HARRISON STEWART MASTER OF ARCHITECTURE APPLICANT
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CONTENTS
Charleston Riverfront Park Project
National Library Of Liberia Issaqueena Lake Cabins Singleton Park Development
Coastal Discovery Museum
Gowanus Canal Office Park 4 12 18 24 28 38 42
Professional Work
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URBAN CONTEXTS STUDIO JUNIOR YEAR, FALL 2019
PROFESSOR: DAVID LEE PARTNERS: KYLE KANE
With the Gowanus Canal Office Park, our class was faced with largest, and longest, project to date. This semester long design project began with a trip to New York where we explored our site located in the Gowanus Neighborhood in Brooklyn alongside the Gowanus Canal. This once vital cargo transportation hub is now seen as an eyesore of pollution and sewage. Despite this area currently being rundown there is plans to clean up the canal and add a parallel promenade, allowing us to design something that could potentially be a part of Gowanus Canal revival. Along with this prospect, we were faced with several challenges including a very dynamic and complex site including an above ground MTA subway track in addition to the canal. We were also given very strict square footage and zoning requirements. This project also allowed us to focus on more complex programming for many diverse uses and looking into more detailed elements of facade tessellations and how they can affect ones experience with a building.
Working in pairs, my partner Kyle and I collaborated on the overall design concept, building facade, and the digital model itself. For there, we divided the workload and each produced specific deliverables. I focused on 2D drawings, such as diagrams, plans, and sections, as well as the digital and physical wall section models.
1 Triangle 5 Triangle 20 Triangle 25 Triangle Facade Detail Pattern 2 1
PARK 5
GOWANUS CANAL OFFICE
Lobby Smith St.
Green Space Active Space
Gowanus Canal Commercial
Ground Floor Plan
9th St.
MTA Access
B A
7th Floor Plan
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Floor Plan
Figures Process Diagrams
Footprint
Figures Starting Grid Top Floor Plan
Space
7 Gowanus
11th
Refining
Expanding
Adding
Office
Mechanical
Exterior Rendering From MTA Access
Exterior Rendering Walking Through the Promenade
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Interior Rendering in Common Coworking Space
Section Cut B 9 Gowanus
Section Cut A
Axon Wall Section
Metal Deck and Concrete Composite Floor
Exterior Steel Beams Aluminum Curtain Wall Mullions
Structural Steel Sub-framing Insulated Glass Panel
Curtain Wall Structural Bracing
Ceiling Grid System
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Structural Steel
11 Gowanus
Model Pictures
CHARLESTON RIVERFRONT PARK PROJECT
ARCHITECTURAL FOUNDATIONS 1 SOPHOMORE YEAR, FALL 2018
PROFESSOR: DUSTIN ALBRIGHT
Growing up in South Carolina, the beauty of Charleston was not unfamiliar but this hidden gem of a park was definitely a pleasant surprise. With 360 degree views all around, I knew whatever I designed shouldn’t threaten the beauty. By the same token, I knew better than to compromise the prime festival and concert space right along the Cooper River. Knowing these boundaries, I set a goal to design an arts center that didn’t take away from the views and maintained the current integrity of the park. The Charleston Riverfront Arts Center takes advantage of the pier and the numerous walkways that connect in a primary area right outside the festival space. The building relies heavily on a central service tower that connects the workshops and galleries. The structure also utilizes outside space as much as possible with multiple decks and balconies that connect the core spaces. Designed to connect with the existing environment, the unique angle of the building aligns with the sidewalks and pathways. In the end, The Charleston Riverfront Arts Center exists to not
Programming Workshops Gallery Stairs Bathrooms Storage Elevator
Section Parti 12
ParkAccess Road Site Plan
Concert Space
Parking Boardwalk
Marsh Site Section Cut Cooper River
Site Section 13
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HVAC Floor Plans 7 7 7 6 1 5 3 7 4 8 2 6 8 7 5 5 1 2 3 4 14
First Section Cut B Section Cut A Second Third Fourth Stairs Workshop Bathrooms Gallery Storage Outdoor Space Elevator
