portfolio
ELIZABETH STOGANENKO 2022
CURRICULUM VITAE
ELIZABETH STOGANENKO elizastogan@gmail.com (718) 219 - 2249
EDUCATION
New Jersey Institute of Technology - Hillier College of Architecture and Design Bachelor of Architecture Minor in Environmental Studies and Sustainability Graduation Year: 2025 Brooklyn Technical High School 2016 - 2020
WORK HISTORY
CNY Group - Intern 06/2022 - present - New York City, NY Gained construction management skills through managing close out documents, vising the Hallets Point 7 project site, taking meeting minutes during meetings, and creating executive presentations shown to the client. Hollister - Brand Representative 07/2021 to present - East Brunswick, NJ Utilized customer service skills to recommend the best options to buy, scanned and stocked shipments, and kept the store floor organized. Heidi Steinberg Library - Librarian Assistant 07/2019 to 08/2019 - New York City, NY Organized periodicals and books; created Excel spreadsheets for a special project involving all the libraries of Yeshiva University; assisted in preparation of curriculum materials. Fire Department of New York - Clerical Worker 07/2018 to 08/2018 - Brooklyn, NY Filed paperwork, created a new file system and reorganized existing files, and copied important documents for employees.
SKILLS Rhinoceros Adobe Illustrator, Photoshop, Indesign AutoCAD Enscape V-Ray Grasshopper
AWARDS CNY Group Endowed Scholarship Sep 2021
ORGANIZATION AIAS Member 2022 to 2023 NCARB Student Licensing Advisor Head Captain of NJIT Dance Team
REFERENCE Tom Ogorzalek thomas.ogorzalek@njit.edu (201) 725 - 2151 Frank Zimmerman frankzimm@gmail.com (512) 497 - 5518 Maurie Cohen maurie.cohen@njit.edu (973) 596 - 5281
CONTENT
CONTENT Spring 2022 Branching Out Fall 2021 Urban Oasis Spring 2021 Landscape Becomes Building Liberty State Park Pavilion Material Systems
EXPLODED AXONOMETRIC Big hills that cover parts of the main building
Filter Layer Substrate Vegetation
Small hills surround the building to create a smoother transition between the parking lot and the building and bigger hills.
EXPLODED DIAGRAM
14
13
Solar Collection
Drainage Layer
12 10
11
Protection Layer Waterproof and Anti-Root Membrane Building Surface
Green Roof Layers
Green Roof
Solar panels can be placed on the short wood panels that are closer to the top of the building since they get the most direct sunlight.
10
8 8 6 7
2
A steel surface can be placed in between the intersecting wood panels where water can be collected and run down the sides into collection bins.
11
9
5 9
4
1: VESTIBULE
8
4
Water Collection Main Above Ground Building
PROGRAM AND SITE STRATEGY
12
SECTION A
5
8
2: FOYER
16 15
3: TICKET BOOTH 4: ADMINISTRATIVE CENTER
WATER
The skin of each building consists of alternating driftwood and glass panels leaning against the steel frame
5: ARTIST IN RESIDENCE 6: EDUCATIONAL CENTER
The skeleton of the buildings is a frame of long steel rods leaning against a main steel support.
7: BATHROOMS 8: DRESSING ROOM SITE PLAN INCLUDING PLAN 1
STEEL SUPPORT
6
A: RESTAURANT / CAFE SEATING
The interior is seperated into three rooms: the two history spaces and restroom. A spiral ramp in the main history room starts from one of the tunnels and leads out onto the right hill.
WOOD PANELS
9: SECOND FOYER
7
B: MARKET
5
10: THEATER
C: BUS STOP D: OUTDOOR THEATER
Two tunnels under the hill lead into the main building
11: LOWER LEVEL CAFE
1
2 3
A
12: UPPER LEVEL CAFE
4 5
4
“Outdoor” Above Ground Building
5
N A
D
B
C
Circulation
Below Ground Building Can be accessed through an entrance in the right big hill
PUBLIC SEATING
MARKET
OUTDOOR THEATER TO PARKING GARAGE
BRANCHING OUT To create a design for the new HCAD building, the concept revolved around the idea of creating a variety of spaces, allowing each person to find a space they are most comfortable to design in. The bonsai tree was used as a reference for the form of the building and the concept. Like different branches of a tree, different people are taking different paths and classes but arrive at the same end goal: Architecture. The sun and wind were considered as well to create a natural and stimulating indoor environment.
