Daniel P Baciuska

DANIEL P A R C H I T E C T U R E D E S I G N P O R T F O L I O E DANIEL P BACIUSKA

EDUCATION

Columbia University: GSAPP, New York, NY Masters in Architecture from the Graduate School 2011 (expected) of Architecture, Planning and Preservation University of Virginia: School of Architecture, Charlottesville, Virginia Bachelor of Science in Architecture, Design Concentration 2006 Minor, Architectural History Design Studio GPA: 3.72 /4.0; Cumulative GPA: 3.52 / 4.0 Architecture Study Abroad Program in China and Japan, Summer 2005

Cornell University: Ithaca, New York School of Architecture 6 week Summer Credit Program 2001

University of Maryland: College Park, Maryland School of Architecture 3 week Summer Credit Program 2000

EXPERIENCE

Farewell Mills Gatsch Architects Princeton, NJ Architect Consultant 2009Brought onto design team to assist on the renovation of the Statue of Liberty for the National Park Service. Project scope included complete overhaul of interior pedestal to bring monument in line with modern codes. Work consisted of designing and presenting various options of interior circulation schemes within parameters of code compliant stairs, elevators as well the avoidance of the historic original Eiffel steel. Additionally, potential temporary exposed stair towers to allow for continued access of statue during renovation pedestal were explored.

Shalom Baranes Associates, Architects Washington, DCStaff Architect 2007-2008Supported the renovation of the U.S. Department of Treasury building and several mixed-use projects in conjunction with the redevelopment plan for the revitalization of Southeast Washington, DC and the Washington Nationals new baseball stadium. Later, was part of project team in the development of Burnham Place, a 3.0 million square foot mixed-use development concept to be built above the existing rail yards of Union Station. Worked on preliminary design documents for the developer that included hotel, office, retail, residential and public space to be built atop the Amtrak rail yards on a platform a block north ofthe U.S. Capitol and city monumental core. Design development and analysis also included structural studies of various schemes for the proposed platform decking to allow for train operations to continue during construction.

Clark Construction, LLC Washington, DC Project Management- Engineer 2006- 2007Functioned as a key engineer at the onsite field office for the DC USA Retail Center in Washington, DC. Assisted with the design, constructability and trade coordination of the 190,000 square foot urban revitalization project atop the Columbia Heights Metro Station. Coordinated efforts between the owner, architect, structural engineer and subcontractors. Managed Change Orders, Requests for Information, submittals and subcontractors on $100M project.

URS Architecture- Engineering Corporation Washington, DC Paid Intern 2005 Assisted architects and engineers with the Department of Transportation (DOT) Building Competition. Modeled modified floor and roof structures of the original DOT in Washington, DC to transform the building into viable office space.

MCO Construction Co. Charlottesville, VACarpenter / General Laborer 2004Assisted in the construction of Walker Square Apartments, a complex consisting of 200 units in 10 buildings. Performed structural wood framing, masonry and general labor onsite.

HONORS

Deans List- University of Virginia, 2002-2006 US Army Airborne School Graduate, US Army Paratrooper; Earned Jump Wings in June 2004, Fort Benning, Georgia ARCH 401/ARCH 402 Studio Projects Chosen for UVA School of Architecture Archive for accreditation, 2005-2006 Representative for UVa School of Architecture AIA at the NE Conference in 2005 (Toronto) and 2006 (Philadelphia) Core Studio I and III projects chosesn for print in Columbia Universitys GSAPP architecture publication entitled Abstract (2009,2010 editions)

ACTIVITIES

Habitat for Humanity 2000 Volunteer. Aided in the construction of subsidized housing in Trenton, NJ and the metropolitan Washington, DC area.EMT East Windsor Township District 1 1998 2002Volunteer. Responded to township emergency calls and supported accident response and patient care. Delta Upsilon International Fraternity 2003 2006Executive Council, 2005 2006. Served on advisory committee that supported various house functions, including budget formation, new recruitment and philanthropic planning.

