PORTFOLIO AUTUMN HINSON
2020 - 2023
ACADEMIC / PROFESSIONAL
HI THERE !!!
803.577.5748
amhinso@g.clemson.edu
THIS PORTFOLIO EXHIBITS A SELECTION OF STUDENT AND PROFESSIONAL WORK, PERSONAL HOBBIES, AND A DEEP PASSION FOR DETAILED DESIGN.
Born and raised in Kershaw, South Carolina, I am a graduate student in my final semester of Clemson University’s Master of Architecture program after completing my B.A in architecture with a minor in Business Administration. During both my undergraduate and graduate time at Clemson, I studied abroad at the design center in Charleston taking part in the Community Build program where I gained a strong sense of place and developed a passion for holistic design. Since 2019, I have
been gaining real life experience through various internships where I advanced my interest in spatial experience within the built environment and developed an understanding for the art of craftsmanship. My aim is to expand my knowledge of technical systems and push the boundaries of design.
I’M AUTUMN HINSON
EDUCATION EXPERIENCE
Masters of Architecture / May 2023
Clemson University, Clemson, SC
Bachelor of Arts in Architecture / May 2021
Clemson University, Clemson, SC
Minor in Business Administration
SKILLS
Digital Skills
Adobe Suite
AutoCAD
Office Suite
Lumion
PowerCAD
Revit
Sketchup
ACHIEVEMENTS
Analog Skills
2D CNC Cutting Hand drafting Model Making
Laser Cutting Woodworking
AJ Architects / Architectural Intern
Charleston, SC
January - December 2022 / June - August 2021
I assisted and managed small scale residential, historic preservation, and adaptive reuse projects in downtown Charleston, SC. I met with clients and conducted meetings with contractors and engineers, and I spent a lot of time developing construction documents for projects. I conveyed ideas to fellow employees with hand sketches and to clients using Sketchup, PowerCad, and Revit.
Graduate Assistant / Clemson Materials Lab
Clemson, SC
August - December 2021
I helped manage the materials lab on Clemson University’s main campus where I focused on wood applications and helped students with their projects while maintaining a safe and clean environment
JMO Woodworks / Woodworker
North Charleston, SC
January - December 2020
I collaborated on working drawings to present to clients and shop drawings to build off using AutoCAD. I teamed up with fellow fabricators to build various cabinets, doors and other casework using a CNC Router and other tools. I, with guidance, was responsible for managing a project from beginning stages of working drawings and proposals to final drawings and completed casework installation.
REFERENCES
David Pastre
Director - CDC.C, Clemson University pastre@clemson.edu
843.696.3343
Design
Ashley Jennings
Architect, AJ Architects ashley@ajarch.net
843.810.0029
Brett Gerbracht
Owner - JMO Woodworks jmowoodworks@gmail.com
Goodwyn, Mills and Cawood / Architectural Intern
Greenville, SC
May - October 2019
I collaborated with drafters and architects to update and red-line various detail drawings for the Clemson University softball project using Revit. I also assisted the interior design team to collaborate with the clients. I worked on analyzing and evaluating local schools for redesign and restoration with architects in various offices in our network.
2019 IPAL Cohort AIA SC Award Finalist 2021 AIA SAR Student Senior Design Award for Best Execution 2022 AIA Charleston Student Choice Design Judge
843.577.7352 Award Nominee
RHYTHMIC PRESERVE
UNDERGRAD | 4TH YEAR | SPRING 2021
FARM-TO-TABLE 15
M.ARCH II | 1ST YEAR | FALL 2021
DESIGN|BUILD
M.ARCH II | 1ST YEAR | SPRING 2022
21
OPEN ARMS
M.ARCH II | 2ND YEAR | SPRING 2023
01 09
CONTENT
33 11.5 ST. PHILIP
PROFESSIONAL WORK | AJ ARCHITECTS
35 109 RUTLEDGE
PROFESSIONAL WORK | AJ ARCHITECTS
37
WINE RACK
PROFESSIONAL WORK | JMO WOODWORKS
39
BISHOP GADSDEN
PROFESSIONAL WORK | JMO WOODWORKS
41
SKETCHES
UNDERGRAD | GRAD
RHYTHMIC PRESERVE
The Coastal Discovery Museum is a beloved, community-oriented institution that has remained committed to its roots of preserving the local environment, history, culture, and arts. The CDM inspires people to care for the Lowcountry by discovering connections between air, land, water, and living things for greater environmental awareness. Through this mission statement, we developed a proposal that highlights the beauty of the natural landscape and permeates local culture by incorporating strategic site planning, appropriate architectural design, and an emphasis on preservation of the natural landscape. The museum will feature gallery space that provides exposure for local artists and will house a large public area that acts as the main hall which encourages visitors to flow through the building and explore. The final component is the education wing where imagination and discovery can run wild in classrooms, studio space, and outdoor learning zones.
