PR O F E S SI O N A L WO R K Zaskorski & Associates marc Donnelly Architect Bell donnelly Architects and Planners
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AC A D EM I C WO R K Office park Lehman College residences culinary arts center family residence transportation terminal apartment building modular library rendering work
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Zaskorski & Associates 247 West 35th Street, new york, ny, 10001 While focusing on restoration but expanding into high rise development, the firm continues to attract a great range of clients. Projects in the public and private sector are executed with effective planning and execution. Top to Bottom. 140 Nassau St, New York, NY Surveyed and identified areas of work ranging from slab repairs to structural stabilization. Researched materials for repairs including proper application techniques. Coordinated structural details with structural engineer.
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Top to Bottom. Ronald McDonald House, New York, NY Assisted in the initial planning and construction estimation alongside members of the project team. Consulted city planning and construction codes to develop zoning drawings. Surveyed entire building and created as-built drawings that included mechanical systems. Rendered perspective and plan drawings for various stages of schematic development.
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Marc Donnelly Architect 123 west third street new york, ny, 10012 Independent architect working in various types of projects from new-construction to prefabrication. Every project is carefully managed to meet deadlines and quality standards.
Right to Left. WTC Museum, New York, NY Detailed the framing and millwork enclosure of an escalator Coordinated drawings with mechanical and electrical utilities.
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Top to Bottom. 132 West 4th St, New York, NY Developed shop drawings for the prefabrication and installation of a metal deck. Coordinated the design with fabricator and adjusted structural pieces. Surveyed existing conditions and assisted in the design of the project.
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123 WEST THIRD S NEW YORK, NEW YORK TEL 917.455.98
MARC DONNELL
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Bell Donnelly Architects 123 west third street new york, ny, 10012 Small sized office working with institutional and residential clients. Some of the clients include St Luke’s Church, Voice Charter School, The Grolier Club, The Council on Foreign Relations, Studio in The School and the American Museum of Natural History.
Left to Right. 40 West 12th Street, New York, NY Developed construction drawings and details. Assisted in the detailing of custom millwork.
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Top to Bottom. The Left Bank, New York, NY Detailed existing and new material conditions. Developed proposals for the renovation the main entrance and lobby. Created presentation models and worked on detailing various parts of the project.
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Office Park defining an object in the park Contrary to the notion that objects in the park are failed utopian visions. Recent developments along Brooklyn Bridge Park have proven beneficial for the financial future of the park. While the developments have followed the urban fabric they have neglected the parks landscape. At the scale of a building, an object shows a unique quality of its place. Startups in DUMBO, Brooklyn embody the revitalization of the neighborhood. The object becomes a mediator between the city and the park. In the process it creates a new landscape for an innovative and growing culture of startups. Left. Structural Topology Topology begins to define the structural and spatial characteristic of a three-dimensional surface. Various intersections along the structure define circulation routes.
Right. Topological Circulation To encourage interaction between the surface and startups, the structure and circulation are seamlessly woven.
Bottom. Axonometric Plan Contours define a gradient between a public and private space. Also, curve walls define areas where startups can choose to work.
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Top Right. Long Elevation Each floor is composed of a large truss surrounding every floor slab. Multiple trusses are joined at their intersections defining a curved floor with a similar but opposite curvature in the ceiling.
Top Left. Floor Layout 1. Curved Space 2. Platforms 3. Gathering Areas 4. Private Area 5. Restrooms 6. Elevators and Stairs 7. Outdoor Spaces 8. Working Areas
Bottom Left. Truss Curvature The truss is composed of individual fifteen-foot sections attached to a large steel plate. Ribs are bolted to the plate creating the structural support for a curved concrete slab.
Bottom Right. Ribs and Truss Intersections The ribs and the truss are parametrically defined. Intersections between the truss and ribs define construction parameters for the next phase.
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Lehman College Residences a master plan for independence I propose to create a residential zone that will allow commuting students to achieve independence. The college would help finance the project, but ultimately the units would be sold to students who decide to live next to campus. In this manner, the college is not merely providing dorms, but also allowing for its student body to prosper. These residences would allow them to transition to the next independent stage of life. The residential zone will be linked to the campus, but it will be a fully independent entity. Through temporary, shared or private apartments, students will have choices that otherwise would not be possible if the college was not interested in their development.
