TABLE OF CONTENTS ARCHITECTURE PORTFOLIO

SECTION A ACADEMIC Huntington Theatre Expansion Experimental Project Studio Ergonomics of Space: Thesis

SECTION B PROFESSIONAL Buckley & Associates R. Riccardi Architects

SECTION C PERSONAL

Arch Photography Graphic Designs

ACADEMIC WORK: WENTWORTH INSTITUTE OF TECHNOLOGY

HUNTINGTON THEATRE EXPANSION CONCEPTUALHUNTINGTON THEATRE EXPANSION VIEW ANALYSIS

PROPOSED SITE

PROPOSED SITE

PARTIAL COMPUTER MODELS HUNTINGTON THEATRE EXPANSION

HUNTINGTON THEATRE EXPANSION CONCEPTUALThe huntington Theatre Expansion emcompasses the addition of several supposrt spaces for the primary theatre on Huntington Avenue including workshops for set design, a green room, black box theatre and a large lobby to accomadate not only the new addition but for the existing theatre as well. My initial expolarations began by attempting to address the issue of how incredibly lost the theatre had been along its current facade. By studying site lines and possible view points I was able to develop an overall concept focused on opening the building toward Copley square in an attempt to draw more of this part of the city to the site as well as creat very distict views framing the prudential tower. This concept would additionally expand to encompass ways in which to open up to and capture natural lighting. Thru numerous light studies through renderings and animations I was able to create a variety of methods of capturing light while mimizing direct light contact on occupants of the building. The large concrete planes that rotate outward and upward would become the aligning force within the building. By opening and splaying it would allow circulation to move around these places to create spaces while never allowing the occupants to travel directly thru them.

PARTIAL COMPUTER MODELS HUNTINGTON THEATRE EXPANSION

Partial Model 1.1 Partial Model 1.2

Partial Model 1.3

HUNTINGTON THEATRE EXPANSION RENDERED SECTION

DETAILED SECTION HUNTINGTON THEATRE EXPANSION

Ground Floor3'-10"

2nd Floor15'-2 1/4"

3rd Floor26'-9 1/8"

3rd Floor55'-2"

0 5 10 15 20 25 FT

BLACK BOX

WOMENS'

WOMENS'

PRINCIPAL

DRESSING

PRIMARY

DRESSINGBOX

OFFICE

LOBBY

MECHANICAL

ROOM

HVAC DUCT SPACECHORUS

DRESSING

TECH

BOOTH

0 25 35 45 55 65 FT

SHOP FLOOR

STORAGE

PRINCIPAL

DRESSING

PRIMARY

DRESSING

CHORUS

DRESSING

PRINCIPAL

DRESSING

PRIMARY

DRESSING

CHORUS

DRESSING

BLACK BOX

LIGHT

WELL

0 10 20 30 40 50 FT

HUNTINGTON THEATRE EXPANSION SITE SECTIONS

BLACK BOX

WOMENS'

WOMENS'