Studio: Undergrad | 4th year | Spring 2021
Professors: Ulrike Heine, George Schafer, + David Franco
Partners: Gauge Bethea + Michael Caraballo
Best Execution
SITE STRATEGY DESIGN FOR ECOLOGY
75% of the immediate site surrounding the building is designed to support natural vegetation. Native and climate appropriate plants will be used in addition to ecology ponds that promote habitats for native wildlife.
B A D C E B B TREE WALK A. HUMAN SCALE PAVILION B. INDOOR/OUTDOOR RELATIONSHIP ECOLOGY
SUSTAINABILITY AMPHITHEATER
IMMERSIVE ENVIRONMENT SCULPTURE GARDEN
RESILIENCY
C.
D.
E.
FORMAL/ARCHITECTURAL IDEAS
ENVIRONMENTAL/EXPERIENTIAL
04 LAN D AIR TAW RE S N W E SUN / SHADE VEGETATION VIEWS HUMAN USE CUT PUSH FORWARD ROTATE ENDS PUSH & ELEVATE CREASE RIDGE LINE FINAL FORMATION
PUBLIC SPACE
1. MAIN HALL
2. MUSEUM STORE
3. LIBRARY
4. MEZZANINE
GALLERY SPACES
5. LARGE GALLERY
6. MEDIUM GALLERY
7. SMALL GALLERY
8. COLLECTION STORAGE
9. EXHIBITS FABRICATION
10. LOADING AREA
ASSEMBLY/EVENT
11. AUDITORIUM
12. MEETING ROOMS
13. CATERING KITCHEN
14. BRIDAL SUITE
EDUCATION
15. ART STUDIO
16. MAKER SPACE
17. ENVIRONMENTAL CLASSES
18. SEMINAR ROOMS
19. STORAGE
ADMINISTRATION
20. MUSEUM OFFICES
GROSSING
PUBLIC SPACE
GALLERY SPACES
ASSEMBLY/EVENT
EDUCATION
ADMINISTRATION
GROSSING FACTOR
TOTAL
05
FACTOR 16 15 1 2 3 4 5 6 7 8 9 10 11 12 12 13 14 8 17 17 18 18 19 20 9,000 SF 12,000 SF 6,000 SF 6,500 SF 2,000 SF 4,500 SF 40,000 SF PROGRAM FLOOR PLAN 1
PLAN 2
DIAGRAM
FLOOR
PROGRAM
DESIGN FOR DISCOVERY
This building houses gallery spaces for exploration towards history, culture, and art as well as educational spaces that teach healthy sustainability habits. A tree walk and educational pavilions allow for an immersive discovery of different ecologies throughout the park.
DESIGN FOR COMMUNITY
This building encourages community involvement through collaboration zones and event spaces that open up to a covered extension of the building. This provides more space for gathering and alternative learning environments for surrounding schools. This promotes educational growth within the community.
DESIGN FOR EDUCATION
The building uses education as a driving factor where imagination and discovery can run wild in classrooms, studio space, and outdoor learning zones. The exterior of the building is a teaching tool for visitors to explore and learn how to preserve the native landscape in the Lowcountry.
DESIGN FOR ENERGY
Natural sunlight floods the building through glass walls to reduce the amount of energy used. Operable windows located on the north and south facade as well as on the roof are used to create a source of passive cooling and ventilation
SOLAR PANELS ENERGY SAVINGS 15% phase 1 46 IN/YR AVG. RAINFALL 65% ENERGY SAVINGS OPERABLE WINDOWS
EDUCATION AUDITORIUM GALLERY 06
BUILDING MATERIALS
HSS 10X4X1/2
1/2” STEEL PLATE (2)
3/4” HEX BOLT, TYP.
STANDING SEAM METAL ROOF W/ 4” TONGUE & GROOVE DECKING & 2” RIGID INS.
STRUCTURAL STEEL BEAM W12X26 W/ WOOD INFILL
BUILDING SECTION AT EDUCATION WING
SUSPENDED LIGHTS
STRUCTURAL DIAGRAM
STRUCTURAL 7/8” CABLE
3/4” STEEL PLATE
DESIGN FOR RESOURCES
Building materials are sourced locally. These natural materials utilize low embodied energy. The project analyzed the cradle-to-grave life cycle in beginning phases to consider appropriate environmental factors.
NORTH ELEVATION
07
STEEL STRUCTURE
RAIN-SCREEN GLASS
GREYWATER HARVESTING
DESIGN FOR WATER
Rainwater is harvested through a rain chain system and stored in the underground cistern before being treated and used as greywater throughout the building. Any excess water on site is irrigated through the ecology ponds which help with flood control.
