Fritz, Dyesha Holmes, Wood Dennis, Yage Chen Firm: Lord Aeck Sargent Instructor: Josh Andrews Type: Research Date: Summer, 2017
What is the material of future, especially lower embodied energy, waste and carbon emission material using is the trend of this world. Mass Timber is the this kind of material which has the potential to become the steel of the 21st century. So, we four interns had the research of Mass Timber and then came out a white paper for an institutional laboratories.
49
INTRODUCTION TO MASS TIMBER
Benefical Properties of Mass Timber Structures Beneficial Properties of Mass Timber Structures
INTRODUCTION TO TIMBER INTRODUCTION TO MASS TIMBER INTRODUCTION TOMASS MASS TIMBER INTRODUCTION TO MASS TIMBER INTRODUCTION TO MASS TIMBER O MASS TIMBER Thermal Acousticto ConcreteElectical Mechanical Mechanical Environmental Mass Timber performs similarly and Steel
Timber performs toand Concrete and Steel Mass Timber performs similarly to Concrete and Mass Steel Mass performs similarly to similarly Concrete Steel Timber performs similarly to Concrete and Steel y to Concrete andTimber SteelMass
Material Evolution
Reinforced Concrete Steel Light Wood Steel Engineered Wood Products
Light Wood Piece
Engineered Wood
EngineeredConcrete Wood Products Reinforced Mass Timber
Steel
Reinforced Concrete
Mass Timber System
Composites Wood, Steel, Concrete Composites
Mass Timber Products
GLT
Glulam
50
CLT
Cross-Laminated Timber
NLT & DLT
Nail & Dowel Laminated Timber
LVL & LSL
Laminated Veneer & Strand Timber
TCC
Timber-Concrete Compsites
INTRODUCTION TO MASS TIMBER INTRODUCTION TO MASS TIMBER Benefits of Building with Wood
Sustainability Benefits of Building with Wood
Lower Embodied Energy, Waste, &Carbon Emissions 24X
CTION TO MASS TIMBER
Energy forProduction Production Energy For
Absorbs Emissions Greenhouse Gas 3 tons of CO²
An acre of forest
INTRODUCTION TO MASS TIMBER
2 tons of O²
g with Wood
5X
Wood Steel Benefits of Building with WoodConcrete
Releases 3 tons of CO²
Emissions Greenhouse Gas Energy For Production
Absorbs
2 tons of O²
Releases
Construction Pre-Fab vs. Traditional Construction ( Reliable Quality)
Up to 75% less labor
CNC: Computer Numerical Control Prefabrication Robots BIM: Building Information Modeling Up to 75% Less Labor
Up to 0.5% Accuracy Down to 1/8”
FIM: Fabrication Information Modeling
Pre-Conceived Notions Wood has a good Strength to Weight Ratio
Wood IS WEAK Wood is Rigid
Actually
Wood is Flexible & Precise
Wood Burns
Wood has a High Fire Capacity
Wood Decays
Wood can be Preserved & Maintained 51
Precedents Unique aesthetic, Flexible
Housing, Mixed use and High Rise
Institutional Lab
White paper Introducing Mass Timber Construction to Institutional Laboratories in the Southeast
This white paper seeks to introduce mass timber construction to employees of Lord Aeck Sargent, clients, other architects in the southeast, contractors, and related interested parties. Specifically, it will propose mass timber as an alternative type of construction for Institutional Laboratories, which are traditionally constructed out of a steel and/or concrete structure. It addresses this problem by investigating a case study, applying a wood structure to a general plan of a typical Institutional Lab Building.
Structure Engineer: Uzun +Case Fabricator & Industrial Specialist: Sauter Timber Supplies & Fabricator: Katerra Research partner: Clemson Wood Utilization + Design Institute
52
Case study Lord Aeck Sargent’s current Western Carolina University STEM facility project as a precedent
Transform Steel structure into Mass Timber structure Structure plan and Mass Timber structure details
Summary It was very interesting to compare different structure system of real poject. After the communication with professional engineers, supplies and fabricators, we understand that it was important to consider current constrains and factors. • Reconciling a wood structure with the higher vibration codes & standards required for institutional laboratories, due to the heavy machinery required for this building type, can pose design, structural, and programmatic issues. • As of now, the market in the southeast is still largely unfamiliar with Heavy Timber Construction, causing a lag in restrictive and outdated codes on wood buildings (height, fire rating, etc.). •
Lack of familiarity with Mass Timber may initially lead to fee premiums or extra costs.
53
3 North Charleston Chicora Neighborhood Renovation Project Type: Professional Project Firm: Metanoia (Nonprofit Organization) Instructor: Duncan Cheney Type: Urban design Date: Spring semester, 2017 Site Location: North Charleston, SC.