PRINCIPAL

DRESSING

PRIMARY

DRESSINGBOX

OFFICE

LOBBY

MECHANICAL

ROOM

HVAC DUCT SPACECHORUS

DRESSING

TECH

BOOTH

0 25 35 45 55 65 FT

SHOP FLOOR

STORAGE

PRINCIPAL

DRESSING

PRIMARY

DRESSING

CHORUS

DRESSING

PRINCIPAL

DRESSING

PRIMARY

DRESSING

CHORUS

DRESSING

BLACK BOX

LIGHT

WELL

0 10 20 30 40 50 FT

HUNTINGTON THEATRE EXPANSION 1ST FLOOR PLAN

LOBBY

BOX OFFICE

WOMEN'S

MEN'S

PRIMARYDRESSING

SHOP FLOOR

LIGHT LAB

OFFICESPRAY BOOTH

FIRE

FIRE

LIGHTWELL

PRIMARYDRESSING

HANGOUT ZONEAGE

UP

UP

DN

DN

DN

UP

UP

DN

DN

UP

UP

193

97 sf

A1

A1

A2 A2

00 10 20 30 40 FT

2ND FLOOR PLAN HUNTINGTON THEATRE EXPANSION

00 10 20 30 40 FT

OPEN TO BELOW

CHILLAX AREA

WOMEN'S

MEN'S

PRINCIPALDRESSING

OPEN TO BELOW

OPEN TOBELOW

FIRE

FIRE

LIGHTWELL

PRINCIPALDRESSING

OPEN TOBELOW

OPEN TOBELOW

OPEN TO BELOW

UP

DN

UP

UP

DN

DN

DN

UP

LIGHT WELL

0 5 10 15 20 FT

HUNTINGTON THEATRE EXPANSION DETAILED PLAN

RAIL / LIGHTING DETAILSCALE 2 = 1-0

SETTING BLOCK

NEOPRENE GASKETS

DOUBLE GLAZED

SAFETY GLASS

FLASHING

STRUCTURAL RAFTER

ANCHOR BOLT

CURB RAIL

CONDENSATE GUTTER

0 1 2 3 FT

DETAILS HUNTINGTON THEATRE EXPANSION

HUNTINGTON THEATRE EXPANSION INTERIOR RENDERINGS

EXTERIOR RENDERINGS HUNTINGTON THEATRE EXPANSION

EXPERIMENTAL PROJECT STUDIO SITE PLANThe studio for experimental projects in Berlin, Germany was developed in coordination with two other architecture students from Wentworth. Beginning with the development of a quite simple site design strategy to implement three new programmatic spaces into a site with several existing art and theatre buildings. By examining factors such as methods of transportation surrounding the site we developed an idea of varying porosity from solid almost non existent. My individual project became the one that would be a non-building or rather one which would have the least impact at ground level. Hence allowing complete freedom of movement a ground level with little obstruction. I began with a simple strategy of placing as many programmatic spaces as possible below grade which would have the lease impact of reduced opportunity for natural light. Spaces such as the auditorium and rehearsal spaces would work naturally well in this environment. Several spaces however such as offices and any type of common space would require a great deal more natural light and would ultimately lead to elevating the majority of these spaces to the third floor resulting in a building that at first glance would appear to be a bridge whilst housing a much larger building below grade. This idea of a bridge building would begin to influence all aspects of the building including an entry walk at grade elevated above large sunken courtyards, which would allow natural light into the more public spaces below. The detailing would also reflect that of a bridge creating an all encompassing concept creating an overall powerful unity.

FLOOR PLANS EXPERIMENTAL PROJECT STUDIO

PERFORMANCE

REHEARSAL REHEARSAL REHEARSAL REHEARSAL

WORKSHOP

WORKSHOP

SEMINAR

SEMINAR

MECHANICAL STORAGE

CAFE

WCWC

WC WC

LOBBY

CONFERENCE CONFERENCEOFFICE OFFICE OFFICESTG. STG.

WCWCWCWC

LOBBY

PERFORMANCE

P1. BASEMENTSCALE=1:200

P2. GROUND FLOORSCALE=1:200

P3. FIRST FLOORSCALE=1:200

1

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1

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1

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E1. SOUTH ELEVATIONSCALE=1:200

S1. SECTIONSCALE=1:200

CAFE WORKSHOP SEMINARCOURTYARDCOURTYARD

COURTYARD COURTYARD

WCWC

OPEN TO BELOWOPEN TO BELOW

OPEN TO BELOWOPEN TO BELOW

P6

P5

P4

WORKSPACEWORKSPACE

WORKSPACEWORKSPACE

CONFERENCE

305 sqm

6 sqm

20 sqm 20 sqm 20 sqm 20 sqm

75 sqm

110 sqm 110 sqm

29 sqm 29 sqm

97 sqm

97 sqm 50 sqm

50 sqm

6 sqm

36 sqm44 sqm

15 sqm 15 sqm

14 sqm 14 sqm

20 sqm 20 sqm

100 sqm

20 sqm7 sqm 82 sqm 23 sqm

23 sqm22 sqm 60 sqm 7 sqm

6 sqm 6 sqm

20 sqm

6 sqm 6 sqm

EXPERIMENTAL PROJECT STUDIO BASEMENT DETAIL FLOOR PLAN

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EXPERIMENTAL PROJECT STUDIO 2ND FLOOR DETAIL PLAN

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ELEVATION?SECTION EXPERIMENTAL PROJECT STUDIO

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qm

6 s

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sqm

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sqm

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75

sqm

11

0 s

qm

11

0 s

qm

29

sqm

29

sqm

97

sqm

97

sqm

50

sqm

50

sqm

6 s

qm

36

sqm

44

sqm

15

sqm

15

sqm

14

sqm

14

sqm

20

sqm

20

sqm

10

0 s

qm

20

sqm

7 s

qm

82

sqm

23

sqm

23

sqm

22

sqm

60

sqm

7 s

qm

6 s

qm

6 s

qm

20

sqm

6 s

qm

6 s

qm

EXPERIMENTAL PROJECT STUDIO DETAILED SECTION

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appro

x. 1m

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R @

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4.32m 2.08m 2.38m 7.85m 6.02m

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+9.0

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P6

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DETAILS EXPERIMENTAL PROJECT STUDIO

Glazing

wing/cap

End plate,

web stiffener

Guide rail

Loadbearing glazing bar

Column

Purlin

Insulating glass

Permanently elastic preformed seal

Sunblind

Sandwich panel

Rigid Insulation (100 mm)

COLUMNS BEHIND FACADE

STEEL PANELS

Roof Membrane (1 mm)

Vapour Barrier (1 mm)

Vapour Barrier (1 mm)

Concrete (100 mm)

Steel Decking

Steel Tube (12 cm dia.)

