Architecture & Design Portfolio - 2021

OR

Thessaloniki Food Hub Smith Ranch Kolos Data Center Transportation Center 01 Shanghai Pharmaceutical Xiong’an Research Facility Landscapes of Extraction Territorial Transgressions Visualization Fabrication

RYAN OECKINGHAUS ARCHITECTURE & DESIGN PORTFOLIO

Ryan Oeckinghaus Architectural Designer

T: +1-(908)-328-7621 E: roeckinghaus.me@gmail.com

www.ryanoeckinghaus.com

Ryan Oeckinghaus Architectural Designer

T: +1-(908)-328-7621 E: roeckinghaus.me@gmail.com

www.ryanoeckinghaus.com

INFO Bio Personal Statement

PROJECTS 03

Thessaloniki Food Hub Smith Ranch Kolos Data Center Transportation Center 01 Shanghai Pharmaceutical Xiong’an Research Facility

RESEARCH 06 14 20 24 34 40

Landscapes of Extraction Territorial Transgressions

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RYAN OECKINGHAUS

MISCELLANEOUS Visualization Fabrication

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CONTENTS

INFO

PROJECTS

RESEARCH

Bio Personal Statement

Thessaloniki Food Hub Smith Ranch Kolos Data Center Transportation Center 01 Shanghai Pharmaceutical Xiong’an Research Facility

Landscapes of Extraction Territorial Transgressions

RYAN OECKINGHAUS

MISCELLANEOUS Visualization Fabrication

INFO

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RYAN OECKINGHAUS

RYAN OECKINGHAUS

ARCHITECTURAL DESIGNER

INDUSTRY TENURE 2 Years POSITIONS Architectural Coordinator 2 HDR Inc. (Full Time) Project Designer DOMAIN Office (Part Time) NCARB New York Record ARE Testing - In Progress

I am an architectural designer who graduated with a Bachelor of Architecture and a Philosophy minor from Syracuse University School of Architecture in 2019. I am currently employed at HDR Inc. and work primarily in their EST sector, and I work part time with DOMAIN Office on exhibitions and competition work. Some of my core interests are embodied in my undergraduate thesis, which sought to take a critical stance on the future development of urban form in my home state of New Jersey, and looked into alternative solutions to remedy the ills of suburban sprawl. The topic sprouts from my interest in urban planning and critical theory, as well as philosophy and dystopian fiction. This interest was first developed while working on an urban renewal proposal sited in Medellin, and has since been an integral part of my research and outlook on architecture and its role in our society. I wish to continue to investigate architecture at the urban scale as well as new building typologies that reinterpret how program functions in a range of contextual densities.

I believe architecture can spark a process of remediation of the detrimental social, economic and environmental effects being brought on by our society, and I want to continue to work in a critical capacity toward possible solutions.

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INFO

INFO

PROJECTS

RESEARCH

Thessaloniki Food Hub Smith Ranch Kolos Data Center Transportation Center 01 Shanghai Pharmaceutical Xiongan Research Facility Urban Flows

Landscapes of Extraction Territorial Transgressions

RYAN OECKINGHAUS

MISCELLANEOUS Visualization Fabrication

PROJECTS

THESSALONIKI FOOD HUB

SCOPE Masterplanning Competition PROJECT LOCATION Thessaloniki, Greece TEAM Lawry Boyer, Mitesh Dixit, Ognen Marina, Borjan Menkinoski, Filip Velkoski Done as a part of DOMAIN Office.

The intent of this project is to transform a residual scar in the urban fabric of Thessaloniki into a culturally productive landscape of urban agriculture. Farming and agricultural production is typically understood as an ‘introverted’ process: one that is operated on private land and out of view. Through the injection of educational, cultural, commercial, and social programs, the proposal will transform the site into a space of cultural identity, social integration, and civic engagement, making it the ‘extroverted’ face of agriculture and this facet of the city’s culture. The development will bring increased livability and productivity to the site and to the city of Thessaloniki while eliminating the bipolar notion of the rural-or-urban landscape.

The site will become the connection between the industrial (seaport to the South), rural (farms to the West),commercial (downtown to the East) and infrastructure (railroad and highway to the North).