BRANCHING OUT TRANSVERSE SECTION
M ai n ga t hering a rea is us ed a s a ve n t i l at i o n c h imney fo r the fl ow of a ir
M o r e g l a ss p a n el s u sed to allow for natural light t o en t er t h e st u d i o
SECTION PERSPECTIVE
Gr een wa l l s u sed t o p r o v i d e f r esh fil t er ed a i r a s n a t u r a l v en t i l a t i o n
BRANCHING OUT
PLAN 4
PLAN 3
PLAN 2
BRANCHING OUT TRANSLUCENT MEMBRANE COTAINS PHOTOVOLTAIC CELLS
DRAINAGE LAYER
FILTER LAYER
PROTECTION LAYER
SUBSTRATE
WATERPROOF AND ANTI-ROOT MEMBRANE
VEGETATION
BUILDING SURFACE
GREEN ROOF LAYERS
GLASS ROOF PANELS
ACCESSIBLE GREEN ROOF
ROOF GRIDSHELL STRUCTURE
INTERNAL WOODEN STRUCTURE
HOUSES ELEVATOR
HOUSES GREENERY
3: BATHROOMS 10: FACULTY SPACE 11: LIBRARY
9: RELAXING NET AREA
10: QUIET AREA
8: COMFORTABLE STUDIO SPACES
7: TRADITIONAL STUDIO
6: SMALL GROUP STUDIO AREA
3: BATHROOMS
4: LOUNGE
4: LOUNGE
CONCRETE CROSS LAMINATED TIMBER
5: CAFE
TRIPLE PANED THERMAL GLASS
3: BATHROOMS GLULAM GRIDSHELL SIPS PANEL WOOD VENEER
2: MAIN GATHERING AREA
INSULATION ORIENTED STRAND BOARD
GLASS PANELS
STRUCTURAL WOOD GRIDSHELL
WOOD PANELS
1: RECREATIONAL ROOMS
EXPLODED DIAGRAM
URBAN OASIS This studio was tasked with designing a public theater that integrates with its community through gathering, education, and social areas; locating above the Grove St PATH Station in Jersey City, NJ. After initially viewing the site, there’s a theme of grey sidewalks and cars. Therefore, this design incorporated greenery and water to create an escape from the bustling urban city. The building is formed of three concrete rings teetering on each other, supported by structural glass. The white concrete creates a sense of purity and monumentality in this park. Inside is a continuous ramp starting from the underground PATH entrance and continuing until the roof. The elevation of each indoor space is based on the level of a landing on the ramp next to it.
URBAN OASIS PROGRAM AND SITE STRATEGY EXPLODED DIAGRAM
UPPER LEVEL CAFE
LOWER LEVEL CAFE THEATER AIR GAP INSULATION STEEL CONCRETE
SECOND FOYER
DRESSING ROOM
GLASS
EDUCATIONAL CENTER BATHROOMS
ARTIST IN RESIDENCE
TICKET BOOTH
VESTIBULE
FOYER
ARTIST IN RESIDENCE
ADMINISTRATIVE CENTER
PUBLIC SEATING
MARKET
OUTDOOR THEATER TO PARKING GARAGE
URBAN OASIS
SECTION A
14
13 12
10
11
4 3 9
8 8 6
2
7 2
1
5
4 4
5
16 15
SITE PLAN INCLUDING PLAN 1 A: RESTAURANT / CAFE SEATING
1: VESTIBULE
9: SECOND FOYER
2: FOYER
10: THEATER
3: TICKET BOOTH
11: LOWER LEVEL CAFE
4: ADMINISTRATIVE CENTER
12: UPPER LEVEL CAFE
5: ARTIST IN RESIDENCE
13: OUTDOOR THEATER STAGE
6: EDUCATIONAL CENTER
14: OUTDOOR THEATER SEATS
7: BATHROOMS
15: SECOND OUTDOOR THEATER
8: DRESSING ROOM
16: STORAGE AND MAINTENANCE
B: MARKET C: BUS STOP D: OUTDOOR THEATER
A
1
N 2
A
5
4 4 5
D
B
C
URBAN OASIS SECTION B
14
10
9
8
6
2
4
3
2
4 PATH STATION
16
ELEVATION 1
ELEVATION 2
LANDSCAPE BECOMES BUILDING Liberty State Park, located in New Jersey, has been long neglected in regards to its natural beauty and purpose, despite having the Statue of Liberty and New York City as beautiful surrounding views. The purpose of a park is to provide an escape from the manmade cities and busy life, and allow visitors to become one with nature for a period of time. In order to enhance the park and allow it to reach its fullest potential, this three part structure integrates itself into the landscape, creating the appearance of a building growing out of the land. It blends into the environment so it doesn’t hinder the park’s natural beauty, makes one feel as if they are outside when they walk through the interior, but also engage and educate those visitng, and function as an office space for those working in the park.