783
GAL/YR
WATER RECYCLED
HSS 10X4X1/2”
W10X33 STEEL COLUMN WITH WOOD INFILLS
W12X26 STEEL TRUSS WITH WOOD INFILLS
1/4” STANDING SEAM
METAL ROOFING
5/8” WOOD SHEATHING PLYWOOD
2” RIGID INSULATION
4” TONGUE AND GROOVE DECKING
RAIN-CHAIN
HSS 10X4X1/2”
W8X10 W/ WOOD INFILLS
RAIN-SCREEN ON 6” WOOD STUDS
6” BATT INSULATION
5” CONCRETE DECKING
W8X10 BEAM
6” METAL STUD
METAL SOFFIT PANELS
8” PIPE TO CISTERN BELOW
CONCRETE WALL COLLECTION
W/ WOOD BENCH
CONCRETE COLUMN CAP
CMU FOUNDATION W/ 1.5” RIDGE INS. & 1” STONE BASE
RAIN CHAIN DIAGRAM WALL SECTION AT RAIN CHAIN 08
FARM-TO-TABLE
Located in Vinalhaven, Maine, farmto-table is a self-sufficient community designed to reach a multitude of generations. Farm-to-table serves as a live-work environment that teaches and fosters the skills of those that interact with the area. This site provides job opportunities and pays homage to the culture of vinalhaven that will encourage islanders to stay and give back. Utilizing natural resources and the implementation of passive environmental strategies are designed to increase sustainability and reduce the burden of expense on the community.
Studio: M. Arch II | 1st year | Fall 2021
Professors: Ulrike Heine, George Schafer + David Franco
Partner: Jake Nixon
CIRCULATION
Movement throughout the site flows through farmland to embrace the agrarian influence found on the island. This allows for residents to coexist with the vast amounts of program and farming opportunities the site has to offer.
SCHOOLST.
DESIGN FOR COMMUNITY
Farm-to-Table capitalizes on integrating a multitude of generations into a self-sufficient community. By providing a space where people of all ages can live, work, and play together, residents become a part of a homogenious unit.
DESIGN FOR INTEGRATION
This site is designed around 3 key concepts; the community, the fishing industry, and the agriculture industry. These aspects are integrated into one another to promote mental health, socialization, and knowledge and skills that each community member can benefit from taking part in.
11
E. MAIN ST.
E.BOSTONRD.
INDIAN CREEK (SALT WATER)
CARVERS POND (FRESH WATER)
SITE AXIS LINES
BUILDING LOCATIONS
CROP PLACEMENT AROUND BUILDINGS
MENTAL HEALTH SOCIALIZATION KNOWLEDGE + SKILLS PHYSICAL HEALTH RESOURCES MONEY ACCESS COMMUNITY FISHING FARMING
LIVE WORK PLAY
37,000 lbs
Public space dedicated to educational, technological, and cooking areas are designed specifically to teach everyone on the island new skills and opportunities that the island currently lacks. 28
production of all crops. All manure used for farming is produced by the livestock and in turn, helps to produce crops that are used to feed the residents.
HOUSING UNITS
There are 7 housing units located throughout the site that can house up to 8 people. Each unit is accommodate the multitude of generations site, while providing immediate access to the live-work environment.
agriculture and member BOSTONRD.
LIVESTOCK WASTE CROPS PEOPLE SCRAPS WATER IRRIGATION PRIVATE HOUSING CIVIC PLAZA PUBLIC SPACE TECHNOLOGY EDUCATION FAMILY SINGLE ELDERLY PUBLIC SPACES
RESIDENTIAL UNITS ON SITE 4 UNITS PER HOUSING
CROP YIELD PER YEAR CARROTSCORNLETTUCE TOMATOES BEETSBEANSPEPPERSSQUASH
GOATS CHICKENS 60% OF THE TOTAL GOAT POPULATION ON SITE WILL PRODUCE DAIRY FOR CONSUMPTION 80% OF THE TOTAL CHICKEN POPULATION ON SITE WILL BE USED FOR MEAT AND DAIRY CONSUMPTION MENTAL HEALTH SOCIALIZATION KNOWLEDGE SKILLS PHYSICAL HEALTH RESOURCES MONEY ACCESS SCHOOL ST. E. MAIN ST. E.BOSTONRD. PROCESS COOK 12
PEAS
FOR ECONOMY
DESIGN FOR ECONOMY
DESIGN FOR RESOURCES
DESIGN FOR RESOURCES
DESIGN FOR WELL-BEING
Farm-To-Table promotes wellness through socialization and routine by creating interaction zones on site. Housing units are clustered together to surround farmland for immediate access to the work environment. Residents and surrounding community members can gather outside or in communal spaces within housing units.