The highway to the North of the site gets sunken beneath the site, giving the area previously occupied by the road back to the city by integrating it into the site, becoming a node in a network of green infrastructure across the city. The site is then divided into 3 parcels and 8 sub-parcels which are dedicated to a specific crop that is farmed on-site throughout the year.

One is dedicated to community gardens which individual families or organizations in the city will take responsibility for. These will provide an opportunity for self-determination of the crops and overall transformation towards a green economy that focuses on sustainability, climateoriented development, and the city’s nutrition. The existing buildings on the site will become artifacts of the prior industrial landscape on the site and remain places of production as they once were.

These buildings will be given back to the city as locations of education, commerce, and heritage through programs such as a wholesale market, farm school, food court, and greenhouse. Three new towers are proposed, each with a different garden type and function that serves the site as a whole.

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THESSALONIKI FOOD HUB

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EXISTING BUILDINGS

CONNECTIVE CIRCULATION

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THESSALONIKI FOOD HUB

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AGRICULTURE ZONE CENTERS

DEVELOPMENT LOCATIONS

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PROJECTS

With silos placed in central locations to collect for each agricultural zone, the remaining towers are organized sporadically based on adjacencies to the preserved buildings on site to create moments of functional density on site.

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THESSALONIKI FOOD HUB

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PROJECTS

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SMITH RANCH

SCOPE Residential PROJECT LOCATION Round Top, Texas TEAM Amber Bartosh, Lawry Boyer, Mitesh Dixit Done as a part of DOMAIN Office.

Smith Ranch is a 350 square meter ranch which is shaped per programmatic, environmental, and performance desires based on the client’s identified preferences and a site evaluation.

The result is a form that is both foreign and recognizable, comfortable, but unique. Located in a setting specific to Texas, this project is conceived as a pavilion on a ranch. Smith Ranch is both introverted and extroverted: each space has a relationship either to its interior logic or to the surrounding terrain, with certain moments that provide extensive views of the of the property.

The home is designed as a sequence of connected blocks - an arrangement that eliminates the need for long corridors and hallways. Following the client’s lead, the plan has been organized such that spaces simultaneously feel casual, luxurious and considered.

The ranch began its study simply as a programmatic bar of programmatic relations, creating a linear flow of related spaces. After the investigation of the site and and review of the programmatic bar, it was concluded that the plan should be condensed to reduce travel length between opposing ends and to frame more views and connect to existing flows of access in the site. Commissioned in 2020

by Smith Ranch, Unbuilt.

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SMITH RANCH

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SMITH RANCH

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PROJECTS

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SMITH RANCH

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PROJECTS

KOLOS DATA CENTER

SCOPE Data Center PROJECT LOCATION Ballangen, Norway TEAM Brian Kowalchuk, Kevin LeMans, Richard Prakopcyk, Diego Samuel, Tom Smith AWARDS AIA NJ Design Awards (2017) Merit Award - Unbuilt Category Architizer A+ Awards (2018) Jury Winner - Commercial Unbuilt Done as a part of HDR Inc.

Kolos Data Center is designed to take advantage of Norway’s competitive green energy, cool climate and access to international high-performance fiber. Responsive to its site at the terminus of a fjord and surrounded by mountains, the design takes cues from the landforms left from receded z glaciers that define the site. Organized along a central spine, the building forms are arranged to mimic a glacier’s movement as it displaces swaths of land. Along this spine are attached modular data halls that are secure and scalable. Designed on an AB pattern there are 2 internal layouts and their mirror image, creating a limited set of pieces to improve constructability while maintaining unique forms. The module roof is sloped and significantly deep to accommodate planting as well as ventilation. At the terminus on the water, the central spine emerges as a public element clad in copper, a reference to the area’s copper mining history. This gesture articulates the entrance to the data center while acting as a gateway to the public waterfront promenade – a physical expression of the company’s commitment to the community.