04TABLE OF CONTENTS

RESUME ________________________________________________________________ 02-03

COLUMBIA UNIVERSITY_2008-(2011)GRADUATE SCHOOL OF ARCHITECTURE, PLANNING AND PRESERVATIONNEW YORK, NY

STUDIO SEQUENCE: CORE STUDIO I 01_CLIMATOLOGIST MONITORING CELL 06-07 02_ATMOSPHERE AIR LAB 08-13 CORE STUDIO II 03_MUSEUM OF DELINATION 14-21 CORE STUDIO III 04_QUEENS HOUSING 22-33

05

UNIVERSITY OF VIRGINIA_2002-2006SCHOOL OF ARCHITECTURECHARLOTTESVILLE_VA

ARCH 401_FALL 2005 05_LIBRARY ON THE POTOMAC 34-41 ARCH 402_SPRING 2006 06_BOAT BUILDING SCHOOL 42-49

SELECETED COURSEWORK_2008-2009COLUMBIA UNIVERSITY_GSAPP

ARCHITECTURAL TECHNOLOGY IV FOLK ART MUSEUM ANALYSIS 50-51 ARCHITECTURAL TECHNOLOGY III BRYANT PARK PAVILION 52 ARCHITECTURAL DRAWING + REPRESENTATION I RENAULT CENTRE 53 ARCHITECTURAL PHOTOGRAPHY SELECTED IMAGES 54-55

CONTACT 56-57

06CLIMATOLOGIST CELL

In his 2004 State of the State Address, NY Governor Pataki set the ambitious goal of making the Hudson River suitable for swimming from its source in the Adirondacks down to Manhattan by 2009 - the 400th anniversary of Henry Hudson's voyage up the River. To ensure that the river is reaching safe swimming levels, the Hudson Climatologist spends 12 hour shifts out on the river, monitoring and measuring the PCB levels found in the soil he dredges up from the riverbed and from fish that he catches in the waterway. Currently, no formal swimming areas are located on Manhattan, although there are several movements to begin to utilize the river for recreational swimming. As the city redsicovers its waterfront, the climatologists data will provide essential information for this Hudson River tradition to be reestablished. The working environment of the Hudson Climatologist is directly related to his daily routine on the river. The monitor cell becomes an extension of the climatologist and the river itself as data is collected and recorded.

rest_ eat_ analysis_ input_ work_ sitting_ outside_ personal_ hours_

_THRESHOLD

_COUNTER

_STORAGE

_MULTI-USE

_WORK SPACE

42

80

_SLEEP

_NARROW

_LAVATORY

hudson river_swimming hole_c 1925

hudson river_swimming hole_2008

_SHORT

01 COLUMBIA UNIVERSITY_GRADUATE SCHOOL OF ARCHITECTURE, PLANNING AND PRESERVATION

073 WEEKS NEW YORK_HUDSON RIVER

PLAN_D

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SECTION_C

SECTION_B

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8

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Measurement allows us to understand relations: our body in relation to the enviornment around us, the proximity to objects, the reactions to threatening actions, the thickness of walls, the vulnerbility of weather, etc. This project explores the volumetric differential between claustrophobic and efficient work environments. A workspace is designed of minimal size for a Hudson River Climatologist whose job is to monitor and measure riverbed data. The key tool for the project is the exploration of the section that maps a body in relation to immediate surroundings.

FALL 2008CORE I STUDIO CRITIC_SOLOMONOFF

ATMOSPHERE AIR LAB02 08

Line, plane, surface and volume are mathematically bonded and interrelated. In architecture, the geometrical properties of the line are associated with columns and beams, the plane with walls and floors, and surface and volume with resultant space. Architecture allows us to understand the mathematical relations of these elements in new and unexpected ways. The client, Columbia University is building a center to further the influence and impact of the Climate Change Team. The design of the Air Lab is a scientific, research and policy laboratory to expand knowledge of global warming, address them politically and effectively propose policy to reduce harmful emissions while aiming at technological growth.