SNOW STRATEGIES
Snow guards are used to help snow drift off the roof in small amounts. Radiant tubes are used in the walls and ceilings to collect heat and to keep ice melt consistent. Melted snow and rainfall is then run through a hidden gutter system that is connected to the underground cistern for collection.
DESIGN FOR ECONOMY
surplus of crops grown on site can be sold surrounding Vinalhaven residents and provide a profit of $660 for the community. 45 jobs are on site or in the area through blue collar work teaching and restaurant opportunities.
An 80% surplus of crops grown on site can be sold to surrounding Vinalhaven residents and provide a monthly profit of $660 for the community. 45 jobs are created on site or in the area through blue collar work or teaching and restaurant opportunities.
An 80% surplus of crops grown on site can be sold to surrounding Vinalhaven residents and provide a monthly profit of $660 for the community. 45 jobs are created on site or in the area through blue collar work or teaching and restaurant opportunities.
DESIGN FOR RESOURCES
This site uses 80% locally sourced and recycled materials in its construction. Wood local to the island of Vinalhaven are used for SIP panels and exterior finishes while metal and glass fabrications are manufactured at local plants. Other materials used are shipped to the island by boat from neighboring towns.
This site uses 80% locally sourced and recycled materials in its construction. Wood local to the island of Vinalhaven are used for SIP panels and exterior finishes while metal and glass fabrications are manufactured at local plants. Other materials used are shipped to the island by boat from neighboring towns.
This site uses 80% locally sourced and recycled materials in its construction. Wood local to the island of Vinalhaven are used for SIP panels and exterior finishes while metal and glass fabrications are manufactured at local plants. Other materials used are shipped to the island by boat from neighboring towns.
FILTER AVG. WIND SPEED 10 MPH
N E S W
4'
• SHINGLE SIDING - 5.62 CO2/kg - 1.07 CO2/kg • SIPS PANELS MATERIAL CARBON FOOTPRINT WOOD Used for SIP panel construction, siding and finish work and can be METAL Used for roofing and siding purposes, low maintenance and durable, 4 MILES 25 FARMING JOBS 5 TEACHING JOBS 3 RANCHER JOBS 5 FISHING JOBS
SUBTRACT ELEVATE INTERACT
• SHINGLE SIDING - 5.62 CO2/kg - 1.07 CO2/kg - 0.85 CO2/kg - 1.37 CO2/kg • SIPS PANELS MATERIAL CARBON FOOTPRINT METAL Used for roofing and siding purposes, low maintenance and durable, and can be recycled. 4 MILES 25 FARMING JOBS 5 TEACHING JOBS 3 RANCHER JOBS
• GLASS GLAZING • SHINGLE SIDING - 5.62 CO2/kg - 1.07 CO2/kg - 0.85 CO2/kg - 1.37 CO2/kg • SIPS PANELS • STANDING METAL SEAM MATERIAL CARBON FOOTPRINT WOOD Used for SIP panel construction, siding and finish work and can be recycled on the island. METAL Used for roofing and siding purposes, low maintenance and durable, and can be recycled. 4 MILES 3 MILES 15 MILES 25 FARMING JOBS 5 TEACHING JOBS 3 RANCHER JOBS 5 FISHING JOBS 7 RESTAURANT JOBS 45 JOBS CREATED
DESIGN FOR DISCOVERY
Farm-To-Table strives to influence the surrounding area and communities to think more about sustainability at an achievable level. This site is an example to others that self-sufficiency is within reach and can be beneficial to all.
OPERABLE LOUVERS
35% OPENING COVERAGE FOR NATURAL VENTILATION
DESIGN FOR CHANGE
Operable louvers are used as a passive strategy for solar protection and natural ventilation during the summer months. The orientation of each building is designed to maximize solar heat gain and wind direction of each location during their respective seasons.
SOLAR PANELS
160%
SOLAR ENERGY COLLECTED ON SITE RESULTING IN 100% ANNUAL EFFICIENCY
DESIGN FOR WATER
This is a beyond net zero water site and collects 624,000 gallons of water from rain and snow per year in silos and cisterns that are used for irrigation of crops or for drinkable use. An abundance of natural water is found on the island so well water is used for immediate use. 39 in.
600kwh per unit = $10,000/year profit
58 in.
DESIGN FOR ENERGY
160% of solar energy is collected on site resulting in beyond net zero energy that can be sold back to the grid for a profit. Geothermal is used to heat and cool the buildings, and operable windows result in 30% of initial energy savings.