The massive climate-cooled facility has the potential to scale beyond 1,000 megawatts of computing power, servicing the rapidly growing global data market. High-speed traffic to continental Europe and as far off as the United States’ East Coast could be routed from the Kolos node through high performance fiber in neighboring Sweden. Within 25 kilometers of the planned site is an excess supply of clean hydroelectric power for the region, allowing the data center to scale up to two gigawatts of consumable renewable power.

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KOLOS DATA CENTER

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PROJECTS

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KOLOS DATA CENTER

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PROJECTS

TRANSPORTATION CENTER 01

SCOPE Undergraduate Thesis Project Architecture as Infrastructure Transit and Related Program PROJECT LOCATION New Jersey ADVISOR Mitesh Dixit AWARDS IDA Design Awards: Silver - Public, Landmarks Category Bronze - Mix-Use Category Done during Undergraduate studies at Syracuse University.

The Transportation Center is an exercise in architecture as infrastructure, attempting to provide a physical instance within the framework my thesis research and create a building that functions in line with the updated conception of New Jersey as a territory.

The building is designed to be an object derived from the forces of the site. It is an incredibly porous building, lifted off of the ground to allow for free pedestrian circulation as well as tram transport through the site. The hub is at the junction of 4 different lines; a high speed Maglev above, freight and countryside transit below, and tram-lines on the ground level. The infrastructural objects shown on the next page were the starting point for the development of the building.

Existing infrastructural systems are not inherently detrimental to the urban fabric, but the way they are often applied (systematically and at the human scale) creates closed and divisive systems and spaces. Therefore, I do not seek to change these objects themselves, but I seek to change the way that they are applied within the urban fabric. The drawing examples show an attempt at overlapping transit systems and pieces into new infrastructural objects that enforce the open grid transit and block system.

The material reality of this project seeks to function along a new conception of territory in the New Jersey region. At each scale, down to the building, the focus is on creating connectivity and openness that supports the overall territorial reorganization.

Instead of allowing New Jersey to fall victim to land misuse, disconnection and infrastructural chaos as a result of the focus on cities, a planning emphasis is reinstated, and a holistic proposal is put forth to remedy such outdated planning and infrastructural practices, a proposal that this building is emblematic of.

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TRANSPORTATION CENTER 01

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TRANSPORTATION CENTER 01

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The building was developed based on a reinterpretation of a catalogue of infrastructural pieces (left) to create overlapping open systems for circulation and embedded program. The infrastructural objects (above) are small junctures testing these ideas before they were applied to the proposal

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PROJECTS

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TRANSPORTATION CENTER 01

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TRANSPORTATION CENTER 01

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SHANGHAI PHARMACEUTICAL R&D CAMPUS

SCOPE EST Sector, Laboratory R&D Facade Development PROJECT LOCATION Shanghai, China TEAM Scott Boyer, Mengyu Jiang, Diego Samuel, Jared McBath AWARDS AIA NJ Design Award (2020) Merit Award - Unbuilt Category Architizer A+ Awards (2021) Special Mention - Unbuilt Institutional

Shanghai Pharmaceutical R&D Campus is a multiphase redevelopment of a mostly demolished campus. This study was primarily a facade and lab planning exercise based on the continuation of the concept design approved by the client. The elongated site and the carving done to provide ample courtyard space for employees alongside the clients affinity for transparency creates a necessary examination of the exterior envelope.

Roughly 40% of the exterior glazing faces south.

The solution shown in the following pages is the result of studies looking at external shading devices as well as fritted glazing and possible double skin solutions to maintain a level of transparency in the public areas of the labs while allowing for a reduced amount of energy usage. The fins along the facade increase in depth as they reach the south facing facade, creating an undulation that follows suit with the liquid like carving of the courtyard form. The fritting follows similar rules to shade the more sensitive areas of the building; offices and meeting rooms on the south face see an increase in fritting, whereas public areas and multi height spaces where air can circulate and heat can dissipate more freely see open glazing for direct views in and out.

Done as a part of HDR Inc.

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SHANGHAI PHARMACEUTICAL

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SHANGHAI PHARMACEUTICAL

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PROJECTS

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SHANGHAI PHARMACEUTICAL

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XIONG’AN RESEARCH FACILITY

SCOPE Green Research Labs Product Sales & Exhibition Auditorium & Event Space Classrooms PROJECT LOCATION Xiong’an, China INSTRUCTOR Fei Wang TEAM Ian Masters Done during Undergraduate studies at Syracuse University.