Section Cut A Section Cut B 15 Charleston Riverfront
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Exterior Rendering
Coping Box Beam
Ceiling Joist (w/ Insulation)
Insulation
Spandrel Glass
Interior Column
Transparent Glass Window Sill
Spandrel Glass Subfloor Floor Joist (w/ Insulation)
Exterior Layer* Post Bracing Post
*Exterior layers consist of sheathing, ridged insulation, water barrier, air, and wood veneer
Wall Section
17 Charleston Riverfront
NATIONAL LIBRARY OF LIBERIA
CLEMSON DESIGN CENTER IN CHARLESTON STUDIO U JUNIOR YEAR, SPRING 2020 PROFESSOR: RAY HUFF
For this project we began with very little information about the site in Monrovia, Liberia or the project itself. After doing some introductory research we felt we had enough to delve into what would go into creating a library for this vibrant yet impoverished country. What we did know was that this library was to be more than a simple neighborhood storage for books. This library was to represent the country and ultimately the people of Liberia and in doing so serve a much greater purpose than housing literature. Providing a variety of services for the citizens of Monrovia, including an auditorium, computer lab, program space, and reading rooms, I ultimately wanted this to be a refuge from the manic nature of the city. A safe place for individuals to gather with the joint mission of self-betterment. With this in mind, I immediately focused on security and this idea of an grand internal space that could bring people off the street and under one roof. Due to the rectangular nature of the site this lead to me starting with to large rectangular masses to act as bookends of for the site. Again focusing on bringing people of the street, I knew the building had to be inviting so I made it a priority to open up to the street corner of Ashmun and Nelson. Another thing we found from our research was the lack of reliable electricity so I made sure to make air flow and passive cooling techniques to be a focus. Branching off on this idea, it seemed natural to bring water into the design. Using evaporative cooling to take the area’s warm climate and turn it in cool air distributed throughout the building while also allowing me to introduce a calm, tranquil atmosphere juxtaposed against anything else Liberia has to offer.
Section Parti 18
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Opening Up to Street Corner Starting Point
Carving Program Blocks Breaking Up For Programming
Massing Diagrams
Atlantic Ocean
Site Locator
United Nations Dr. 20
Massing, Structure, and Skin Diagram
King Sao Bosso St.
Mechlin St.
Ashmun St.
Broad St.
21 Liberia
Section A Hot Air Cool Air Floor Plan A 8 10 9 12 13 14 23 23 22 22 19 21 18 20 11 15 22
Lobby Entry Support
Mechanical Electrical I.T. Storage Generator Janitorial
Stacks Administration Program Rooms Reading Rooms
Closed Stacks Archives Sorting Conference Room Director’s Office Administration Space Work/Break Room Back of House Auditorium A.V. Room Small Program Space Large Program Space
Adult Reading Room Child Reading Room Computer Labs Children’s Story Telling
Section B Sunlight Sunlight Evaporation
1 2 3 11 4 12 16 18 5 13 17 19 8 6 14 22 20 9 7 15 23 21 10 1 7 4 17 16 6 3 5 2 23 Liberia
B
Old Seneca Rd. IssaqueenaLakeRd. West Dam Rd.
Site Locator Plan
Lake Issaqueena
Site Plan
Floor Plan
5’ 10’ 20’ 40’ 80’ 160’ 1000’ 5000’
North Elevation 24
West Elevation
ISSAQUEENA LAKE CABINS
ARCHITECTURE FOUNDATIONS II
SOPHMORE YEAR, SPRING 2019
PROFESSOR: ROBERT BRUHNS
For this project, we were faced with designing in our smallest scale yet. With a square footage limit of just 250, we were forced to really focus on accentuating what lies outside the built environment and the small details of structure that can make it great. Growing up in the Boy Scouts, I wanted this cabin to resemble the cabins I grew up staying in but with some added contemporary elements. I enjoyed the idea of building on a wrap-around flat platform as a way of standing over the woods and getting the best view of the lake. I also really focused on the experience you would get from the loft. When I went camping, I always remembered waking up to rain fall on the tin roof above and I wanted to capture that moment for the cabin’s occupants.
