Architecture Portfolio 2023

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WORK VOLUME: 2019-2023

APPLY FOR PRINCETON UNIVERSITY

PROFESSIONAL MASTER OF ARCHITECTURE

Elias Xian

In this portfolio, I present my journey through architecture, where each design is more than a structure; it's a dialogue between space and society. From 2019 to 2023, I've delved into how architectural forms influence, and are influenced by, human experiences and societal dynamics. My focus has been on redefining Utopia—not as an unreachable ideal, but as a practical framework to design spaces that are deeply connected to the human condition.

Each project reflects my personal engagement with architectural history and theory, always with an eye towards how these spaces live and breathe within a community. I've sought to blend theory with practice, using design as a tool to address real-world social issues, from sustainability to communal living. This portfolio is my narrative, one where architecture is not just about buildings, but about the stories they tell and the lives they touch. It's a commitment to a future where architects are not just builders, scale1d scale1d but also thinkers, innovators, and most importantly, empathetic creators of spaces that matter.

PARITY ARCADIA

Surveillance and Surveilled

Personal Work

Location: Brooklyn, New York

Date: Jun 2021 to Aug 2021

Instructor: Perosonal Work

“Parity Arcadia” attempts to catalyze social change and human dignity. At the heart of the project is the challenge of reintegrating formerly incarcerated individuals into society, particularly in light of the social pressures that will result from the release of large numbers of criminals from prisons during the New York pandemic of 2020. Parity Arcadia considers how the functional design of a building shapes the human person; it delves deep into the relationship between architectural visibility, surveillance, and the human psyche.

Parity Arcadia’s core concept of “Surveillance and Surveilled” addresses the emotional and psychological needs of the residents while provoking social empathy for these marginalized people. The design weaves public and private spaces together to reflect the reintegration process from isolation to community participation. It challenges society’s perception of these individuals, proposing architecture as a powerful catalyst for breaking the cycle of reoffending, resonating with hope, respect, and opportunity, utilizing Freudian concepts: the id, the ego, and the superego and going to the root of the problem to re-invent a viable theory.

At the same time, the widespread use of glass allows people to witness and observe the transitional stages of their reintegration, providing clarity and evidence of the process. It creates an environment of openness and trust while critically examining the transparency of contemporary architecture. Give a proposal of a paradox for transparency. While possessing the attributes of openness and connectivity, it is also about privacy and our state of surveillance in modernist architecture.

In short, Parity Arcadia represents an experiment in the mutual shaping of architecture, society, and personal values. Focus on studying how architecture transcends physical boundaries to become a tool for shaping people in social transformation. It embodies my belief that architects are not only creators of buildings but also architects of social change and human experience. In designing Parity Arcadia, I envision a living space and how to create a more compassionate and inclusive society.

During the COVID-19 outbreak, there were significant changes in the management of prison populations in New York and many parts of the United States due to the health risks posed by the virus. The outbreak raised concerns about conditions in overcrowded jails and prisons that experienced large COVID-19 outbreaks. In New York, Mayor Bill de Blasio ordered the release of individuals held in New York City jails. Those released are at a lower risk of reoffending, which led to a significant reduction in the prison population.

However, the release of inmates during the epidemic also created significant challenges for reentry and life after prison. People with criminal records often face stigmatization in the job and housing markets . The epidemic and the recession further exacerbated this stigma. People released from prison often do not meet the eligibility criteria for the extension of unemployment insurance, which was an essential support during the economic crisis during the epidemic. Meanwhile, early releases during epidemics often leave individuals with little time to coordinate reentry programs or access essential resources such as Medicaid and SNAP.

Physically, they have difficulty accessing stable housing, employment, benefits, and health insurance during an epidemic. Psychologically , they endure denial from society, exacerbating the individual's internalized denial of society. Resulting in an increased risk of recidivism. Becoming a presence that jeopardizes the health of society.

So, as the pandemic continues, treating these populations under government programs remains a critical issue. How to successfully reintegrate them into society and improve social stability is a direction that can be explored.