This project, as part of the publication Design Energy Futures: Xiong’an 1.0, which is a collection of projects done at Syracuse University under the guidance of Professor Fei Wang, is an investigation into the reuse of an outdated building within a developing city to spark urban interaction and develop a hub of environmentally conscious research and investigation. This project is sited in the developing Xiong’an and is an intervention in an old industrial building. The focus is on creating pedestrian interaction and unique interior spaces to house two sets of program. At the left of the building, where the tilted exterior frame exists, the public is invited inside. They circulate up through the frame and interact with public programs such as a coffee shop, event space, auditorium, and classrooms. The other half of the building, with a more rigid layout, houses the green research facilities and a showroom for the products the researchers develop. Connections between these areas allow for programmatic overlap. The building seeks to alter the typical paradigm of R&D by integrating the consumer/citizen in the process. The lab spaces are organized to allow for pedestrian-like storefront viewing; they can witness the research and creation of green products, which, along with the educational programs in the public-focused side of the building, emphasizes the dissemination of environmentally friendly knowledge and products through its program and form.

The exterior form uses a PTFE mesh to not only expose the structure and interior program to the public, enticing their interaction with the building, but to also reduce solar heat gain (the product can reflect as much as 73% of the suns energy).

Overall, this project uses transparency of structure systems and program to entice user interaction.

The public is engaged in the development process of environmentally-conscious products through a reinterpretation of the programs this building holds, and these users can learn about and purchase said products to promote environmental responsibility within the developing city.

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XIONG’AN RESEARCH FACILITY

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XIONG’AN RESEARCH FACILITY

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PROJECTS

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XIONG’AN RESEARCH FACILITY

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XIONG’AN RESEARCH FACILITY

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PROJECTS

INFO

PROJECTS

RESEARCH

Thessaloniki Food Hub Smith Ranch Kolos Data Center Transportation Center 01 Shanghai Pharmaceutical Xiong’an Research Facility

Landscapes of Extraction Territorial Transgressions

RYAN OECKINGHAUS

MISCELLANEOUS Visualization Fabrication

RESEARCH

LANDSCAPES OF EXTRACTION

SCOPE Mulit-Disciplinary International Exhibition Mapping Research Exhibition Design & Installation PROJECT LOCATION Belgrade, Republic of Serbia CURATOR Saša Marčeta Foundation TEAM Djorde Bulajic, Mitesh Dixit, Tamara Marović, Eric Sanchez Done as a part of DOMAIN Office.

Landscapes of Extraction is a visual genealogy of the cultural exchange between Switzerland & Serbia. Employing critical cartography, the installation illustrates the co-dependency of capital, culture, and intellectual production, between the Republic of Serbia and Switzerland.

A multi scalar physical map redefines the terrain between the two as a continuous landscape, more precisely, a territory defined via the extraction and exchange of material & immaterial resources.

A series of maps challenges the Cartesian certainty of traditional mapping, and illustrates via a method of unpacking the hard and soft infrastructure between the “two” countries in order to investigate the material and immaterial contours. This is meant to enable one to reconceive and question the very nature of how we see our built environment.

The ambition of this exhibition is to illustrate the need to eliminate the arbitrary geopolitical lines that keep a region from operating as it should or does. By identifying shared resources, infrastructure, and cultural similarities, via new methods of representation, the work seeks to visually demonstrate the gradients that exist between nations and how territories perform, thus allowing us to move past our Cartesian understanding of space and begin to discuss alternative political and economic systems that embrace inclusion and diversity.

Created as a part of STAYING HERE WITH YOU – Moving, a collaborative exhibition between Serbian and Swiss artists, “examining the meaning of the concept of relocation, movement and staying.”

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LANDSCAPES OF EXTRACTION

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The multi-scalar physical map at the center of the exhibition was created to illustrate locations of physical and cultural extraction from the landscape, and the key infrastructural connections that enable the exchange between Switzerland and Serbia.