“OUTDOOR” ABOVE GROUND BUILDING (PUBLIC)
MAIN ABOVE GROUND BUILDING (PUBLIC)
Educational Space About the Environment and Relaxation Space 2100 sqft
Educational Space About History of the Statue of Liberty and the immigrants’ journey (2200 sqft)
This structure acts as a space where people can rest and seek refuge from the sun. Here the public will find informative panels on the sides of the building which talk about climate change. They go into detail about the danger of rising sea levels, various methods of renewable energy the building uses, and what the public can do to help. There will be additional panels mentioning the various flora and fauna that is found in the park. They will contain facts about each species and maps of where they can be found in the park, such as optimal bird watching spots.
A spiral ramp with information boards on the sides takes visitors through the building while also giving them historical facts. These boards can contain, images, videos, audios, first person narratives of immigrants, and hands on digital activities. This engages and teachers visitors the importance of Liberty State Park and what it represents. Educational Space About the Lenape Native American Tribe (1300 sqft) This will be a space with little light, mimicking the solemn history of the Lenape Tribe and how they were forced off of the land they used to live on. This brings to light an unhappy part of America’s history that each person should know.
Public Restrooms (303 sqft)
BELOW GROUND BUILDING (PRIVATE) Administrative Offices 1700 sqft Shared meeting space: 1000 sqft Park Superintendent office: 400 sqft Two assistant offices: 300 sqft Although this building is underground with no direct apertures to the outside, the employees will still feel like they are part of the environment because of the roots of trees and smaller plants poking through the ground and building, and special apertures showing the soil and species in the soil living around them.
LANDSCAPE BECOMES BUILDING EXPLODED AXONOMETRIC Big hills that cover parts of the main building
Filter Layer Substrate Vegetation
Small hills surround the building to create a smoother transition between the parking lot and the building and bigger hills.
Solar Collection
Drainage Layer Protection Layer Waterproof and Anti-Root Membrane Building Surface
Green Roof Layers
Green Roof
Solar panels can be placed on the short wood panels that are closer to the top of the building since they get the most direct sunlight.
Water Collection A steel surface can be placed in between the intersecting wood panels where water can be collected and run down the sides into collection bins.
Main Above Ground Building
WATER
The skin of each building consists of alternating driftwood and glass panels leaning against the steel frame
The skeleton of the buildings is a frame of long steel rods leaning against a main steel support. STEEL SUPPORT The interior is seperated into three rooms: the two history spaces and restroom. A spiral ramp in the main history room starts from one of the tunnels and leads out onto the right hill.
WOOD PANELS
Two tunnels under the hill lead into the main building
Circulation
Below Ground Building Can be accessed through an entrance in the right big hill
“Outdoor” Above Ground Building
LANDSCAPE BECOMES BUILDING N
GENERAL PLAN
A B
1
1
2
2
3
3
SECTION A
SECTION B
LANDSCAPE BECOMES BUILDING INTERIOR VIEWS
Walking out from the tunnel
1
Walking towards center of building
2
On the ramp
3
Walking towards ramp exit
4
SECTIONAL PERSPECTIVE
LIBERTY STATE PARK PAVILION This project explored a variety of spatial relationships that can accomodated large and small groups by reinvisioning the Gateway Pavilion at Liberty State Park. The designed pavilion symbolizes the story of millions of immigrants coming to America in seek of new beginnings and freedom from persecution. Based off of the Q-tip spiral, the end product was a set of two different sized arches made from bending the elongated spiral vertically and horizontally.
ELEVATION ONE
ELEVATION TWO
LIBERTY STATE PARK PAVILION SPATIAL DIAGRAM
CIRCULATION DIAGRAM
The arrows demonstrate how people would enter and exit the pavilion and provide a relative direction of the State of Liberty.
The green area shows a stationary space, where people stand to read the information panels.
The blue area represents the space which people walk through.
A
PLAN
SECTION A
AFFECT DIAGRAM
MATERIAL SYSTEMS Q-TIP SPIRAL A study of a variety of materials was conducted and analyzed for their performance, affect, and behavior. This model includes an experimentation with how the shape of q-tips can be changed, such as bending them and stacking. By altering the q-tips and exploring how this new form can be combined with itself, a unique pattern is formed, creating a spiral behavior and demonstrating affect.
ELEVATION
STEP ONE
STEP TWO
4.5°
STEP THREE
MATERIAL SYSTEMS TOOTHPICK CAVE This model involves the exploration of different ways that toothpicks can fuse together. During the process of creating it, the toothpicks’ behavior naturally curves into a unique, cave like form. The use of creating Xs with the toothpicks before putting the model demonstrates affect in the shadows.
A B
SECTION A
PLAN
SECTION B