Located on the shore adjacent to the bridge connecting Brooklyn and New York, the community concept can be viewed from several locations. Vehicles crossing the bridge, residents of neighboring apartments, and onlookers in Manhattan can witness the activities of the building's residents. This visibility provides clear evidence of the residents' transformation, demonstrating the transitional stages of reintegration. Witness the individual's transition from crime to successful reintegration upon release from prison.

SITE COLLAGE

SPACE VIEW

SUPERVISION INDOCTRINATION SELF-CONTROL TRUST

Supervision and Protection:

Upon release from prison, immediate support and assistance is often needed to meet their basic needs and establish a stable foundation.

The focus at this stage is on helping them cope with the initial challenges they may face, such as finding housing, obtaining identification documents, and obtaining health insurance.

The two spaces are completely separated, with the private space serving as a place of supervision and privacy.

PROPERTIES

AXONOMETRIC

Transitional Support and Indoctrination:

In this phase, individuals receive ongoing support and indoctrination to help them develop skills to try to prepare for integration into society. Treatment of psychological and physical problems. Giving Education.

Individualized Planning and SelfControl:

Assigning work based on what one is good at. Participate in organizing community benefits. Initial contact with society and the surrounding community.

Community engagement and collaboration:

Creating opportunities for successful reintegration reduces stigmatization. Interact with people under public space. Realize self-worth by giving substantial labor as well as goods.

Spaces are in contact with each other. Translucent and transparent materials are utilized to block movement but preserve the view.

Spaces are integrated and functions are visually connected to each other. Semi-open spaces are utilized to give more freedom.

Make the space dissolve into a fully public space. There are no boundaries between spaces in terms of visualization and movement.

ISOMETRIC EXPLODE

GROUND LEVEL

Offers plenty of social areas with historical and event commemorative progress galleries, outdoor landscaping, and a small marketplace. Provide plenty of places to socialize. Demonstrates a shift towards social engagement.

Giving new residents who have just been released from prison a certain amount of privacy while developing their vocational skills. Use the labor force to integrate into society. Through a gradual psychological and physical transition, residents will gradually stabilize their social connections and participate in community activities. Residential patterns will also change, facilitating interaction and community integration.

RESIDENTIAL LEVEL

Both single and multiple occupancy units. Singles units have more compact personal spaces. Multi-person units have more shared spaces that facilitate interaction between residents.

Changing the transparency of the glass blurs the attributes between public and private spaces. People supervise and are supervised at different levels of clarity.

PUBLIC SOCIAL AREA
OFFICE AREA
RESIDENTIAL AREA

HARMONY HAVEN

Reimagining Architecture for Community Revitalization

Arch 402 Design Studio Academic Work(Individual)

Location: Baltimore, Maryland

Date: Jan 2023 to May 2023

Instructor: Jason Lee

Harmony Haven represents a transformative vision for community revitalization, centered on re-imagining the Old Town Mall in Baltimore. The area was once a thriving commercial center. However, it has declined as the city’s population has declined, leaving low-income populations plagued by dilapidation and high crime rates. Despite previous attempts at redevelopment, the underlying problems still need to be solved.

The project attempts to use the shaping of space to promote a sense of community solidarity and mutual aid. “The essence of Harmony Haven is to allow residents to actively participate and invest in their environment, fostering a sense of ownership and pride, restoring the site’s prosperity, and creating a more valued and respected space.

The redevelopment program has three phases: Healing, Attraction, and Restoration. It includes a healing center, a church to symbolize community gathering and safety, and a marketplace for local exchange and celebration of festivals. The central greenhouse serves as an essential connection point and source of nourishment, symbolizing growth and rebirth. Educational training areas are provided to enable residents to learn skills with practical applications for community development.

The design utilizes lines, columns, and roofs to guide movement and mutual support. It is constantly expanding in response to the demand, creating a space that meets the needs of a diverse community. The site incorporates moveable, foldable modules to enhance flexibility and allow the architecture to adapt dynamically to changes in population. This architectural concept creates a safe and resilient space. It promotes community growth and encourages interaction, mutual support, and a sense of belonging.