624,000 gal/yr
14
TEMPERATURE RANGE
SUMMER SUN ANGLE 116° CISTERN SEPTIC
ENERGY SAVINGS
67
30% OPERABLE WINDOWS
RAIN PER YEAR
SNOW PER YEAR
WATER COLLECTED ON SITE EQUALS TO AN OLYMPIC SIZE SWIMMING POOL
DESIGN|BUILD
This outdoor classroom and pavilion was designed for Edith L. Frierson Elementary School on Wadmalaw Island in Charleston, SC. Edith L. Frierson is low-income montessori school focused on empowering its students to achieve great things through tactile learning. This project was intented to be completed by the end of Spring 2022, but due to an easement discovery and permitting conflicts, final construction was delayed til Spring of 2023. Shop drawings were finalized and construction of prefabricated parts continued during this time. For our final, we built a full scale mock-up of the trellis component as it connected to the structure of the small building.
Studio: M. Arch II | 1st year | Spring 2022
Professor: David Pastre
Partners: Community Build Studio
SMALL GROUP DESIGN
Collaborators: Jerome Simiyon + Nick Oxendale
ADJUSTABLE GARDEN BOXES
SLIDING PARTITION WALLS
17
FINAL DESIGN
Collaborators: Community Build Studio Spring 2022
Corners removed from mass to create interstitial space along path from garden to woods SOUTH ELEVATION
L-shaped mass aligned along garden axis
Classroom rotated 15° from garden axis towards south
18
EAST ELEVATION
CONSTRUCTION DETAILS
1/4” STEEL PLATE, PAINTED
4X6 PRESSURE TREATED BEAM
6X8 PRESSURE TREATED BEVELED POST
L 5X5X5/16 STEEL ANGLE + 1/4” STEEL PLATE, PAINTED
TRELLIS PLATE AXON
1/4” STEEL PLATE, PAINTED
6X8 PRESSURE TREATED BEVELED POST 1/2” THREADED ROD
UPPER PLATE PLAN
4X6 PRESSURE TREATED BEAM
LOWER PLATE PLAN
1/4” STEEL PLATE, PAINTED
6X8 PRESSURE TREATED BEVELED POST
(2) 1/2” LAG SCREWS 2-1/2” APART VERTICALLY 1/2” THREADED ROD
4X6 PRESSURE TREATED BEAM
19
STUDIO TEAM
EXTERIOR TRELLIS MOCK UP
INTERIOR TRELLIS MOCK UP STEEL CONNECTION MOCK UP CONSTRUCTION
MOCK UP + FABRICATION 20
MOCK UP CONSTRUCTION
OPEN ARMS
Open Arms is an at-risk youth resource center and housing complex catered towards the LGBTQ youth in the Midtown area. The intent of the project is to provide a safe place for this group who are seeking shelter, hope, and inspiration by providing representation and resources. In conjunction with Midtown’s EcoDistrict Initiative, Open Arms looks to be a connection point by creating an immersive environment along the Beltline in Atlanta, Georgia. For this comprehensive studio project, we looked to resolve technical applications like mechanical systems, structural systems, life safety, and sustainable strategies on a large scale with a variety of occupancies.
Studio: M. Arch II | 2nd year | Spring 2023
Professors: Ulrike Heine, Ufuk Ersoy + Dustin Albright
Partner: Gauge Bethea
Summer Wind Winter Wind SummerSolstice Fall&Spring WinterSolstice N E W S 23 Nature Atlanta Midtown SITE ANALYSIS SITE AXON