HUDSON RIVER HUDSON RIVER PARK WEST SIDE HIGHWAY

HIGH WATER LINE

COLUMBIA UNIVERSITY_GRADUATE SCHOOL OF ARCHITECTURE, PLANNING AND PRESERVATION

09NEW YORK_MANHATTAN_WEST SIDE HIGHWAY

ATMOSPHERE AIR LAB HOLLAND TUNNEL EXHAUST TOWER

WASHINGTON ST

FALL 2008CORE I STUDIO CRITIC_SOLOMONOFF6 WEEKS

ATMOSPHERE AIR LAB02 10

New York City has close to 600 miles of coastline, and four of its five boroughs are on islands. All this makes New York especially prone to global warmings most dramatic effects. Sea levels have been rising along the East Coast for thousands of years, in part because of the natural sinking of the land. However, in the last several decades, scientists have concluded that part of the rise can be attributed to global warming. Water at the Battery has risen more than a foot during the last century. Although sea levels in the New York area are projected to edge up several inches more by 2050, that's not what most worries experts. Coastal storms, including northeasters, tropical storms and hurricanes, greatly affects New York City. In fact, New York's densely populated and highly developed coastline makes the city among the most vulnerable to hurricane-related damage. The site sits in the flood plain and is adjacent to the Holland Tunnel Exhaust Tower on Canal Street and the West Side Highway.

H U D S O N R I V E R

H O L L A N D T U N N E L

R I V E R B E D

B E D R O C K

A I R L A B N Y / M A N H A T T A N N J / J E R S EY C I T Y

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If a category-3 hurricane hit NYC, the U.S. Army Corps of Engineers estimates that nearly 30% of the south side of Manhattan would be flooded. Storm surge flooding could threaten billions of dollars of property and have a grave impact on the lives of the millions of people who live in NYC.

The Headquarters, built to withstand all types of natural disasters, serves as a beacon for the region that the city is operational during storms that could potentially cripple city management.

For New York, a big problem is the combination of rising seas and stronger storms. Scientists predict that over the next century as the earth warms, weather extremes will become more frequent and storms more violent. What's called a 100-year flood today could become twice or even four times more frequent. The city's boroughs are linked to each other and the mainland by about 80 bridges and tunnels. Most subway and tunnel entrances are only slightly above sea level, as are the three major airports. They are particularly vulnerable to rising seas and flooding from Northeasters and hurricanes.


12ATMOSPHERE AIR LAB02

5

20

10



5

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HOLLAND TUNNELSOUTH TUBE

HOLLAND TUNNELNORTH TUBE


14MUSEM OF DELINEATION03

The site, 231 Bowery, is bordered on the North by the New Museum of Contemporary

.noissiM yrewoB eht yb htuoS eht no dna trAIt is a 47,000-square-foot lot that forms a dead end to the east-west running Prince Street. Using this condition to penetrate the site, the museum becomes a continuation of the street itself. The building responds by pushing past the facades of its neighbors and emerges back into the city while also providing views to the occupants inside of Downtown Manhattan, Midtown, SOHO and the Lower East Side. The New Museum (opened 2006) and MOD are two institutions that indicate the shift in public culture along the Bowery from an infamous skid row to the Bowery as the cusp of contemporary design.


16 WEEKS 15CRITIC_ELDREDSPRING 2009NEW YORK_MANHATTAN_BOWERY

E HOUSTON ST.

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PRINCE ST. NEW MUSEUM OF CONTEMPORARY ART

STANTON ST.

RIVINGTON ST. TWO BLOCKS / LAFAYETTE ST.

FOUR BLOCKS / BROADWAY

W

L O W E R E A S T S I D E

S O H O

L I T T L E I T A L Y

The Museum of Delineation / MOD, is a museum for both the arts, production and tools of deliniation. MOD collects, exhibits and educates the public on all manner of linear representations both analog and digital. MOD contains both flexible and permanent galleries for works ranging in scale and content. Working within the multi-scalar framework of Micro/Meso/Macro Delineation the focus is on the Meso (the scale inbetween where mirco and macro meet). Although it is the interface between micro and macro, the Meso scale is in itself measurable. It is a framework that the foundation of (bio)diversity scales time and structures and links structures to performances. Like drawing, digital technology is transforming the arts of design and construction. Museums reflect the integration of design, construction, environmental controls (light and temperature) and multi-scalar structuring. At the scale of the objects, this includes technologies of display, storage and archiving.