This brief was that at North Charleston Old naval complex, there is an old Chicora neighborhood. This neighborhood was described as the region’s most distressed communities. Metanoia is a Community Development Corporation (CDC) located in the heart of the Chicora-Cherokee neighborhood. Metanoia is discovering and growing assets to create sustainable change in our neighborhoods by listening to the residents that actually live in our communities. They are doing affordable housing and renovation projects to active this neighborhood. I was very lucky to participate in this process.
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Key Terms 1. NEW URBANISM
An urban design movement which promotes environmentally friendly habits by creating walkable neighborhoods containing a wide range of housing and job types.
2. TACTICAL URBANISM
An umbrella term used to describe a collection of low-cost, temporary changes to the built environment, usually in cities, intended to improve local neighbourhoods and city gathering places.
3. COMMUNITY DRIVEN
Metanoia’s focus on community feedback continues today as a majority of Metanoia’s Board of Directors are themselves neighborhood residents and majority of our staff, including the CEO, are community residents themselves.
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Old Chicora school
57
58
Old Naval Complex
Proposed section for walking and biking
Old Naval Complex
Multi-Family Development Vacant space Potential for parks
Re
yn
old
sA ve
Chicora Neighborhood
Old Chicora School Metanoia
Wetland
Chicora School of Communications Old Rail road Military Magnet Academy
Recreation Center
Chicora neiborhood Master plan 60
Old Dry Cleaner Building
Affordable Housing project
Renovation design
Wood Tree Bed design
Volunteer work 61
Sketch and Hand Craft
62
63
Old Charleston Jail Sketch 64
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Medway Park Community Garden Pavilion Design build Project - Charleston 2017 fall
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DESIGN TEAM TEAM NAME:
A
2
701 EAST BAY STR CHARLESTON SC ATTN: DAVID PA
CONTACT:
DAVID PA PASTRE@G.CLEMSON
B
2
1 A302
CLEMSON UNIVE ARCHITECTURE+COMMUNITY B
ADDRESS:
A302
MATTHIAS K MATTHIK@G.CLEMSON
J.T. PENNIN JTPENNI@G.CLEMSON
A301 2
1
2
1
2
1
A305
A305
A304
A304
A303
A303
6
5
4
3
2
1
CONSULTANTS STRUCTURAL
JOHN MOORE
MECHANICAL ELECTRICAL PLUMBING
WOOD BEAMS, REFER TO ROOF PLAN
WOOD GIRDERS, REFER TO ROOF PLAN
Roof 9' - 7"
WOOD PURLINS, REFER TO ROOF PLAN
DESIGN TEAM TEAM NAME:
Girder 9' - 2"
CLEMSON UNIVERSITY ARCHITECTURE+COMMUNITY BUILD 701 EAST BAY STREET, CHARLESTON SC 29403 ATTN: DAVID PASTRE
ADDRESS:
7' - 9 3/4"
WOOD BEAMS, REFER TO ROOF PLAN
Roof DAVID PASTRE 9' - 7"PASTRE@G.CLEMSON.EDU CLIENT Girder 9' - 2" CHARLESTON PARKS CONSERVANCY
CONTACT:
T.O. Storage Unit 7' - 2"
WOOD GIRDERS, REFER TO ROOF PLAN
720 MAGNOLIA MATTHIAS KELLY ROAD SUITE 25 CHARLESTON, SC 29407 720 MATTHIK@G.CLEMSON.EDU
EXECUTIVE DIRECTOR: HARRY LESESNE
J.T. PENNINGTON T.O. Storage Unit 7' - 2"JTPENNI@G.CLEMSON.EDU
PRESSURE TREATED 4X4 WOOD COLUMNS STORAGE SHED, REFER TO DETAIL SHEETS.
PRESSURE TREATED STORAGE 4X4 WOOD COLUMNS
SHED, REFER TO DETAIL SHEETS.
CONSULTANTS
NEW GATE FOR PRIMARY GARDEN ENTRANCE
STRUCTURAL
CUSTOM WOOD BENCHES, TYPICAL OF (5)
CONCRETE PIERS
JOHN MOORE, 4SE
MECHANICAL EXISTING WOOD AND METAL FENCE TO REMAIN ELECTRICAL
T.O. Concrete Piers 3' - 0"
PLUMBING T.O. Concrete Piers
3' - 0"
CONCRETE PIERS
REVISION LOG:
Grade 0' - 0"
Grade 0' - 0"
North Elevation 1/2" = 1'-0"
2
MARK
West Elevation 1/2" = 1'-0"
CLIENT
DATE
ISSUE DATE: COPYRIGHT:
B
A301
COMMUNITY BUILD MJK, JTP 11/01/2017
CLEMSON DESIGN CENTER: CHARLESTON
EXECUTIVE DIRECTOR: HARRY LESESNE
A
2
DESCRIPTIO
LOT NUMBER:
DRAWN BY: CHARLESTON PARKS CONSERVANCY 720 MAGNOLIA ROAD SUITE 25 CHECKED BY: CHARLESTON, SC 29407 720
SHEET TITLE
North Elevation
A201
WOOD BEAMS, REFER TO ROOF PLAN
WOOD GIRDERS, REFER TO ROOF PLAN
REVISION LOG:
Roof 9' - 7" Girder 9' - 2"
T.O. Storage Unit 7' - 2" PRESSURE TREATED 4X4 WOOD COLUMNS
STORAGE SHED, REFER TO DETAIL SHEETS.
