CNewhouse_Previous Work

COURTNEY NEWHOUSE Architectural Designer NORTHEASTERN UNIVERSITY | FLAD ARCHITECTS JONES ARCHITECTURE | COOKFOX ARCHITECTS

FLAD ARCHITECTS Architectural Designer

NORTHWELL HEALTH CENTER FOR ADVANCED MEDICINE | REGENERON PHARMACEUTICALS 10 FLAVORS LABORATORY RENOVATION | COLUMBIA UNIVERSITY MEYER SCIENCE OFFICE SUITE Revit, AutoCAD, Sketchup, dRofus, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

BREAKROOM CONCEPT IMAGES

enhancing social interactions Northwell Health, formerly known as North Shore Long Island Jewish Medical Center, commissioned Flad to work on two laboratory facilities. The Center for Advanced Medicine, also known as CFAM, is located in a World War Two Era former warehouse. The site also houses many different research, testing, and outpatient facilities. The newly renovated portion of this facility is around 80,000 square foot project and houses pathologists, a blood bank, cytology, serology, and several other testing laboratories.

The Little Neck Parkway Site, also known as LNP, is a 36,000 square foot project and is a testing facility specializing in Microbiology. The building is two floors and is located in a primarily residential area in Queens. Due to the sensitivity of the research and testing, the labs are centrally located within the building. The offices, breakroom, and laboratory service corridor surround the laboratory space. The breakroom is an important and vital social component of the building due to both the nature of the building, as well as its secluded location. The breakroom is located on the corner of the building and allows its occupants to connect with nature through the wood elements and large windows looking outdoors. The acoustic baffles allow the ceiling to remain exposed while still decreasing the level of noise in the space. The baffle shape is evocative of the “Northwell” logo that was created as part of branding overhaul of the North Shore Long Island Jewish Medical Center. The building is a beacon for the new Northwell Health network. It consolidates laboratory functions in order to streamline the research and diagnosis process.

FLAD ARCHITECTS | NORTHWELL HEALTH CENTER FOR ADVANCED MEDICINE

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6 BREAKROOM PLAN AND ELEVATIONS

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The renovated space at the Center for Advanced Medicine has very few windows due the large scale of the entire facility. Therefore, the research and office areas of the space don’t have a plethora of natural light, with the exception of the light monitors or skylights that illuminate the corridors per the design.

Thus, the breakroom at CFAM is another opportunity for cultivating and enhancing the overall social experience of the technicians.

The breakroom was designed as both a food preparation and cafeteria space. In order to take advantage of the window height in this space, the ceiling was left exposed and linear acoustic baffles were used to absorb and attenuate sound in the space. Felt panels were used on the walls for texture and also for sound absorption. The adjacent images display a material and finish mock-up for the breakroom space.

FLAD ARCHITECTS | NORTHWELL HEALTH CENTER FOR ADVANCED MEDICINE

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LABORATORY DESIGN CONCEPT IMAGES

efficiency

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Regeneron Pharmaceuticals is a large biotechnology company based in Tarrytown, New York. It is a large research facility and continues to expand. Flad Architects was selected as the designer for a new facility on the expanding Regeneron campus. As they continue to expand, Regeneron is looking to streamline and reorganize their laboratory.

The effort to reorganize their laboratory resulted in multiple user group meetings and lab design discussions. Their current facility arrangement is designed to keep the laboratory and office spaces separate, even though the workflow contradicts this design.

The proposed arrangement would marry the laboratory and office spaces allowing a seamless transition between the two. It would also remove the large equipment (freezers, refrigerators, etc.) to the service corridor at the north end of the space. In creating a service corridor, the separation between the clean and dirty paths have fewer intersection points. The laboratory space and office space is connected through a floor to ceiling storefront system. The laboratory is designed in a “plug and play” manner allowing the user groups to have flexibility as their needs change or technology evolves.

The casework shown is also a flexible system that is connected to the grid by ceiling panel.

Flexibility and efficiency are the primary objectives in this laboratory design, especially due to the need to combine groups.

FLAD ARCHITECTS | REGENERON PHARMACEUTICALS BUILDING 10

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The Flavors Lab was a laboratory renovation designed and completed for a large beverage and food corporation in Valhalla, New York.