CORE II STUDIO

MUSEUM OF DELINETATION03 16

DETAIL TO SYSTEM: n e t w o r k DETAIL TO OBJECT: s c a l e DETAIL TO OBJECT: s i t e DETAIL TO OBJECT: s i t e

dependent

single face mutliple faces

concealed screened

accumulation

shifting orientation

radial

erraticoriented

diffused

patterned

OR

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SPA

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CORE II STUDIO CRITIC_ELDREDSPRING 200916 WEEKS NEW YORK_MANHATTAN_BOWERY 17

OBJECT TO SYSTEM: v o l u m e

OBJECT TO SYSTEM: e n v e l o p e

STREET FACADE LINE

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B O

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CORE II STUDIO

18MUSEUM OF DELINEATION03

S T R E E T L E V E L_

5 PUBLIC PASSAGE 6 CAFE SEATING7 CAFE BAR / COUNTER

S E C O N D L E V E L_

10 2ND FL GALLERY11 DIGITAL GALLERY

T H I R D L E V E L_

12 ADMINISTRATION13 3RD FL GALLERY

F O U R T H L E V E L_

14 EDUCATION ZONE15 LIBRARY16 4TH FL GALLERY

F I F T H L E V E L_

17 5TH FL GALLERY18 OUTDOOR GALLERY19 CLOSED EXHIBITIONS

L O B B Y L E V E L_

1 ENTRY2 PUBLIC PASSAGE3 RECEPTION / TICKETING4 COAT ROOM

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_private_public_natural light_connectivity_flexibility_exterior views









179-6

51-0

4,700 sf

2,100 sf

1,300 sf

2,400 sf

13,500 sf

5,400 sf

5,490 sf

5,500 sf

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CORE II STUDIO 19CRITIC_ELDREDSPRING 200916 WEEKS NEW YORK_MANHATTAN_BOWERY

MUSEUM OF DELINEATION03 20

FLOOR 4

EDUCATION

ADMINISTRATION

FLOOR 3

GALLERYFLOOR 2

CAFESTREET LEVEL

LOBBY

COMMUNITY SPACE

B-1

FLOOR 5

NEW MUSEUM175 - 0

FLOOR 6

B-2


CORE II STUDIO CRITIC_ELDREDSPRING 200916 WEEKS NEW YORK_MANHATTAN_BOWERY 21

22QUEENS HOUSING04

500:1

SITE PLANORGANIZATIONAL GRIDLINES

CONTOURS

PHYTOREMEDIATION

12x24 CLUSTER STRUCTURAL GRID

N

H O U S I N G // I N F R A S T R U C T U R E The studio explored the design of urban housing in relation to density and connectivity to transportation infrastructure and the East River waterfront. The site is Hunters Point, in Queens, New York. With a focus on issues central to post-war housing in the U.S. including the rise of the suburban model, mass production, commuting, and relationships of housing to economic markets as well as government intervention, the studio proposes new forms of housing that are simultaneously local in scale, but also designed with a deep awareness of New York City, national and global issues. The studio offers design for the Citys development goals for Hunters Point in Queens.

Key factors included an examination of the United States housing paradigms in relation to a range of technologies that are at times literally architectural in character, or just as often, financial, social and ultimately political in nature but organized in instrumental ways as virtual architectural technologies. The driving force behind the studio is a hypothesis that the architect is poised at a threshold of a new technical means and capabilites, and that the deep array of financial and political infrastructures that support housing are simultaneously facing immense demands to re-organize.

Buildings could be understood as the aggregation of spaces that emerge out of the complex relationship between the volumes that facilitate a program (rooms), spatial sequences (circulation) and structural logics. The resolution of the negotiation between these categories inevitably results in three dimensional system, a pattern, which gives the building not only a particular arrangement, but also its specific character. New spatial paradigms were invented based on the manipulation of structure, volumes and circulation.

HUNTERS POINT

EAST RIVERMANHATTAN NEWTOWN CREEK


BROWNSFIELD.GREENSFIELD.QUEENSFIELD.