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LANDSCAPES OF EXTRACTION

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RESEARCH

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PROJECT NAME

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RESEARCH

TERRITORIAL TRANSGRESSIONS

SCOPE Undergraduate Thesis Research Urban Planning & Design PROJECT LOCATION New Jersey ADVISOR Mitesh Dixit Done during Undergraduate studies at Syracuse University.

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There is a widespread, intense focus on the city that has been negatively materialized in urban planning and design. While broad, this statement provides a clear and concise starting point for Territorial Transgressions, my undergraduate thesis. The city as the center of importance in design has allowed for non-city, non-urban areas to succumb to market driven and introverted planning practices that sacrifice necessary connections to outside systems and networks. This thesis takes the over-arching problem of the misconception of cities, as it has been materialized in New Jersey, and presents an overhaul of the state’s organization and infrastructure. It does this so that New Jersey can function not as an interstitial real estate project, but as connective tissue within the broader territory. This investigation began with the indexing of the existing conditions in New Jersey.

The maps seen on proceeding pages show initial conditions: major roadways, the railway system, key industrial sites, urban centers, preserved land, population density, the spread of blue collar workers, and the key connective corridor, the New Jersey Turnpike. These all provide the basis for a planning understanding of New Jersey, and exemplify the points stated previously. New Jersey’s ineffective sprawl is the most evident conclusion from this series of maps, and the proposal at this scale seeks to remedy it. There is a zone between the cities that has the potential for densification and for providing a clear reorganization of the sprawled territory that has been affected by its misconception of the city/rural dichotomy. The proposal for New Jersey at the state scale centers on the alteration of the primary corridor, the New Jersey Turnpike.

This connective piece between New York and Philadelphia is where the urban centers and the population should be redistributed.

TERRITORIAL TRANSGRESSIONS

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TERRITORIAL TRANSGRESSIONS

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The state-wide proposal goes through a few key steps: relocating the urban centers along the primary corridor, increasing farmland, adding new industry sites, and adding secondary transit hubs. The proposed scheme, seen on the next page, shows a more effective overall layout of the territory, redistributing people and resources through some of the existing infrastructure to combat the misuse of land and closure of the suburban sprawl paradigm. This system rejects the use of typical city planning paradigms and in doing so seeks to project a case study for the reinterpretation of other similar landscapes. The specifics of the replanning and new operation of this corridor are seen in the following pages, as this proposal calls itself what it is, a linear city, and takes notes from the similar theoretical exercises that came before it, as well as Albert Pope’s insights into urban planning. Each step adds specificity at the smaller and smaller scales, while operating continually on the conceptual basis of territory. The process of fitting out the linear city scheme is meant to be done to anticipate and accommodate further growth and adaptation. Due to the territorial scheme presented, the construction of a linear city as described would allow for variations and new interpretations as it grows. The proposed city is NOT seen as a closed system that is constructed in entirety and then inhabited.

The final drawings are showing a possible fit-out of this infrastructural framework based on land area and program calculations. The chart is the result of calculations based on standards and metrics for different program occupancies, as well as a need to relocate 70% of the population. The key programs are all calculated: Housing, Education, Offices, Retail, Medical, Government, and Assembly. The chart brings in more levels of prescription for the program, such as FAR, lot coverage, and urban formation. The necessary programs will be allocated in concentrations on the territorial scale, for those that should be point or polycentric. At the Block scale however, the emphasis is on formal arrangements, which leads to an investigation of possible block arrangements on the previous page, showing different internal connections, organizations of adjacent programs, and allocations of open space. These can begin to be combined, reinforcing adjacencies and flow, and are brought back into the infrastructural framework, showing a possible build-out, a possible allocation of program based on adjacencies, open systems and transit flow.