24
Education
Gardens Activity
GROUND FLOOR PLAN
IMMERSIVE ENVIROMENTS
SECOND FLOOR PLAN
25 DN RECORD STUDIO 1242 PEOPLE 260 540 LIGHTWELL 260--TRAVEL DISTANCE: 108'UP TRAVEL DISTANCE: 103' - 6" TRAVEL DISTANCE: 85' - 6" TRAVEL DISTANCE: 75'6" TRAVEL DISTANCE: 122'0" TRAVEL DISTANCE: 103' - 0" TRAVEL DISTANCE: 146'6" TRAVEL DISTANCE: 103' - 0" TRAVEL DISTANCE: 83' - 6" LOUNGE 1500 SF 100 PEOPLE CAFE 455 SF 30 PEOPLE MULTIPURPOSE 845 SF 120 PEOPLE WEST LOBBY BARBER SHOP 530 SF PEOPLE CLOTHING STORE 1220 SF 20 PEOPLE GROUP ROOM 574 SF 12 PEOPLE GROUP ROOM 573 SF 12 PEOPLE SMALL CONFERENCE 430 SF PEOPLE SMALL CONFERENCE 432 SF PEOPLE SEMINAR ROOM 675 SF 13 PEOPLE MECH 434 SF STOR. COOLER THRIFT STORE 805 SF 13 PEOPLE PANTRY 611 SF 10 PEOPLE DINING HALL 1722 SF 114 PEOPLE INSTRUCTIONAL KITCHEN 1475 SF 7 PEOPLE DRY STORAGE 392 SF PERSON MECH RM 320 SF LOADING | RECEIVING TRASH FIRE RISER 178 SF MECH 360 SF COOLER 132 SF PERSON FREEZER 127 SF PERSON LEGAL 235 SF LEGAL 201 SF 122 SF 122 SF 122 SF 96 SF WAIT 313 SF 100 SF 100 SF 100 SF BREAK 378 SF PEOPLE 110 SF 110 SF 842 SF 360 SF 360 SF 720 SF CORRIDOR 6874 SF LOBBY 2307 SF 190 PEOPLE CORRIDOR 1155 SF MECH RM 320 SF ELECTRIC 320 SF 23 PEOPLE JC MECH 170 SF
BELTLINE
CONNECTIVE SPACES
REF. BELOW--REF. LIGHTWELL BELOW-26 THIRD FLOOR PLAN FOURTH FLOOR PLAN
SUPPLY DUCTS
RETURN DUCTS
EXHAUST DUCTS
FRESH AIR DUCTS
V27 VOLUME OF WOOD PRODUCTS USED 39,240 FT 3 CARS OFF THE ROAD FOR A YEAR 524 CARS US + 3 MINUTES
HORIZONTAL CONTROL HEAT GAIN WATER CAPTURED AND BIOSWALE UNDERGROUND 47” PER YEAR VRF UNITS VRF UNITS COOLING TOWER DOAS ROOF
PLAN 3.7” PER HOUR RAW MATERIAL FABRICATE BUILD CARBON FOOTPRINT REDUCTION CONTROLLED FABRICATION DECREASED CONSTRUCTION TIME AFFORDABILITY
AXON
MECH + DRAINAGE
MECHANICAL
KEY RAIN
HORIZONTAL LOUVERS ARE USED TO CONTROL COMFORT LEVELS AND GAIN WITHIN THE ATRIUM
DECIDUOUS TREES PROVIDE NATURAL SHADING AND PASSIVE COOLING STRATEGIES
PV PANELS FACING SOUTH AT 33.7° USED TO OFFSET ENERGY CONSUMPTION
CAPTURED FROM ROOF
STORED IN
CISTERNS
PERMEABLE PAVERS USED TO DIVERT AND COLLECT WATER
+ CANADIAN FORESTS GROW THIS IN: MINUTES TOTAL POTENTIAL CARBON BENEFIT 2,740 METRIC TONS OF CO2 CARBON STORED IN THE WOOD 880 METRIC TONS OF CO2
GREENHOUSE GAS EMISSIONS 1,860 METRIC TONS OF CO2 ENERGY USE OF THIS MANY HOMES 233 HOMES C 57°
AVOIDED
BIOSWALE
UNDERGROUND
28 LIVE RECYCLE AFFORDABILITY CRADLE TO CRADLE
ROOF
3 PLY LOW SLOPE ROOF
HEAVY TIMBER
STRUCTURE
I BEAMS
GLULAM BEAMS
GLULAM COLUMNS
HSS COLUMNS
PARAPET WALL W/ CAP
TAPERED INSULATION OVER CLT ROOF PANEL
INTERNAL SHADING DEVICE
ALUMINUM WINDOW W/ INSULATED DOUBLE PANE GLASS
3/4” METAL SLATS FOR SHADING
5-PLY CLT FLOOR PANELS W/ GYPCRETE TOPPER + VINYL FLOOR FINISH
ALUMINUM FRAMED DOOR W/ TRANSOM WINDOW
CORES + FLOORS
5 PLY CLT FLOORS
CMU CORE WALLS
CONCRETE SLAB
FOUNDATION
PILE CAP
CONCRETE GRADE BEAM
CONCRETE SPREAD FOOTING