HIGH TIDE

LOW TIDE

HUMUSTOPSOILELUVIATION

SUBSOIL

BEDROCK

WATER TABLE

QNS-MIDTWN

LIRR

7 TRAIN

N N N

TOP SOIL LAYERROAD RUN OFFRECENT INDUSTRIAL ACTIVITY

MIDDLE SOIL LAYERENVIRONMENTAL DISASTERPAST INDUSTRIAL ACTIVITY

FUNGI1 PECHAY

4 FERN12 DAYLILIES

2 TOMATO3

FOUNTAINGRASS3

NINEBARKSHRUB16

BUFFALOGRASS8

COMPASSPLANT13

BLACKEYEDSUSAN5-6

WILLOWUP TO 40

POPLARUP TO 40

LOWER SOIL LAYERWATERWAYS RUN-OFFPAST INDUSTRIAL ACTIVITYENVIRONMENTAL DISASTER

DEALING WITH A TOXIC SITE

PHYTOREMEDIATION


24QUEENS HOUSING04

1 BEDROOM UNIT

WORK/STUDY 1 BR LOFT UNIT

2 BEDROOM LOFT UNIT

3 BEDROOM UNIT

SHARED AMENITIES

EXISTING SITE CONTOURS MODULAR HOUSING GRID

PHYTOREMEDIATION PATHWAY EXTENSION SITE SPECIFIC COMPOSITE GRID

EXISTING SITE CONTOURS MODULAR HOUSING GRID

PHYTOREMEDIATION PATHWAY EXTENSION SITE SPECIFIC COMPOSITE GRID

1/16 = 1

EXISTING CONTOURS PHYTOREMEDIATION

PHASE 1 PHASE 2

PHASE 3

25CORE III STUDIO NEW YORK_QUEENS_HUNTERS POINT 16 WEEKS FALL 2009 CRITIC_MARINOSTUDIO PARTNER_ANDY VANN

QUEENS HOUSING 2604

PHASE 1 TOWER CLUSTER

PLANS CLUSTER ELEVATION

A 12 x 12 Concrete framework forms the structure of phase 1 to occupy the river front and property line closet to Long Island City. Leaving the interior open for remediation. The structures extensions allow for further growth in later phases of the project. Each cluster is 3 stories high served by a core on the north sice. Central to each cluster is a common room containg the kitchen and main living room space of the 8 units it serves.


CORE III STUDIO NEW YORK_QUEENS_HUNTERS POINT 16 WEEKS FALL 2009 CRITIC_MARINOSTUDIO PARTNER_ANDY VANN

27

27,700 SFMARKET

17,700 SF

DAYCARE8,500 SF

SCHOOL18,000 SF 32,000 SF

WORKSHOPS/RETAIL

COMMUNITY SPACE

18,600 SFCLINIC

GYM12,000 SF

6,000 SFBOATHOUSE

COMMUNITY CENTER31,300 SF

FISH MARKET7,200 SF

6,000 SFRETAIL/CAFE

AUDITORIUM12,000 SF

32,000 SFCOMMERCIAL

COMMERCIAL19,800 SF

COMMUNITY SPACE4,700 SF

MARKET29,100 SF

RECYCLING CENTER20,700 SF

RETAIL9,400 SF

GYM18,500 SF

8,500 SF

RETAIL/WORKSHOPS

BROWNFIELD//GREENFIELD//QUEENSFIELDHUNTERS POINT, LONG ISLAND CITY, QUEENS, NY

PHASE

01 PHASE

02 PHASE

031:100

28QUEENS HOUSING04

PHASE 2 BAR CLUSTER

A D

DE F

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A steel truss forms the structure of phase 2 to span the site from phase 1 on the river to phase 2 adjacent to the city. Still leaving the interior open for remediation phase 2, with indivdual kitchen units offers views of Manhattan, Brooklyn and the East River. Again, each cluster is 3 stories high served by a central corridor linking the cores at each end which are extensions of the phase 1 cores built 20 years earlier. Through wrapping around the corridor, each unti has both northen and southern exposure.