PERSPECTIVE DRAWING
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North Section
East Section
Joint Diagram
Wind Diagram
Material/Joint Diagram
Dark Stained Wood Beam
Lightly Stained Walnut Shutters
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Tin Roof
Oak Wood Panels
27 Issaqueena Lake
Walnut Barn Door
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SINGLETON PARK DEVELOPMENT
CLEMSON DESIGN CENTER IN CHARLESTON STUDIO U PROFESSOR: RAY HUFF
Based on the upper peninsula in Charleston, South Carolina, this project began with many unique and distinguishing challenges. If you’ve never been to Charleston, it is a place of exceptional history, diversity, and community but is continually faced with burgeoning weather conditions alongside gradual subsidence and an evergrowing population, all the while, trying to hold tight to the quaint, walkable, low profile character that defines the city. Perhaps the most crucial challenge, Charleston’s well-documented flooding problem is primarily due to rising tides and a continuously sinking land mass. These water surges continually affect buildings that aren’t elevated or without adequate storm water management, making flood control imperative for our low-lying site accent to the Arthur Ravenel Bridge. With the site revolving around the existing Singleton Park, we were pushed to accentuate what green space remains in the city. As more and more people flock to Charleston, the already crowed peninsula is struggling to locate buildable land. Though there are strict building ordinances currently in place, enacting height requirements to protect the city’s historic character and charm, the city is beginning to realize the necessity for taller, more dense housing. This then places an emphasis on maintaining a amiable, non-oppressive streetscape despite the growing buildings. All this combined lead to our team taking on a number of design principles that we used to navigate the project.
to FEMA flood hazard requirements
to the adjacent green space
In a design team of four, the project began with us all collaborating on the central park design, including the research and development of an overall water management strategy for Singleton Park. From there, we selected individual building sites linked to the four encompassing streets. Yuting Lu and I selected the site off Hanover St. and decided to divide the site into two separate buildings, with mine being the wider residential building on the right. We each designed and built our own building models but presented the project together with me coordinating the diagrams and plans. Lastly, I produced the structural axonometric drawings of my building in my Structures II class.
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5.
Respond
Activate and reinforce the public realm
Affect building character, scale, and articulation to reduce large building mass
Respond
Use mixed-use programing to encourage a vibrant neighborhood
PARTNERS: YUTING LU, ELLIE HAYATI, & AUTUMN HINSON
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Urban Block Development Plan
Urban Block Development Process
Hanover St.
Conroy St. Cool Blow St. 30
Nassau St.
LEED Gold
Total Zoning Incentive Points (allowing a total of 12 stories)
Building Incentive Diagram
FEMA Requirement Ground Level
FEMA Flood Zones Diagram
Public Realm Diagram
Solar Renewable Energy
+2 +2
+6 13
Outdoor Public Space
+3
Green Roof
Mixed-Use Programming Diagram Building Strategy Diagrams
Office Residential Commercial Parking Circulation +2’
31 Singleton Park
Green Space Diagram
Columns Wrapped in Greenery
Hanging Greenery
Green Balconies
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Green Wall
Maximum Site Volume
Split Building Mass Open to Streetscape
Connect to Adjacent Building Open Interior for Sunlight
Mass Reduction Diagram
Rooftop Garden Space
33 Singleton Park
Ground Floor Plan
Conroy St.
Hanover St.
Commercial Commercial 34
Parking
35 Singleton Park
Upper Load Tracing Axonometric Lower Load Tracing Axonometric Forces Reaction Forces Ground Forces Cool Blow St.
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Park
Singleton
COASTAL DISCOVERY MUSEUM
SYNTHESIS STUDIO
SENIOR YEAR, SPRING 2021
PROFESSOR: BERRIN TERIM PARTNERS: JORDAN STOKELD, HARRISON WILE
Connecting the three distinct present ecologies on Honey Horn Plantation, the new Coastal Discovery Museum Visitor Center, appropriately named “The Circle of Life”, aims to amplify the marsh, forest, and field, completing the circle of the site though engaging and diverse composite site experiences. Starting with the addition of walking paths and tree walks around the perimeter of the site, in conjunction with the removal of existing internal roads, the circle of the site begins to be established. Then, to connect this circle in the northern section of the site, The Circle of Life acts as the final chain, closing the circle of the site as well as making a physical connection the three ecologies. To further this connection between the three ecologies, The Circle of Life is divided up into three spaces, each dedicated to a distinct ecology. Through a variation of buildings heights, natural lighting strategies, and structure, each building aims to reflect and emphasize the qualities that make each ecology unique.
With a design team of four, we began the project collaboratively researching the site and developing the overall master plan. We then worked together on the larger building design but split the work of the deliverables. I produced the diagrams, plans, sections, and renderings.