STEEL PILES
STRUCTURAL ASSEMBLY
BALCONY W/ SLOPED DRAINAGE
3 PLY CLT FLOOR PANEL WITH BEAM BEYOND
ALUMINUM WINDOW W/ INSULATED DOUBLE PANE GLASS
5-PLY CLT FLOOR PANELS W/ GYPCRETE TOPPER + VINYL FLOOR FINISH
PLENUM SPACE FOR MECHANICAL, ELECTRICAL, + PLUMBING
2 HR FIRE RETARDANT TREATED WOOD STUD WALL W/ METAL CLADDING
6” CONCRETE SLAB W/ CONTINUOUS INSULATION AND GRAVEL BED
PILE CAP WITH STEEL PILES (50-80FT DEPTH)
RESIDENTIAL WALL SECTION
LEVEL 4 45’-0” LEVEL 3 30’-0” LEVEL 2 15’-0” LEVEL 1 0’-0” ROOF 60’-0” 29
ALUMINUM WINDOW WITH INSULATED DOUBLE PANE GLASS
RESIDENTIAL ADMINISTRATION
METAL CLADDING
AIR GAP W/ FURRING STRIPS
1” CONTINUOUS RIGID INSULATION
AIR + WEATHER BARRIER
3/4” SHEATHING
2X6 FIRE RETARDANT TREATED WOOD STUD W/ BATT INSULATION
1” CONTINUOUS RIGID INSULATION
ANCHOR POINT
MEDICAL SUITE
1 1/2” GYPCRETE W/ VINYL FLOOR FINISH + ACOUSTICAL MAT
GYPSUM DROP CEILING
5-PLY CLT FLOOR PANEL 6 X 18 GLULAM BEAM VAV DUCTWORK30
KNIFE
KNIFE PLATE SHELF CONNECTION
CONTINUOUS
DRAINAGE PEBBLES
FILTER LAYER + ROOT BARRIER
EPDM ROOFING OVER 1” COVERBOARD
TAPERED RIGID INSULATION
VAPOR BARRIER
AREA DRAIN W/ 3” PIPE + GRATE
6 X 18 BEAM BEYOND31 COLUMN TO SLAB
CONNECTION
STEEL KNIFE PLATE CONCRETE SLAB 1
12 x 12 GLULAM COLUMN
BOLT
WELDED
STRUCTURAL AXON
BEAM
12 x 12 GLULAM COLUMN
5 PLY CLT PANEL
PLATE CONNECTION W/ STEEL TUBE BASE
1 2 2
ALUMINUM FRAME SHADING DEVICE
CURTAIN WALL SYSTEM EXTERIOR STEEL FRAME
WINDOW BEYOND FLASHING
4 X 12 BEAM BEYOND
WINDOW BEYOND IN DINING HALL
12x12 HSS COLUMN SOIL CANT STRIP
METAL EDGING
METAL CLADDING SPANDREL
5-PLY CLT ROOF PANEL
2X6 FIRE RETARDANT TREATED WOOD STUD W/ BATT INSULATION
6 X 18 BEAM
W30X99 BEAM
ALUMINUM WINDOW WITH INSULATED DOUBLE PANE GLASS
INTERNAL DRAIN
5-PLY CLT FLOOR PANELS W/ GREEN ROOF LAYERS
2 HR FIRE RETARDANT TREATED WOOD STUD WALL W/ METAL CLADDING
ALUMINUM WINDOW WITH INSULATED DOUBLE PANE GLASS
6” CONCRETE SLAB W/ CONTINUOUS INSULATION AND GRAVEL BED
PILE CAP WITH STEEL PILES (50-80FT DEPTH)
LIGHTWELL WALL SECTION
BEYOND
12x12 GLULAM COLUMN 32
11.5 ST. PHILIP
Subject: New Construction + Adaptive Reuse
Role: Architectural Intern
Job: AJ Architects
Supervisor: Ashley Jennings
33 FLOOR PLANS (LEVEL 1-4) SECTION THROUGH CENTRAL STAIR EAST ELEVATION 1,707 SF FOOTPRINT FIRST FLOOR: 1,732 SF WITH BAYS FIRST FLOOR: 2,003 SF WITH BAYS AND COURTYARD (5,381 TOTAL SF) SECOND FLOOR: 1,732 SF (5,381 TOTAL SF) EXTERIOR COURTYARD WITHIN RUIN 271 SF THIRD FLOOR: 1,707 SF (5,381 TOTAL SF) ROOF ELEMENT: 210 SF (5,381 TOTAL SF)
SECTION THROUGH NEW CONSTRUCTION AND RUIN 34 SOUTH ELEVATION
109 RUTLEDGE
Subject: Existing Vs. Proposed Elevations For 109 Rutledge Street, Charleston, SC
Role: Architectural Intern
Job: AJ Architects
Supervisor: Ashley Jennings
35
EAST
ELEVATION
EXISTING
(RUTLEDGE)
PROPOSED EAST (RUTLEDGE) ELEVATION SITE LOCATOR
EXISTING SOUTH ELEVATION
36
PROPOSED SOUTH ELEVATION
WINE RACK