29FALL 200916 WEEKS CORE III STUDIO NEW YORK_QUEENS_HUNTERS POINT

27,700 SFMARKET

17,700 SF

DAYCARE8,500 SF


WORKSHOPS/RETAIL

COMMUNITY SPACE

18,600 SFCLINIC

GYM12,000 SF

6,000 SFBOATHOUSE


FISH MARKET7,200 SF

6,000 SFRETAIL/CAFE

AUDITORIUM12,000 SF

32,000 SFCOMMERCIAL

COMMERCIAL19,800 SF


MARKET29,100 SF


RETAIL9,400 SF

GYM18,500 SF

8,500 SF

RETAIL/WORKSHOPS


PHASE

01 PHASE

02 PHASE

031:100

CRITIC_MARINOSTUDIO PARTNER_ANDY VANN

3004 QUEENS HOUSINGN

PHASE 3 INFILL CLUSTERS


Stick Built, phase 3 infills the site with density as the land is no longer toxic. Occipying both the ground and roofs of phase 1, phase 3 is the final installment on the site. Light and easy to build, the stick built phase takes on a different quality than the concrete and steel buildings of phase 1 and 2. Clusters vary in height depending on application but employ the central kitchen serving several units.


31CORE III STUDIO NEW YORK_QUEENS_HUNTERS POINT FALL 200916 WEEKS CRITIC_MARINOSTUDIO PARTNER_ANDY VANN

27,700 SFMARKET

17,700 SF

DAYCARE8,500 SF


WORKSHOPS/RETAIL

COMMUNITY SPACE

18,600 SFCLINIC

GYM12,000 SF

6,000 SFBOATHOUSE


FISH MARKET7,200 SF

6,000 SFRETAIL/CAFE

AUDITORIUM12,000 SF

32,000 SFCOMMERCIAL

COMMERCIAL19,800 SF


MARKET29,100 SF


RETAIL9,400 SF

GYM18,500 SF

8,500 SF

RETAIL/WORKSHOPS


PHASE

01 PHASE

02 PHASE 031:100

32QUEENS HOUSING04

MODEL: 1/16 = 1


33FALL 200916 WEEKS NEW YORK_QUEENS_HUNTERS POINTCORE III STUDIO

NSITE PLAN 1:50

CRITIC_MARINOSTUDIO PARTNER_ANDY VANN

COMPOSITE SITE PLAN

05 34LIBRARY ON THE POTOMAC COLUMBIA UNIVERSITY_GRADUATE SCHOOL OF ARCHITECTURE, PLANNING AND PRESERVATION

35 CRITIC_BEDNARFALL 200516 WEEKS VIRGINIA_OLD TOWN ALEXANDRIA_WATERFRONTARCH 401

Old Towns busy King Street, lined with shops and restaurants runs East-West before ending at the Potomac River. The site is located in between a public park to the South, the renovated Torpedo Factory Art Gallery and waterfront plaza to the North. From the waterfront piers that extend into the river, a view of the monument core of downtown Washington, D.C. can be seen. It is at these crossroads that a new library is proposed.

Circulation, light and existing views drove the form. The library engages the site by allowing movement through the building, connecting two public spaces along the waterfront. Light is manipulated and controlled through the geometry of the plan. The first floor follows the grid of Alexandria. The upper floors are angled to allow for the natural light to slip into the spaces below. The main reading rooms take advantage of park and river views and become transparent. The edges facing the exisiting context of Old Town respect their brick and masonry neighbors. Programmatic elements that require less light are located in these areas.