Harmony Haven attempts to break down spatial boundaries while utilizing narrative to achieve healing, inspire residents to help each other, and restore shared history. The relationship between urban spaces and their inhabitants is mutually shaped in areas facing demographic and socio-economic challenges.

The Old Town Mall has turned into a deserted place in the past, and this happened because the population declined, and most of the people left had financial problems. These factors led to this shopping street being filled with trash and dangerous places.

My project is to allow people to create a space where they can safely relax, spontaneously learn, interact, and be educated through a primary architectural language and moving flexible spaces. The design retains the original main routes of the site. The design maintains the main roads of the site and distributes the areas according to the density of these routes and entrances for people. At the same time, green areas surround the site, blurring the site’s boundaries and allowing people to walk into the place naturally.

SITE DESIGN ANALYSIS

PORTABLE HOUSING

BIRDVIEW

STAGE

SPACE CONDITION

I have investigated the use of points, lines, and surfaces. I am integrating elements from the basic spatial dimensions to create a space that naturally promotes mutual aid and community solidarity. Attempting to deconstruct the properties of space and combining the concept of spatial nesting with my idea of mutual aid, I envision an ambiguous space of intertwined spaces, balancing communal interaction with individual solitude and respecting the individual’s need for solitude while creating spaces that can be allocated on demand. I am creating a harmonious experience of mutual aid.

MAIN PATH-WAY
SECONDARY PATH-WAY

To create adaptable spaces, I use Foldable House. This allows for realizing the vision of a environment where the boundaries between the public and private spheres are blurred. Movable walls, adjustable lighting, and modular spaces can be relocated according to the moment’s needs. It can be used for personal needs or community gatherings.

MARKET AREA

GREEN AREA
FOLDABLE HOUSE

03

RESONANCE ATRIUM

Location: Manhattan, New York

Date: Fall 2023 to Dec 2023

Instructor: Giuliano Fiorenzoli

Resonance Atrium is a music school concept. Attempting to embody the fusion of architecture and art creates a relationship between the sensual and the rational. The project delves into the resonance between physical space, the nature of art, and human sensibility through a narrative led by arts education.

At the heart of the school is the concept of ‘architectural harmony’ - how architecture reflects and enhances human emotions and interactions. The spaces included are designed not only for musical performances but also for monumentality as a symbol of outreach to the community. A relationship between solid and void is conastructed by utilizing the pure, minimalist geometry of the exterior to the views and interactions of the interior ramps.

The design is also an exploration of the nature of art and aesthetics. It challenges the notion that architecture is merely functional, suggesting that space can profoundly influence and reflect our inner lives. In a world where large-scale construction often leads to design alienation, this project rethinks the balance between functional exploration and the nature of architectural thought. It contemplates contemporary society’s interplay of art, aesthetics, emotion, and consumerism.

SITE

PLAN

Site is in the Noho area of Manhattan. Replace one of the parking lots to become a music school.

PROGRAM ANALYSIS

MASSING STUDY

INTERIOR VS EXTERIOR RAMP AND VERTICAL CIRCULATION

INTERIOR PROPERTIES

PUBLIC SPACE

PERFORMANCE SPACE

CONNECTION

GROUND LEVEL

The bottom is an open public space. The original trees in the site are utilized as a natural boundary. At the same time, it can be used as a public rest area. Adjacent functions are the coffee shop, restaurant, bookstore, and musical instrument store, all open to the public. In addition, the school area has halls, pavilions, and social spaces.

FIFTH LEVEL

Social areas surround the theater level. People can mingle and organize events around it. It also serves as the final approach to the roof.

The roof serves as a social place independent of the city. Transparent glass blocks and plants are utilized to act as a separation. It provides a breathing space for the crowded city. People are free to do any activity in this garden.