Left. South Section Sketch Each level responds to an academic stage. As students advance in school, apartments become larger or smaller.
Middle. Existing Parking Lot Existing-Plan shows the campus parking lot with approximately 800 parking spaces for students and faculty.
Right. Site Plan The new site plan eliminates 400 parking spaces to begin the implementation of a residential zone linked to Lehman College.
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Top. Cellar (A), First (B), Second (C) and Third Floor (D) 1.Entry 2.Study and Resting Spaces 3.Temporary Rooms (100 sf) 4.Shared Apartments (300 sf) 5.Private Duplex Apartments (500 sf) 6.Outdoor Spaces 7.Communal Areas 8.Auditorium 9.Bridge to other Residences
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Middle. Building Section The ground level has been raised to create privacy in the temporary level, which houses students that decide to spend the night close to the campus.
Bottom. Building Section
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Every floor has communal spaces which promotes the interaction between temporary and permanent residents.
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Culinary Arts Center jaywalking in atlantic avenue The project seeks to create an interaction between Atlantic Avenue and the market space inside a Culinary Arts Center. Fractures in the street-wall invite pedestrians to gather in a completely open street-level. From restaurants to tasting kitchens the center opens its doors to the public and local community. Exterior terraces along the facade allow for a play between the public and yet private nature of the streets. The facade breaks the street-wall and encourages people to jaywalk and begin to reestablished a historical public avenue, once fractured by the introduction of the automobile.
Left. Site Plan The south side is exposed to provide a series of agricultural gardens for the school. The gardens cascade and unify the outdoor spaces.
Right. Public Level (A) and Teaching Level (B) 1.Entry 2.Tasting Kitchen 3.Lecture Hall 4.Lobby 5.Restaurant 6.Coffee and Bar 7.Wine 8. Market 9.Lounge 10.Teaching Kitchen 11. Classroom 12.Gardens
Left. Axonometric Drawing Indoor and outdoor spaces connect to create a spiral throughout the entire building. The market space is always the focus point bringing the public, faculty and students together.
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Family Residence transformation of historical context To house a family, I decided to balance the formal attributes of two typologies, a brownstone and a warehouse. A brownstone seeks to maximize space; I define it as “oversampling.” A warehouse seeks to have an open space and flexible plan; I define it as “undersampling.” The family will live in a place where the character of both typologies are embodied and preserved. Unfortunately, rezoning of the Brooklyn Waterfront will erase old industrial areas. Re-imagining the past with the present can provide a new perspective on historical context. XXL, XL, L, M, S. SPACE STANDARDS.
Top Left. Oversampling and Undersampling Diagrams showing a method to take a brownstone and warehouse typology to generate a comprehensive synthesis of spatial qualities.
Top Right. Diagrammatic Model of Gesture Physical attributes are embodied into an object. A handball player and a piano player generate form; a product of their relationship.
Bottom. Cross Section Through Model
BROWNSTONE “OVERSAMPLING” OF LIVING SPACES.
WAREHOUSE “UNDERSAMPLING” TO GENERATE A COMMON SPACE.
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Top Right. Spatial Qualities During the day interiors spaces get flooded with natural light that passes through skylights. The living room is cooled by being submerged eight feet below the ground.
Middle. First (A) and Ground Floor (B) 1.Entry 2.Vestibule 3.Master Bedroom 4.Libray 5.Utilities 6. Bathroom 7. Kitchen 8.Bedroom 9.Living Room 10.Play Area
Bottom. Perspective View of Model Looking northwest. Lattice structure balances overhanging spaces.
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Transportation Terminal
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developing the waterfront As a group we had to determine what a community center meant for the upcoming neighborhood of Greenpoint, Brooklyn. We decided to provide a transition from the land to the water. Throughout its history Greenpoint evolved around an industrial waterfront. People in the neighborhood are encouraged to gather at the terminal and transition from a bike to a kayak. Biking and Kayaking helps the community regain confidence in the redevelopment of the waterfront. This amphibian building becomes a community center by connecting people to the land and water.