WASHINGTON DC

OLD TOWN ALEXANDRIA

05 36UNIVERSITY OF VIRGINIA_SCHOOL OF ARCHITECTURELIBRARY ON THE POTOMAC

37CRITIC_BEDNARFALL 200516 WEEKS VIRGINIA_OLD TOWN ALEXANDRIA_WATERFRONTARCH 401


VIEW FROM SOUTH READING WEST FACADE & KING ST ENTRANCE

VIEW FROM STACKS TOWARDS MAIN READING ROOM AND RIVER

UPPER STACKS AND READING ROOM


EVENING VIEW OF MAIN READING EVENING VIEW DOWN KING ST DAYTIME VIEW OF MAIN READING

VIEW FROM MAIN READING ROOM TOWARDS STACKS

At night, the Library becomes a lantern on the Potomac River. The reading rooms are oriented to overlook the adjacent park and frame views of the Maryland shoreline across the river. A Tower, located at the end of King Street marks the main entrance into the library. From its deck, views north to Washington D.C. engage one with the region. The existing shoreline river walk is uninterrupted by the library and allows pedestrians and library patrons to pass through the site and structure. The 9 degree shift of the upper floor is explicitly exploited to control the natural light on all floors while not infringing on the facades that face Old Town. A connection is made back to the river by channeling it into the site along the park and at the plaza entrance at the foot of King.

06 42UNIVERSITY OF VIRGINIA_SCHOOL OF ARCHITECTUREBOAT BUILDING SCHOOL

43CRITIC_FORDSPRING 200616 WEEKS VIRGINIA_HAMPTON ROADS_FORT MONROEARCH 402

A Boat Building School is proposed to build wooden boats, provide instructional classroom space and the ability to launch them into the James River. The spaces are large enough to rig a 30 sailboat inside. A series of work bays with sliding doors and roofs allow for numerous configurations depending on the project and weather. The school is aligned with the River Walk Boardwalk that has been extended into the the water. Numerous boats can be constructed and and launched. The light framework of the boat building bays is juxtaposed with the heavy classroom spaces. An additional path allows for the public to go through the work area on an elevated level to observe the work in the school.

06 44UNIVERSITY OF VIRGINIA_SCHOOL OF ARCHITECTUREBOAT BUILDING SCHOOL

BAY DOORS CLOSED

FRONT BAY DOORS RAISED

BAY DOORS AND SKY ROOF OPEN 46


Fort Monroe is located where the James River meets the Chesapeake Bay at the southernmost tip of the eastern Virginia Peninsula. Formerly dedicated with the task of standing guard to the bay, today the Fort is the scene of tourists, bikers, runners and sailors.

48

ELEVATION FROM FORT RAMPARTS TOWARDS RIVER

ELEVATION: FROM RIVER TOWARDS FORT

50FOLK ART MUSEUM ANALYSIS

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CRITIC_WEBSTER/ WALLANCE

SLAB CONNECTION

TYPICAL CONNECTION

HVAC STUDYBEAM STUDY 51

52GSAPPBRYANT PARK PAVILION

THE SPECTACLE DEFINING THE URBAN ENVELOPE

CABLE TENSION SYSTEM LIGHT NET CREATES ENCLOSURE

2 DIA CABLE

CABLE CONNECTION

S/S GUSSET PL

STEEL PLATE / NELSON STUDS

CONCRETE FOUNDATION

2 DIA CABLE

CABLE CONNECTION

S/S GUSSET PL

STEEL PLATE W/ ANCHOR BOLTS EMBEDDED INTO EXISTING SLAB

CONCRETE SLAB OF EXISTING BUILDING

ADVANCED STRUCTURES III FALL 2008 INSTRUCTOR_LAUFSGROUP: ANDY VANN_TIM BELL

DETAIL_1

DETAIL_2

DETAIL_2

DETAIL_1

53GSAPPRENAULT CENTRE ARCHITECTURAL DRAWING & REPRESENTATION I FALL 2008 INSTRUCTOR_UHL

R E N A U L T C E N T R E S W I N D O N _ E N G L A N D _ 1982

N O R M A N F O S T E R

T Y P I C A L B A Y E X P L O D E D M A I N S U P P O R T D E T A I L

R E N A U L T C E N T R E S W I N D O N _ E N G L A N D _ 1982

N O R M A N F O S T E R

T Y P I C A L B A Y E X P L O D E D M A I N S U P P O R T D E T A I L

54GSAPPPHOTOGRAPHY ARCHITECTURAL PHOTOGRAPHY FALL 2008 INSTRUCTOR_ATTALI

NEW JERSEY MEADOWLANDSIMAGES FROM 10/08 - 12/08

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511 West 113 Street Apt 22 New York, NY 10025

[email protected]

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