ROOF: SOUTH SIDE

SECTION WEST TO EAST

+25'-00"
+25'-00"
+25'-00"

INTERIOR: LOBBY

INTERIOR: LEVEL 2-3

INTERIOR: LEVEL 4

INTERIOR: LEVEL 5

BIRDVIEW

Aurora Vitae Igloo Mars plant laboratory Project

Arch 401 Design Studio

Academic Work(Individual)

Location: South Arcadia Planitia, Mars

Date: Fall 2022 to Dec 2022

Instructor: Michael Morris, Marlon Davis

“Aurora Vitae Igloo” is a Martian botanical laboratory that conceptualizes a symbiotic habitat for humans and plants. The project focuses on addressing the psychological and physiological challenges that astronauts and scientists may face living on Mars. It is more than a habitat; it is a sanctuary designed for holistic well-being.

The therapeutic portion of Aurora Vitae Igloo has a healing greenhouse with a spa, relaxation areas, and a meditation room that focuses on physical and mental healing. The zones are mixed according to the temperature required for their function. The spa, for example, is housed in a green greenhouse, offering a therapeutic experience with plants. The relaxation area is planted with herbal plants designed for meditation and yoga practice to relieve the psychological stress of space missions, thereby improving overall health and mission effectiveness.

At the heart of the project is a self-sustaining ecosystem. It utilizes Martian ice for water, complemented by an advanced waste recycling system that embodies a sustainable closed-loop system. This self-sufficient design meets the needs of long-term survival on Mars and mirrors sustainable practices on Earth.

At the same time, Martian geography and material construction issues are being considered. It generates the optimal shell shape considering the actual physical conditions of Mars. The materials focus on in-situ resource utilization, especially Martian surface materials, and water ice, to create a self-sufficient shelter for the astronauts. The inflatable shell is reinforced with aerogel composites and ice to ensure strong radiation shielding and structural integrity.

In the face of humanity’s insignificance in the universe, we realize that the spirit of life extension is infinitely greater. It conceptualizes the structure of the Earth, symbolizing the first essence of life - the cell. It explores the symbiotic relationship between plants and humans, contemplates the meaning of “first life,” and develops new forms of life suitable for Mars. This “sprout of the first life” symbolizes humanity’s spiritual investment in the future. In a wave of post-human generational innovation, cells will continue replicating and evolving, ultimately finding ways to transform the Martian environment.

MATERIALS

Aerogel: has excellent thermal insulation and light transmission properties. Used as a second protective layer in an inflatable shell, it can shield radiation and maintain a controlled environment to cope with the harsh Martian climate. The low density and high insulating capacity of aerogel make it ideal for maintaining temperature regulation within the habitat, which is critical for human comfort and plant growth.

Polylactic Acid (PLA): PLA is a biodegradable and bioactive thermoplastic derived from renewable resources that can be used to build space in various non-structural applications within the habitat. This material can mold rest areas, such as relaxation and spa areas. In addition, using plant fibers to construct this material allows for the continuous production of new PLA material for stockpiling and restoration. PLA can further enhance habitat self-sufficiency with a focus on sustainability and environmental awareness. MARS

Martian Rocks: Using Martian rocks to create materials similar to Martian concrete represents a practical approach to in situ resource utilization,reduces dependence on Earth-supplied materials, and makes the construction of Martian habitats more sustainable. Martian concrete can be used for structural elements, providing stability and protection from environmental conditions, including radiation and meteorite impacts.

Ice: Ice is critical for water supply under Martian conditions. Utilizing Martian ice solves the need for daily water use and significantly increases the viability of long-term habitation. Ice can be converted into water for human and plant use in greenhouses, demonstrating an essential element of architectural self-recycling. Using 3D printing technology to print the ice to create a protective layer is also highly effective in preventing damage from radiation and protecting the organisms inside the building.

SITE INTRODUCTION

Herbs are used to promote mental and physical healing in astronauts. They provide a natural and sustainable way to relieve stress and help people maintain a good night’s rest.

The plant itself will provide oxygen. With hydroponic gardening, three types of plants can be grown: herbs, food, and multi-fiber plants. Examples of these are corn, sugarcane, cassava, and beet pulp. They are a common source of lactic acid production, a key component of PLA.