Subject: Wine Room Casework
Role: Drafter/Fabricator
Job: JMO Woodworks
Supervisor: Brett Gerbracht
SANDING VERTICAL BOTTLE STORAGE
BURGUNDY 240 BOTTLES, 26 BOTTLES, CHAMPAGNE 416 BOTTLES, BURGUNDY PLENUM AVAIL. BASE CAB. BASE CABINET BASE CAB. PLENUM AVAIL. UPPER CAB. UPPER CAB. SHEETROCK FINISHED ROOM DIM. UPPER CAB. SHEETROCK FINISHED ROOM DIM. CHAMPAGNE BOTTLE STORAGE, ≈4 " SQUARE OPENINGS, 12 " DEEP (BASIS OF DESIGN IS 4" DIAMETER BOTTLES) PLENUM AVAIL. UPPER CAB. SHEETROCK FINISHED ROOM DIM. BASE CAB./PLENUM BURGUNDY BOTTLE STORAGE, THREE DEEP ON SCALLOPED OAK DOWELS 4 3 4 CENTERS (BASIS OF DESIGN IS 3 DIAMETER BOTTLES) 2 PLY LAMINATED PLYWOOD COUNTER WITH HEAVY RIFT OAK VENEER FACE AND NOSING, TOTAL THICKNESS 1 16 "X" STYLE BASE CABINET WINE STORAGE (BASIS OF DESIGN IS 3 DIAMETER BOTTLES) 3" FIXED TOE KICK, VENTILATION AVAIL. COPE TOE KICK UNDER "X" RACKING TO PROVIDE OUTLETS RIFT OAK TRIM BY JMO 21" DWR. BOX 21" DWR. BOX 21" DWR. BOX 2 PLY LAMINATED " RIFT OAK PLYWOOD REAR PANEL, TYPICAL BURGUNDY BOTTLE STORAGE, (BASIS OF DESIGN IS 3 DIAMETER BOTTLES) 135 8 1411 4 135 8 1681 2 68 5 8 31 1 16 3 14 6 3 16 62 7 16 3 31 1 16 1 3 16 35 1 4 29 9 16 29 9 16 29 9 16 29 9 16 6 7 8 10 29 9 16 110 3 4 35 1 4 68 5 8 6 7 8 14 122 14 91 4 91 4 1681 2 1 2 1 2 1 2 1 2 1 3 16 SIDE OF UPPER CABINET DROP SOFFIT, BY OTHERS CHASE, OPEN FRAME CABINET SIDE SECTION AT WEST WALL - THROUGH SHALLOW CABINETS AND WINDOW FINISHED FLOOR FINISHED CEILING 15" DWR. BOX FACE FRAME DIM. BASE CABINET DIM. OPENING OPN'G. OPN'G. PANEL CLEAR CLEAR FASCIA DIM. SOFFIT DIM. FULL HEIGHT OF CASEWORK CARCASS DIM. R2; 3" CAN LIGHT, SEE ELECTRICAL 15" ROLLOUT 15" ROLLOUT 15" ROLLOUT 36 30 1 2 4 1 4 1 1 4 18 48 1 2 11 1 2 19 3 8 60 31338 1 1 2 9 1 4 1 1 2 45 1 4 2 1 2 47 3 4 1 60 6 1 21 3 4 1 4 34 3 4 1 1 4 18 19 1 4 3 19 3 8 141 2 12 1 4 121 2 114 LEG AT SIDE OF REFRIGERATOR DWRS. WINE ROOM ELEVATION WINE ROOM SECTION 37
38
HAND SANDING SOFFIT FACE
LOWER BASE CABINET
LOWER BASE CABINET W/ CENTER STORAGE
BISHOP GADSDEN
Subject: Organ Casework
Role: Project Manager
Job: JMO Woodworks
Supervisor: Brett Gerbracht
ORGAN ELEVATION 39
40 1" FRAME MATERIAL RACK BOARD BY JMO TOE BOARD BY JMO 157 3 4 7148 71428 13 3 8 1 1 2 31018 7 8 40 5 8 9 3 4 5 7 8 12 1 8 4 1 8 2 1 4 151916 22 3 16 97 1 16 16 3 8 5 3 3 4 SFV 1-18 PANEL MOLD 5/8 X 1-1/2 CUSTOM APRON 2-1/4 X 4-1/2 1" HALF ROUND ON 3/4" BUILD UP SL 71 SL 51 211 8 9 61 8 11 3 8 22 1 8 6 3/4" ARCH MATERIAL WITH 1/4" COVE ORGAN SECTION
ROUTING EDGES OF SIDE PANELS
ASSEMBLING FRAME FOR ORGAN CASE
SKETCHES
Subject: 11.5 ST. Philip Street Ruin
Medium: Pencil, 11X15
Location: Charleston, SC
Subject: 11.5 ST. Philip Street Ruin Detail
Medium: Pencil, 11X15
Location: Charleston, SC
41
Subject: ST. Philip’s Church
Medium: Pencil, 11X15
Location: Charleston, SC
Subject: Abandoned Home Window Detail
Medium: Pencil, 11X15
Location: Charleston, SC
42