The laboratory was redesigned to enhance workflow and update the facilities for the core flavor trustees and researchers. The core function of the space is for beverage mixing, testing, and tasting. The researchers were very concerned with privacy from other peers and colleagues. In order to maintain this privacy we studied multiple film options for the corridor side glazing of the laboratory.

This department and the company as a whole is striving to attract and retain talent. In order to “refresh” the space on a limited budget, we suggested employing new and updated finishes. We discussed multiple color options deriving from the beverage products created in this laboratory. The laboratory is small in scale yet it contains many different functions of the beverage testing/ mixing process. The most private function of the laboratory was designed as a bookend for the space, we could also treat that space with a different film that obscured the room from the adjacent corridor. The wall leading into this more private space was also designed with the intent to use idea paint for the researchers to write their recipes on the wall for a more collaborative work environment. The finishes were largely driven by the chemicals/ extracts would be used and what finishes would be the more durable if these products were spilled.

FLAD ARCHITECTS | BEVERAGE AND FOOD CLIENT FLAVORS LAB

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PRESENTATION CONCEPT IMAGES AND BOARD

FLAD ARCHITECTS | FOOD AND BEVERAGE CLIENT FLAVORS LAB

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GRAPHIC PLANS FOR CLIENT MATERIAL SELECTION

FLAD ARCHITECTS | COLUMBIA UNIVERSITY MEYER SCIENCE OFFICE SUITE

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COOKFOX ARCHITECTS Architectural Designer

PACIFIC PARK- 550 VANDERBILT AVENUE Revit, AutoCAD, Sketchup, Podium, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

LOBBY VIEW FROM RECEPTION DESK

biophilia

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550 Vanderbilt is one of the market-rate buildings within the newly established Pacific Park development. The building was designed

by Cookfox during my time working there and I primarily worked on the interiors for the units, the lobby, and public space interiors. The building is 278 apartments over 132,311 square feet. The lobby is designed as a grand and welcoming space with book-matched cherry wood panels and warm elements such as the wool rug and bronze vertical elements. The board-formed concrete brings residents and visitors from the exterior fronting busy Vanderbilt Avenue and into the cozy living room area. Once inside, the focus is on the public park space in the midst of all of the buildings and back out to nature. The design elements in the lobby space all play with the scale of traveling versus arriving. The bronze vertical elements connect the lobby through the light well and into the gym space below. The space below was originally connected to the lobby space through a monumental stair but the stair was removed allowing for the space to become a zen garden for residents enjoying the gym.

The gym space amenity was designed to host pilates, cycling, and yoga classes. Additionally, it has an equipment space for cardio and lifting.

Additionally, I helped design the playroom space amenity for 550 Vanderbilt. The playroom space was created to be a playful and cozy space for parents to bring their children to read and be creative. The large chalkboard wall fosters creativity and the main reading nook decreases the ceiling height making the space “kid-centric”.

There are images from client presentations on this page and on the following pages.

COOKFOX ARCHITECTS | 550 VANDERBILT AVENUE

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LOBBY PRESENTATION CONCEPT IMAGES

COOKFOX ARCHITECTS | 550 VANDERBILT AVENUE

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BUILDING AMENITY SPACES: PLAYROOM AND GYM

COOKFOX ARCHITECTS | 550 VANDERBILT AVENUE

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JONES ARCHITECTURE Architectural Designer

NORTHEASTERN UNIVERSITY COLLEGE OF ARTS, MEDIA & DESIGN OFFICE SUITE AND SIGNAGE | KREITZBERG LIBRARY RENOVATION AutoCAD, Sketchup, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

KREITZBERG LIBRARY NORTH POD ADDITION

evolving the library Jones Architecture was in charge of renovating the existing Kreitzberg Library at Norwich University, which has since been completed. Through the course of design development, many planning studies were done in order to design the most efficient spatial zoning for existing and new users. The images shown here and on the following page were used as visual aids for presentations to Norwich University.

The image below shows the spatial/ time sequence of the library in order to determine bands of zones based on function.

JONES ARCHITECTURE | KREITZBERG LIBRARY RENOVATION

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CABOT CENTER PROPOSED ENTRY AND DOOR REPLACEMENT

reinforcing the entry sequence

Jones Architecture has done a number of projects on Northeastern University’s campus and two of those projects are within the Cabot Physical Education Center.