South Arcadia Planitia on Mars, characterized by its smooth plains, fresh lava flows, and Amazonian volcanic activity, is an ideal location for the Healing Garden project. Located in the northern lowlands between 40–60° North and 150–180° West, it transitions from thinly to heavily cratered terrain. Crucially, it harbors abundant nearsurface ice, evidenced by glaciation-like features and expanded craters, which suggest subsurface ICE LAYERS. The LOW ALTITUDE favors SOLAR ENERGY capture, vital for the project. This region’s geological diversity and resource richness make it a strategic choice for sustainable human habitation and the Healing Garden’s objectives.

The resting room has a hydroponic system of herbs. The placement of herbs that help rest from the smell gives a more comfortable and healing environment for relaxation. Lavender, for example, is a psychotherapeutic herb that removes anxiety, balances restlessness, and aids sleep.

PLA.

INFLATABLE CARBON DIOXIDE LAYER AEROGEL INSULATION LAYER

ICE SHELL

LANDING AND CONSTRUCTION

In order to land the spacecraft, precise orbital adjustments were first made to approach the target, and then the deceleration engines were activated for a controlled landing. After landing, the construction of the eco-radiation dome started using ground robots and automated systems, extracting local resources: ice and Martian rock, combined with aerogel and polylactic acid for the interior thermal insulation of the structural structure, to build up this multifunctional eco-habitat gradually.

HYDROPONICS SYSTEM

Growing hydroponics on Mars offers distinct advantages: it does not require Martian soil, saves valuable water, and ensures year-round growth under controlled conditions. Four different types of hydroponic systems are offered. They are making it suitable for any stage and type of plant.

The specialized areas of the plant area are harmonized with the greenhouse environment, taking into account temperature, humidity, and plant growth. The pool and greenhouse areas provide a warm, humid climate conducive to plant health and human relaxation. Hanging and massage areas in the plant clusters enhance this controlled climate, utilizing natural humidity to produce therapeutic effects. Tea-making and bathing areas utilize herbs grown in this environment, highlighting the symbiotic relationship between human activity and plant vitality. The aim is to maintain optimal conditions for astronauts and plants, ensuring the ecosystem balance within Aurora Vitae Igloo.

In space, performance is critical to mission success. If the food system is unsafe, nonnutritious and unacceptable, the health and performance of the crew and the overall mission may be adversely affected. The needs of the food system must be balanced with the needs of all other systems and available vehicle resources (e.g., mass, volume, waste, and crew time).

In addition to the physiological benefits of an ondemand diet and fresh air, the soon-to-be-designed plant room will provide astronauts with a basic psychological stress reliever known as “pro-biotic,” which is known to contribute significantly to their well-being in space. Long-term space missions. The studio critically integrates biology and life sciences with habitat architecture, analytically considering a “cradle-to-cradle” approach to living systems design, employing biomaterials and by-products, passive ventilation and form optimization, mechanical operations, energy consumption, waste, recycling, and reuse to sustain the space environment. Life in a “closed-loop” pressurized ecosystem.

PLAN:
Dimitar Sasselov, The Life of Super-Earths, 2012
PHYSICAL MODEL

MATERIAL SUSTAINABILITY

Verdant Blocks:

The Inner Framing of Hempcrete

ARCH 581 Bio-based Materials

Collaborate work

Location: N/A

Date: Aug 2023 to Dec 2023

Instructor: Maria Vrdoljak

In the realm of sustainable architectural design, bio-based materials like Hempcrete are gaining prominence. This material, derived from hemp, offers environmental benefits such as low ecological impact, excellent insulation, and carbon sequestration. Our project delves into Hempcrete's internal structure, exploring the balance between solid and void spaces to expand its applications in eco-friendly construction.

Our team's focus extends beyond Hempcrete's structural properties to its aesthetic and experiential aspects. We aim to visually and intuitively present sustainability to users through innovative framing techniques. These techniques not only ensure structural integrity but also visually expose the Hempcrete, enhancing its educational and aesthetic appeal.

First, we used wood, a natural element, as the material for the frame. After that, we think about the patterns of the original material to create ideas that can be applied to hempcrete. After learning about bricks and geometric shapes, we selected the most suitable geometric shapes for the structure and the application patterns of bricks. We set the most suitable geometric shapes for the structure and the patterns of the bricks to create a possible application. By reproducing this block infinitely, we obtain a load-bearing wall.