Completing the Circle Diagram
Marsh
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Forest Field
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Seaside Goldenrod Upland River Oats Swamp Sunflower Blue Flag Iris
Bioswale Diagram
Marsh
Master Site Plan
Existing Buildings
Field Pavilion
US Hwy 278 Jarvis Creek
Forest Pavilion Museum Entrance
Park Entrance
Pine Trees
A B A 40
Marsh Pavilion
Rainwater Diagram Summer Wall Section Winter Airflow Diagram Field Forest Library Exhibits Fabrication Catering Kitchen Environmental Classes Mezzanine Loading Bridal Suite Seminar Rooms Main Hall Multi-Purpose Gallery Auditorium Art Studio Admin Museum Store Collections Storage Meeting Rooms Maker Space Public Gallery Assembly Education Administration 1 9 12 11 10 10 6 8 7 2 1 5 5 9 13 17 3 7 11 15 2 6 10 14 4 8 12 16 A B C Ground Floor Plan Interior Rendering B C B 41 COASTAL DISCOVERY
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PROFESSIONAL WORK
JUMPER CARTER SEASE ARCHITECTS NEWBERRY COLLEGE NURSING & HEALTH SCIENCE CENTER APRIL 2022
LEAD ARCHITECT: LORI LONG, NCARB, AIA, LEED AP
To this point in my internship with Jumper Carter Sease Architects, I would consider my involvement with the Newberry College Nursing and Health Science Center the highlight. From the initial client meetings and early feasibility studies, I worked alongside architect Lori Long every step of the way. The idea of a new College of Nursing facility at Newberry had been a long time coming. Newberry College and JCS Architects have flirted at the idea for years but alway one setback or anther arose kept the project from getting off the ground. Finally, at the start of 2022, Newberry was ready to give it another shot and we got to work researching the site and program. Located at the intersection of College and Evans St., the site that was given was in a prime lot on campus that will be seen by all that pass through. The program that was given to us included everything form classroom and lab space, to reception and office space that we knew had to fit together seamlessly. From there we decided to essentially split the building into two wings, educational and administrative, and align each with Evans and College St., respectively based on the approach angles of both students and teachers. Then it came down to designing the connecting space between each wing that would sit on the corner of two streets. To differentiate the spaces, we selected a different material envelope, a glass curtain wall contrasting against the standard Newberry College brick of the wings, and raised the roof height to signal users where to enter. After the design was finished, we presented our design to the building committee at Newberry and they were happy with our work until they got the cost estimate back from the contractors. With construction and material prices skyrocketing, we were over budget and the project was at risk. From here we worked with the contractors and our consultants to get the price down as low as we could without sacrificing the premier elements of the design. Finally, the price estimate was approved and pre-construction meetings have begun. Pending any setbacks, construction should begin in August 2022.