DOOR PANELS
MARK
DATE
DESCRIPTION
DOOR PANELS LOT NUMBER:
T.O. Concrete Piers 3' - 0" CONCRETE PIERS
DRAWN BY:
COMMUNITY BUILD
CHECKED BY:
MJK, JTP
ISSUE DATE:
11/01/2017
COPYRIGHT:
1
CLEMSON DESIGN CENTER: CHARLESTON
SHEET TITLE
Grade 0' - 0"
East & West Elevations
A203
East Elevation 1/2" = 1'-0"
2-#4 REINFORCING STEEL IN MIDDLE OF PIER
T.O. Concrete Piers 3' - 0" 0' - 5"
3 1/2" GROOVE BEYOND
1- #4 REINFORCING STEEL EA SIDE OF GROOVES
2' - 2 1/8"
0' - 3 7/16"
1- #4 REINFORCING STEEL EA SIDE OF GROOVES
0' - 3 1/2"
2- #4 REINFORCING STEEL MIDDLE OF PIER
3- #3 TIES FOR #4 REINFORCING BARS, EA FACE OF PIER
DESIGN TEAM
1- #3 HOOP AROUND MIDDLE BARS TEAM NAME:
0' - 5"
1- #4 REINFORCING STEEL EA SIDE OF GROOVES
CLEMSON UNIVERSITY ARCHITECTURE+COMMUNITY BUILD 701 EAST BAY STREET, CHARLESTON SC 29403 ATTN: DAVID PASTRE
ADDRESS:
DAVID PASTRE PASTRE@G.CLEMSON.EDU
CONTACT:
3- #3 TIES EA FACE W/ 180 DEGREES HOOK
MATTHIAS KELLY MATTHIK@G.CLEMSON.EDU J.T. PENNINGTON JTPENNI@G.CLEMSON.EDU
4 A403
4
PLAN DETAIL THROUGH CONC. PIER 3" = 1'-0"
CONSULTANTS STRUCTURAL
JOHN MOORE, 4SE
MECHANICAL 1' - 4" OVERLAP
ELECTRICAL
T.O. Concrete Piers 3' - 0"
PLUMBING
(3) - #3 TIES FOR #4 REINFORCING BARS, EA FACE OF PIER
4X4 WOODEN COLUMN
0' - 4 1/2"
0' - 2"
#4 REBAR @ 16" EA WAY. PROVIDE STD. 90 AT ENDS
0' - 2"
5" CONC. SLAB
Grade 0' - 0"
CLIENT CHARLESTON PARKS CONSERVANCY 720 MAGNOLIA ROAD SUITE 25 CHARLESTON, SC 29407 720
(3) 5/8" DIA. ANCHOR RODS OR DRILLED-IN ANCHORS EA COLUMN WITH EPOXY.
EXECUTIVE DIRECTOR: HARRY LESESNE 1' - 4"
0' - 4 1/2"
THICKENED SLAB EDGE AROUND PERIMETER W/4- #4 CONTINOUS
NOTES: • USE 4000 PSI CONCRETE • STANDARD 90O HOOK FOR SLAB • BARS AND VERTICAL REINFORCEMENT STEEL IS 9"
0' - 3"
0' - 3"
1
0' - 4 1/2"
REVISION LOG: 1' - 10"
2
REINFORCEMENT DETAIL 3" = 1'-0" 2 A403
Grade 0' - 0"
1
MARK -
NOV 08 2017
DATE
CODE COMMENTS
DESCRIPTION
LOT NUMBER:
---
DRAWN BY:
COMMUNITY BUILD
CHECKED BY:
MJK, JTP
ISSUE DATE:
11/01/2017
COPYRIGHT:
CLEMSON DESIGN CENTER: CHARLESTON
SHEET TITLE 1
3 A403
3
COLUMN DETAIL TO PIER 3" = 1'-0"
1
Enlarged Pier Plan, TYP. 1" = 1'-0"
Concrete Pier Reinforcement Detail
A403
Revit Drawings 67
Box Making Craft Class- Charleston 2017 fall
68
69