Left. Site Plan The terminal transitions from the land to the water. As sea-level rises two hundred feet tall piles anchor and support the terminal.
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Right. First Level (A) and Second Level (B) 1. Kayak Training Course 2. Bike Shop 3. Kayak Shop 4. Ferry Terminal 5. Cafe and Lobby 6. Performance Space 7. Exhibition Bridge 8. Multipurpose Space.
Bottom. Wood and Plaster Model Greenpoint Avenue ends and transitions into a promenade reaching the East River. A bike shop, kayak shop, ferry terminal and kayak training course encourage an engagement with the waterfront.
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Top Left. Section of the East River Once the piles reach the surface they become wind turbines powering the facility. The terminal acts as vessel anchored to the riverbed.
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Apartment Building redefining home and the workplace Typically in cities, the daily commute serves to transition between home and the workplace. I proposed to incorporate commute into an apartment building which can serve to encourage social interaction between residents; typically in cities we do not seem to have much interaction with other commuters. The project would allow for residents to casually meet along interiors streets belonging to residents. Residents will get to choose a space to work in and another to live. Depending on their choice the commute can be long or short.
Left. Diagrammatic Model Elevation of model illustrating the commute between living spaces and working spaces. Each unit contains a living space, work space and terrace, which can be chosen by residents on whichever floor they prefer. All the spaces are tied by a commute element and it can be vertical or horizontal.
OFFICE A
RESIDENCE A
Top Right. Site Map Map showing the location and relation to the Highline.
Bottom Right. Diagrammatic Model Model showing the commute between separate spaces. OFFICE D RESIDENCE B
RESIDENCE C RESIDENCE D
OFFICE B OFFICE C
RESIDENCE E OFFICE E
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Right. Section Drawing The commute in the building is intensified by providing large staircases and ample corridors that permit social interaction between residents.
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Top Left. Massing Analysis Terraces and interior spaces are created by the extrusion of the circulation core.
Middle Left. Sectional Model Wide corridors and stairs link residential units and office units. The roof of each unit is an outdoor space.
Bottom Left. Typical Floor Plan To the west are views of the Hudson River and the Highline. To the east is 10th Ave, a commercial street in Chelsea.
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Modular Library designing flexible architecture The library of the twenty-first century is digital. Rapidily technology is changing society. Creating a library that adapts to technological, social and political changes seems impossible. In this new library old and rare books will be buried underground and a structural grid will rise and allow for modular units to be installed. The community will be able to shape the future of this library by inserting modular units that reflect the character of a very commercial, touristic and residential neighborhood.
Left. Library and Structure Concrete retaining walls protecting the library underground. A flexible structure allowing for change to take place.
Top Right. Kinetic Model As the model grows it transforms. Torque is applied and the orientation of each level changes.
Bottom Right. Diagrammatic Model Modular units begin to stack forming a complex structure.
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Right. Diagrammatic Model Bookshelves become steel columns as they penetrate the ground level. Stairs within the bookshelves, ramps, elevators and stairs allow for circulation under and above ground. Modular units are being installed.
Top Left. Existing Site Plan Plan showing DeSalvio Park along with modular playground units typically used.
Bottom Left. Pedestrian Level (A) and Underground Library (B) 1.Modular Structure 2.Circulation Core 3.Library Stacks 4.Reading Area 5.Circulation Desk and Administration
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Rendering Work collection of various projects Digital and analog drawings describe and create environments and spaces. From pencil to digital modeling, every drawing is incrementally developed through digital and analog tools.
Left. Partial Elevation Drafted drawing. Marker and color pencil.
Right. Site Plan Digital rendering of a pier.
Bottom. Perspective Digital and drafted drawing. Marker and pencil.
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Top Left. View of Living Room Digital model. Interior illumination.
Middle Left. View of Exterior Corridor Digital model. Interior illumination.
Right. Interior View of a Chapel Digital model. Interior lighting and texturing.
Bottom. View of the Beinecke Library Digital model. Exterior lighting and texturing.
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