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D W DN DN DN A401 1 A401 2 A401 4 A401 5 A401 3 A401 6 38 48 51 0 48 51 0 48 51 0 48 31 0 1 64 38 4 02 48 - 0 39 - 8 16 - 4 30 - 0 31 - 0 12 - 10 5 - 4 12 - 10 5 - 0 6 - 4 5 - 0 4 - 1 7 16 6 - 4 12 - 2 9 16 2 - 8 6 - 0 2 - 8 6 - 0 2 - 8 5 - 4 9 - 0 6 - 4 3 - 0 6 - 4 15 - 0 001844 64 1 24 641 6414 1 564 50 0104 - 0 58 - 0 3 - 0 165 - 0 10 - 0 6 - 4 8 - 8 6 - 4 41 - 4 6 - 4 8 - 8 6 - 4 10 - 0 38 48 51 0 48 51 0 48 1 31 3 8 50 1 87 3 8 20 FAMILY CARE CLINIC 101 S T O R A G E 102 ELEC 104 PEDIATR C CL NIC 105 MALE 106 A B C O O R D 107 OB 108 STUDENT LOUNGE 109 CLASSROOM 110 CLASSROOM 111 WOMEN 112 JAN TOR 113 MEN 114 CLASSROOM 115 CLASSROOM 116 CORR DOR 100A LOBBY 100B RECEPT ON 118 SECURE STORAGE 117 CONFERENCE 119 DIRECTOR S OFF CE 120 C O R R D O R 100C OFFICE 122 OFF CE 123 OFF CE 124 OFF CE 125 OFFICE 126 OFF CE 127 OFFICE 128 COURTYARD 1 3 114 112 104 102A 102B 107 106 108 1 7 120B 120A 119 100B 5 100C 111 110 101 115 116 109A 105 128 127 126 125 122 109B 124 123 A601 3 A601 2 A601 2 A601 2 A601 1 A601 5 A601 4 TOILET 121 STOR 103 103 121 O O F A C E A D E R O O A C C S S A D D R 64 1 A701 2 A701 1 A701 4 A701 3 A701 1 A702 2 A702 3 A702 4 A702 41 2 95 3 15 1 2 1 15 1 1 05 1 11 1 01 1 2 2 21 0 21 - 3 20 - 5 9 - 6 1 - 8 9 - 6 20 - 5 20 - 4 3 8 30 - 7 1 2 10 - 5 1 8 4 - 0 11 1 4 43 - 8 11 - 7 19 - 2 13 - 3 12 - 3 1 2 6 - 5 12 - 3 1 2 ALTERNATE #1 13 - 8 6 - 7 8 - 5 8 - 5 10 - 11 1 21 41 0 81 9 - 0 4 - 6 5 - 0 4 - 6 11 - 4 WA TING RECEPT ON 201 OFFICE 202 TOIL 203 ELEC 204 E X A M 205 JAN 206 E X A M 207 BREAK RM 208 EXAM 209 CORR DOR 200 100B 7 200A 203 205 207 209 200B 208 2 2 202 200C 1 2 D S 0" -2' - 0" F C F C FEC FEC FE FE FE FE FEC 1 A703 2 A703 100B 1 100B 3 3 A703 4 A703 20 1 50 17 3 8 A 2 A 2 A 2 A 2 A 2 A 2 A 2 AL 1 AL 1 A 1 AL 1 AL 1 AL 1 AL 1 AL 1 AL 1 AL 1 A 3 A 3 AL 3 AL 1 AL 1 A 1 SEE 9 A401 OR WALL PANEL DES GN 2 A704 SEE 8 A601 OR R CEP ON DESK PLAN SEE 12 A601 FOR CL N C DESK P AN 1 A705 1 A705 1 A705 45 8 1 A301 1 A705 2 2 3 A704 100B 2 AL 7 A 9 AL 8 AL 6 5 A704 Presentation Floor Plan Construction Drawing Floor Plan 44
Evans St. Elevation
AL 1 AL 1 AL 1 AL 9 AL 1 METAL PANEL GRAPH C S GN - SEE ALLOWANCE ( NSTA ED BY GC BR CK COLOR #2 ALUM NUM STOREFRONT BR CK COLOR #1 SPANDREL GLASS 8 H GH LETTER NG SEE ALLOWANCE 1 48 1 73 AL 9
Wall Section Wall Section 8 CMU GROUT SOL D VAPOR BARR ER CONCRETE SLAB SEE STRUCTURAL CONCRETE FOOT NG SEE STRUCTURAL GROUT SOLID SOLD ER COURSE BR CK COLOR #2 BR CK COLOR #2 2x6 WOOD FRAM NG AT 16 oc FLU D APPL ED A R MO STURE BARR ER ON 1 2 EXTER OR SHEATHING 2 R G D NSULAT ON FACE BRICK BR CK COLOR #1 PROV DE BATT NSULAT ON FROM ROOF DECK TO TOP OF PARAPET MASONRY ANCHORS @ 16 oc PREFIN SHED METAL PARAPET CAP PREF N SHED METAL WRAPPED AROUND ALL EXPOSED S DES ON 40 M L FLASHING ON 1X TREATED WOOD BLOCKING 7 A705 9 A705 FRAM NG AT 32 oc 16 oc SUSPENDED FROM STRUCTURE ACOUST CAL CE L NG 5 8 GWB PAINT 1 - 0 8 GALVAN ZED STEEL BENT PLATE PA NT WHERE EXPOSED 40 M L F ASHING W TH WEEPS AT 24 O C BACKER ROD AND SEALANT CONT 2x6 WOOD HEADER 2x4 WOOD FRAM NG @ 16"oc FURR NG CHANNELS AT 16"oc ALUM NUM CE LING ALUM NUM STOREFRONT BR CKS BEYOND 3 4 MAR NE GRADE PLYWOOD DECK NG ROOF NSULAT ONS AND F ASHINGS AS SPEC F ED 4 - 0 8 39 5 1 6 2 1 1 1 6 1 00 1 48 CORR DOR 100A 60 M WATERPROOF MEMBRANE RUBBER TREADS AND R SERS RUBBER BASE #5 BARS 12 LONG @ 24 oc #5 BARS 12 LONG @ 24 FLOOR SEE SCHEDULE) #5 CONT NUOUS EACH NOSING WWF PA NTED STEEL HANDRA L 1 2 EXPANSION JO NT MATER AL 1 2 EXPANS ON JO NT MATER AL PERFORATED FOUNDAT ON DRAIN SEE CIV L FOR CONNECT ON 20 30 6 T Y P 11 TYP 1 CORRIDOR 200 45 Professional