Both projects strive to reinforce the entry and circulation sequence of the building as a whole. The exterior schematic view and elevation show the proposal for new doors on one side of the building. The interior elevations and view show the material studies that were completed and presented for the entrance along Huntington Avenue.

This project shows the entry sequence as it would continue into the existing gymnasium space and new lighting that could accompany that proposal. The new sequence would lead up to new offices. The Cabot Physical Education Center is one of the great historic faces of Northeastern’s campus and it is important to adapt the space for the current and future generations of students.

JONES ARCHITECTURE | CABOT CENTER PHYSICAL EDUCATION CENTER

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LIMIT OF WORK

OFFICE SUITE AND SIGNAGE CONCEPT IMAGES AND PLANS

Among the variety of other projects on Northeastern’s campus, I helped to design and document several projects in Ryder Hall. These two projects include a multimedia display in the main corridor for the new College of Arts, Media, and Design.

This included a furred out gypsum panel, signage, and LED flatscreen televisions.

In addition to this project, we have worked on Ryder Hall Suite 448, which is another project for the College of Arts, Media, and Design. This project included combining two existing office spaces to fulfill the needs of the new tenant and making a larger office suite with a conference space. This project also included some schematic design drawings that explored an accent wall and the colors of the entire space. The chosen scheme is shown on the adjacent page. The colorful walls are employed as a method of wayfinding.

JONES ARCHITECTURE | COLLEGE OF ARTS, MEDIA, AND DESIGN RENOVATIONS

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MASTER DESIGN THESIS

Resilient Coastal Leisure Environments: Jelsa, Croatia

NORTHEASTERN UNIVERSITY | MASTER OF ARCHITECTURE DEGREE FALL 2013 - SPRING 2014 Revit, AutoCAD, Sketchup, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

BUILDING APPROACH FROM NORTH

education strengthens tourism

The studies of my Master of Architecture thesis project revolved around the topic of Resilient Coastal Leisure Environments and their existence within the larger tourism infrastructure.

These destinations are defined through cultural methods as well as through their beaches as they lie on the Croatian Coast of the Adriatic Sea. The only way for these more rural destinations, particularly the town of Jelsa, to stay current with tourism trends is to have the knowledge to appeal to a larger crowd. With the limited availability of schools, available zoned land, and applicable EU funding, designing a school was an obvious implementation. The school not only increases current capacity of school-aged children, but also serves as an adult education center that provides the space for teaching English and website management. Both of these attributes allow the existing tourism industry to strengthen and to become more accessible to an ever increasingly global consumer base. Because many EU funded buildings are built, but fail to pay to maintain functions, this design has implemented passive heating and cooling strategies by digging into the existing 60’ drop from site end to end. The design also features several flexible “unprogrammed” space to allow for the adaptability of future use. The school is not only a center for education, but it is also a center for community and an amenity for existing private accommodations.

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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EAST TO WEST SITE SECTION

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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NORTH (TOP) AND SOUTH (BOTTOM) BUILDING ELEVATIONS AND SITE SECTIONS

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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FLEXIBLE SPACE (LEFT) AND COURTYARD CORRIDOR (RIGHT) INTERIOR VIEWS

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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BUILDING AND SITE GRAPHIC PLANS

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lower level MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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BUILDING ACCESSIBILITY AND INTERACTION WITH THE COMMUNITY

The ultimate goal of the building is flexible occupancy. While the building’s grantfunded purpose would be as a school, it also would be an important community facility. As previously mentioned, the occupancy of the school is eight months out of the year but the challenge is how to expand the potential occupancy to year-round. By utilizing the space as a community center, the usage hours nearly drastically expand and this is possible due to the site’s accessible location.

The proposed site is bordered by two roads, and an easy walking distance to the port.