6. POUR IN THE MOLD
3. MIX HEMPCRETE
5. CONSTRUCT THE INNER FRAME OF STUDYMODEL II
2. MIX LIME BINDER
4. CONSTRUCT THE INNER FRAME OF STUDYMODEL I
1. SELECT RAW HEMP SHIV FROM HEMP

We believe that new sustainable materials must be multifunctional and can be used in various situations. After a successful first round of experimentation, we tried to make the bricks more versatile based on their load-bearing properties. So, we layered multiple geometric spaces to create different void and solid surfaces. On top of that, when the brick is copied and pasted, it can be combined in many ways to respond to different needs.

PHYSICAL MODEL: STUDYMODEL II

SIMULATION MODEL: STUDYMODEL I AND II

SIMULATION MODEL: STUDYMODEL I AND II

Hempcrete can be grown hydroponically, and the shiv is not the only part of the hemp used for hempcrete. other parts of the hemp have a variety of uses as well. It is a multifunctional material that gives sustainability and self-creation to the inhabitants.

SIMULATION MODEL: STUDYMODEL I AND II

AURORA VITAE IGLOO HARMONY HAVEN

UTOPIA EXPERIMENT

Reimagining the Ideal Society Through Architectural Innovation

Personal Work

Location: Irvine, California

Date: Jun 2021 to Aug 2021

Instructor: Perosonal Work

I re-conceptualize the concept of utopia, not as an unattainable ideal but as a tangible model of social perfection within the modern city. The project depicts an alternative social environment—an attempt to organize harmonious relationships and increase efficiency and well-being beyond the current organizational relationships of society.

In essence, Utopia Experiment is a construction that gives physical form and personality to the abstract concept of a utopian society. It is narrative within the context of a historical utopia, integrating innovative architectural solutions to foster a community that is not only self-sufficient but thrives in interdependence and communal relationships.

Challenging the status quo, the project offers a fresh perspective on the face of the modern city. In this place, the physical environment directly reimages the ideal social order, where relationships are nurtured and where entire neighborhoods thrive—reaching the point where architecture shapes people while allowing the people themselves to shape the architecture.

PROGRAM ANALYSIS ISOMETRIC EXPLODE

In this context, the term “utopia” refers to an idealized society that is entirely self-sufficient and harmonious. Inspired by Corbusier’s Marseille Apartments, the project aims to realize this ideal in the current social context by designing an apartment building as a self-sufficient ecosystem.

Key aspects of this self-sufficiency include:

Work and living space:

The apartment complex is designed so residents can live and work in the same neighborhood. This design reduces the need for commuting and creates a balance between work and personal life within the community.

Food production: Food needs are met by greenhouses within the complex. These greenhouses may be intended to grow various plants and produce to provide residents with fresh, local food. Small markets and restaurants are also utilized to convert to community funds.

Physical and spiritual needs:

To ensure the well-being of the residents, the complex includes facilities such as a gym for physical fitness, a chapel dedicated to the spiritual growth of religious practices, and sound educational spaces.

Social and external interactions: Although the project is self-sufficient, it recognizes the importance of connecting with the neighborhood. As such, it includes amenities such as a restaurant and café that serve the residents and provide space to socialize and connect with the outside world.

There are two different living options available to residents:

Solitary Living: this lifestyle has more privacy than Communal Living space. The building facilitates this with features such as elevated balcony screens. These screens add an extra layer of isolation and ensure that solo residents can enjoy their space without being disturbed by neighbors or passersby.

Communal Living: Communal Living is suitable for those who prefer a more social environment than the solo option. In this setup, the living spaces are designed to promote community interaction and social engagement. This is achieved through open areas with connected balconies that allow residents to interact with each other easily. Not only are these balconies physically accessible to each other, but they are also intended to facilitate vertical interaction (up and down) between the different floors of the building. This design choice encourages a sense of community and makes it easier for residents to connect and interact with their neighbors.

An attempt was made to balance the need for private, personal space with the desire for communal, interactive Living.

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