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RESEARCH

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TERRITORIAL TRANSGRESSIONS

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TERRITORIAL TRANSGRESSIONS

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Primary

Secondary

Tertiary

Parcel

Program

Adj. Size

Figure Ground

Primary

Secondary

Tertiary

Parcel

Program

Adj. Size

Figure Ground

Primary

Secondary

Tertiary

Parcel

Program

Adj. Size

Figure Ground

Primary

Secondary

Tertiary

Parcel

Program

Adj. Size

Figure Ground

PEOPLE

GFA

LAND AREA

URBAN FORMATION

FAR

ADJACENT PROGRAM

HOUSING

6.76 MIL

3.02 BIL SF

108 SQ MI

DISTRIBUTED

4.0

TRANSPORT

EDUCATION HIGHER/ LOWER

1.65 MIL/ 287,000

327 MIL SF/ 29.7 MIL SF

11.73 SQ MI/ 1.03 SQ MI

POINT/DISTRIBUTED

1.5

ASSEMBLY

OFFICE

1.36 MIL

204 MIL SF

7.32 SQ MI

DISTRIBUTED

3.0

HOUSING RETAIL

RETAIL

711,000

284 MIL SF

10.2 SQ MI

POLYCENTRIC

2.0

HOUSING

MEDICAL

9,468 BEDS

24 MIL SF

0.86 SQ MI

POLYCENTRIC

1.0

HOUSING

GOVT.

640,000

125 MIL SF

4.48 SQ MI

POINT

1.5

ASSEMBLY

ASSEMBLY

3.88 MIL

16.9 MIL SF

0.6 SQ MI

DISTRIBUTED

2.0

GOVERNMENT EDUCATION

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SITE

RESEARCH

INFO

PROJECTS

RESEARCH

Thessaloniki Food Hub Smith Ranch Kolos Data Center Transportation Center 01 Shanghai Pharmaceutical Xiong’an Research Facility

Landscapes of Extraction Territorial Transgressions

RYAN OECKINGHAUS

MISCELLANEOUS Visualization Fabrication

MISC.

VISUALIZATION

SCOPE Final Design Renderings Ideation Renderings PROGRAMS V-Ray, Keyshot, Photoshop

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The images shown in this section are all examples of my architectural visualization style, primarily focused on final image production. Most of these images seek to create a realistic vision of the space and materials, and I typically lean toward a minimalist approach to entourage to emphasize the space as opposed to feigning interaction and use scenarios. This image production is also linked to iterative workflows, as I often set up images to show multiple options of different design elements, as was the case with the Cube Cabin (right) and Smith Ranch images.

VISUALIZATION

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MISCELLANEOUS

Images, clockwise from top left: Historic Collage - Wolkenbugel 2 Exterior - Wolkenbugel Exterior - Smith Ranch - Iteration

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VISUALIZATION

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MISCELLANEOUS

FABRICATION

SCOPE Final Proposal Models Working Site Models TOOLS 3D Printer, Lasercutter, CNC, Fabrication Shop

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Model making in my experience has been primarily in presenting multiple design options, and therefore takes shape first as an extension of site analysis and representation. The models shown in the proceeding pages all feature interchangeable pieces to allow further exploration after the competition phase or exploration of ideas alongside the development of the project. Most of the models I have produced have been at a larger scale to create a platform for physical exploration of design.

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This model is a 10’ x 6’ site model of Los Angeles to showcase the infrastructural design by HDR linking the existing railways with the proposed LA Union Station.

The proceeding model was for a winning proposal of a data center master plan in Norway. This was done as a part of HDR Inc.

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MISCELLANEOUS

These are two options presented for a proposal with Temple University to develop a new performing arts center. This was done as a part of HDR Inc.

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TO BE CONTINUED Thank you for taking the time to look at my work, I truly hope it sparked your interest or that you enjoyed your time away from your regularly scheduled activities.

Please feel free to contact me with any questions or feedback, or get a more in depth look at my work on my website.

T: +1-(908)-328-7621 E: roeckinghaus.me@gmail.com www.ryanoeckinghaus.com

THANK YOU

Ryan Oeckinghaus Architectural Designer

T: +1-(908)-328-7621 E: roeckinghaus.me@gmail.com

www.ryanoeckinghaus.com

Ryan Oeckinghaus Architecture & Design Portfolio

T: +1-(908)-328-7621 E: roeckinghaus.me@gmail.com

www.ryanoeckinghaus.com