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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TOURISM INFRASTRUCTURE AUDIT: HOTELS

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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TOURISM INFRASTRUCTURE AUDIT: UNESCO HERITAGE SITES

MASTER OF ARCHITECTURE | RESILIENT COASTAL LEISURE ENVIRONMENTS PROPOSAL

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SENIOR DESIGN THESIS

Timber in the City: Red Hook, Brooklyn

NORTHEASTERN UNIVERSITY | BACHELOR OF SCIENCE IN ARCHITECTURE DEGREE SPRING 2013 Revit, AutoCAD, Sketchup, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

ROOFTOP VIEW OF SITE STRATEGY DURING FLOODED CONDITIONS

TIMBER IN THE CITY

This project was assigned in correlation with the Timber in The City competition prompt and the site was located on the waterfront in Red Hook, Brooklyn, NYC. This project was designed and completed with my partner, Joseph Skrocki. The intention of our design was to create a fully integrated and efficient building prototype, thus accounting for the ambiguity of future use. Our design process was driven by a simple structural system that allowed us to explore the possibilities of building with engineered timber. This was done by implementing the structurally advantageous nature of cross-laminated timber in shear walls and floor slabs. Through utilizing this rigorous design technique we were able to create flexibility in order to integrate the necessary building systems. With this integrated system, the building itself had the capability to adapt and change with differing programmatic functions. The flexibility that is offered within the structural system allows the transmission of air, water, and energy both horizontally and vertically. This fulfills the needs of individual spaces regardless of program and size. This flexibility of program is offered through the permanent chases that are built out to act as structural shear walls. The systems can also be transmitted through integrated raised floor systems that occur on every other floor. Adaptive re-use is also important to the site given the recent impact of Superstorm Sandy on Red Hook.

BACHELOR OF SCIENCE IN ARCHITECTURE | COMPREHENSIVE DESIGN STUDIO

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structural system analysis

timber beam

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TIMBER INNOVATION STRUCTURAL SYSTEM AND APPLICATION

collar + beam

applying horizontal members

Our main objective was to prioritize timber as a vertical strategy to test the limits of cross laminated timber and it’s ability for adapted re-use. The vertical strategy of the tower allows for the landscape to use natural cachement strategies. These strategies filter the water naturally back to the water table instead of forcing them down the street drain.

The tower’s primary entrance is located off of Beard Street on the waterfront in Red Hook,

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Brooklyn. The waterfront is an industrial shipping center that is radically devoid of public transportation connections. The proposed strategy would strengthen these connections to avoid reliance on car transportation and to bring more pedestrian activity through retail at the first level. The tower is composed of engineered timber that is strategically used to transmit the building’s systems throughout the tower. The systems are also transmitted horizontally through raised floor systems to allow for maximum flexibility both in the future and from floor to floor. The analysis below shows a breakdown of the structural system that is made possible through the application of a steel collar. The steel collar fits and is secured around a heavy timber column. The collar can then support horizontal heavy timber beams, and it is the placement of these beams that allows for the chases to be designated by need and function. The specificity of these chases allows for a more efficient floor to area ratio. The verticality of the tower allows for a more intensive landscape strategy.

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BACHELOR OF SCIENCE IN ARCHITECTURE | COMPREHENSIVE DESIGN STUDIO

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PROPOSED TYPICAL FLOOR LAYOUTS, APPLICATION ON SITE, AND FACADE SHADING SYSTEM

The tower is constructed out of cross laminated timber panels that have been designated by the interior unit layout. These shear walls create air, water, and electric chases to exist between units and allow for the flexibility required by the ambiguity of future use. The strategy of these chases is applied to the facade allowing for a double skin system. This system stores louvers that engage to shade the building from immense solar gain and also allow for privacy within the units. The collar structural system is applied to the facade for maximum flexibility and efficiency. The “double skin” can be adapted as new technologies are invented. This allows the building to accept prototypes that can enhance it’s performance and satisfaction of it’s residents. Each unit also has several operable windows that allow for fresh air to enter the building.

BACHELOR OF SCIENCE IN ARCHITECTURE | COMPREHENSIVE DESIGN STUDIO

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stages of paths + landscape h a r d s ca p e

MANAGING SITE STRATEGIES

managed softscape

overgrown softscape

In the spirit of the ambiguity of future use, we also wanted to address the reality of storm surges and the impact upon this particular building site. Red Hook was inundated by the flooding caused by Superstorm Sandy, and our site strategy prioritizes water management. The site topography undulates, and creates natural water catchment zones. These areas are able to handle the normal rainwater conditions and the water to be absorbed. The paths on the site were also created in order to allow the landscape to be occupied under “flooded” conditions. The landscape was designed out of necessity and as an amenity that celebrates water management.

BACHELOR OF SCIENCE IN ARCHITECTURE | COMPREHENSIVE DESIGN STUDIO

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PROPOSED GROUND FLOOR RETAIL AND SITE LANDSCAPE STRATEGIES

BACHELOR OF SCIENCE IN ARCHITECTURE | COMPREHENSIVE DESIGN STUDIO

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RESIDENTIAL AND SITE PLANNING STUDIO

Housing and Urban Design Project: Boston, MA

NORTHEASTERN UNIVERSITY | BACHELOR OF SCIENCE IN ARCHITECTURE DEGREE FALL 2012 AutoCAD, Sketchup, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

INVERTED SOCIAL STREETFRONT CONCEPT VIEWS AND SECTION PARTI

inverting the social streetfront

Through this design, the courtyard becomes a hub of activity and acts as a new street front.

It is in this respect that it cultivates social capital and promotes strong community ties.

The design of the building is introspective and the open air circulation promotes interaction from the courtyard to the unit levels. The exterior of the building is less permeable and establishes its presence as a true street front while being sensitive to the scale of the surrounding buildings. The size of the building, both in plan and elevation, is comparable to other buildings in the other including the traditional rowhouse and walk up. The building has circulation on every other floor allowing for more occupiable floor area for the units. It is in this way that the building allows the units to also occupy two levels, and allows for an efficient floor area ratio.

BACHELOR OF SCIENCE IN ARCHITECTURE | HOUSING + URBAN DESIGN STUDIO

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BUILDING AND COURTYARD GRAPHIC PLAN

In this studio, the prompt focused on Boston’s growing need of sufficient housing and the urbanistic impact of new site strategies. This design focuses on the specific need for affordable housing, in order to reduce the rates of poverty for families. Affordable housing would allow families to maintain residence in the longterm, and would create additional benefits.

The courtyard is central to the concept of this design and acts as a living room for residents to interact. The courtyard is elevated above the parking level in order to establish a sequence of public to private functions, beginning with the new park that is adjacent to this entrance. The courtyard is elevated above the parking level in order to establish a sequence of public to private functions, beginning with the new park that is adjacent to the main pedestrian entrance.

BACHELOR OF SCIENCE IN ARCHITECTURE | HOUSING AND URBAN DESIGN STUDIO

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URBAN INTEGRATION STUDIO

Hotel and Site Strategy: Worcester, MA NORTHEASTERN UNIVERSITY | BACHELOR OF SCIENCE IN ARCHITECTURE DEGREE FALL 2011 AutoCAD, Sketchup, Adobe Illustrator, Adobe Photoshop, and Adobe InDesign

FRONT DESK CONCEPT VIEW

BUILDING SOCIAL CAPITAL The prompt of this studio was basically a post-mortem of the failed aspects of 1960’s Urbanism and Planning. The case study town for this studio was Worcester, Massachusetts which was based around industrial manufacturing and has since fallen into disrepair. The downtown area of Worcester is in need of major revitalization, and our studio focused on planning strategies, landscape design, and a center of activity. In this plan, the center of activity was a hotel, restaurant, convention center, and retail. Due to its proximity to Boston, and to public transportation, it was thought that these programs would bring more social and economic capital into downtown Worcester.

The site chosen for this intervention was a large and empty site that played host to a partially deconstructed 1960’s-era failed shopping mall. The mistakes of the previous tenant included its shear size and lack of pedestrian accessibility. This proposed design for a new tenant aims to be very sensitive to the experiences of the pedestrian. It separates car levels from walking levels and connects the downtown area with the nearby train and bus station.

It considers many of the positive attributes of the Southeast False Creek development in Vancouver, such as collecting rainwater and reducing water runoff. These collection strategies employed by the hotel would allow it to reduce its ecological footprint.

BACHELOR OF SCIENCE IN ARCHITECTURE | URBAN INTEGRATION STUDIO

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HOTEL INTERIORS CONCEPT VIEWS AND PROGRAM RELATIONSHIP

The facade of the building was developed through looking at concrete aggregate shingles and reinventing their traditional application. This strategy creates visually separate private and public spaces and is able to be used within the landscape as part of a permeable paving strategy. The sections below show the separated entry sequence of pedestrian and vehicular traffic.

By consolidating the programs into one building, the landscape can then be used to reduce runoff, as well as increase circulation and public opportunities to use the space.

BACHELOR OF SCIENCE IN ARCHITECTURE | URBAN INTEGRATION STUDIO

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