Suspended Acoustic Tiles

OFFICE

REHEARSAL

Rigid Insulation (100 mm)

Wood Flooring (10 mm)

Vapour Barrier (1 mm)

Concrete (100 mm)

Steel Decking

Screed (5 cm)

Steel I-Beam (W310 x 202)

Rigid Insulation (100 mm)

Wood Flooring (10 mm)

Vapour Barrier (1 mm)

Concrete (200 mm)

Screed with unfedoor heating (50 mm)Vapour Barrier (1 mm)

Lean Concrete (50 mm)

Concrete (200 mm)

Vapour Barrier (1 mm)

Rigid Insulation (100 mm)

S3. Wall SectionScale = 1:20

E2. Bridge ElevationScale = 1:20

P7. Plan SectionScale = 1:20

D1. Mullion DetailScale = 1:2

D2. Skylight DetailScale = 1:5

Silicone / Adhesive Aluminum Spacer

Thermal Break

Edge Seal

Post Section

ERGONOMICS OF SPACE CONCEPTUALERGONOMICS OF SPACE CONCEPTUAL

PARTIAL COMPUTER MODELS ERGONOMICS OF SPACEIn the current state of architecture the dominance of rectilinear spaces has created an architecture that has little to no relation to the program contained within. Each room has become an open space that could contain an innumerable amount of programs. This dilemma is one that could be considered as equal to that of a building placed within a site that makes no relation to its surrounding context. To create architecture sympathetic to what is contained within a very rigorous analysis is necessary. The means in which the occupant moves through space as well as their interaction with equipment becomes one necessary aspect while that of the equipment itself and its proper usage must also be examined. This analysis must also take into consideration site forces that can begin to inform the overall building form. In this instance the program is that of a vocational school due to its inherent variety in activities that take place. Through this analysis every space can become a near perfect fit for each of its uses. It is a building essentially created by the manner in which it is occupied and utilized that fits like a glove. An architecture of ergonomic spaces. A building reacting to the movement of its occupants, the high speed movement on its exterior, and in response to properly moving natural lighting into the varying spaces. As the human occupant is of utmost importance the building itself reacts by providing the user a variety of necessary surfaces from tables, to seating, to counters, to storage. One might deem it a building and a piece of furniture.

Reactionary architecture.

ERGONOMICS OF SPACE CONCEPTUAL: SPATIAL OCCUPATION

CONCEPTUAL: SPATIAL OCCUPATION ERGONOMICS OF SPACE

ERGONOMICS OF SPACE CONCEPTUAL: LONG EXPOSURE LED

LONGXPOSURE LED TRANSLATIONS ERGONOMICS OF SPACE

ERGONOMICS OF SPACE CONCEPTUAL: PROGRAMMATIC SPACE APPLICATION

ERGONOMICS OF SPACE CONCEPTUAL: MULTIPLE EXPOSURE A

CONCEPTUAL: MULTIPLE EXPOSURE B ERGONOMICS OF SPACE

ERGONOMICS OF SPACE SURFACE AND MATERIALS

Poured Concrete:Floor Slabs

Oakum Plywood:Wood Shop, Caf

Wood Banding:Auditorium

Brushed Steel Cladding:Facade Skin

Plastic Panels:Facade, Gallery

FLOOR PLANS ERGONOMICS OF SPACE

AUD IT OR IUM

C AF E

S T OR AG E

K IT CH E N

OFF ICE

R E C EP T ION

WOO D S HOP

ME T AL S HOP

DE MONS T R AT ION R OO M

S HOP S T OR AG E

S HOP S T OR AG E

G ALL E RY

C LASS R OO M

C LASS R OO M

Open to B elow

Open to B elow

Open to B elow

Open to B elow

LIB R ARY

R AISE D R E ADING AR E A

1st Floor Plan 2nd Floor Plan

B

C

A

ERGONOMICS OF SPACE SECTION PERSPECTIVES

Section A

Section B

Section C

ERGONOMICS OF SPACE RENDERINGS

Above: Exterior Perspective Below: Gallery Perspective

RENDERINGS ERGONOMICS OF SPACE

Above: Shop Perspective from Gallery Below: 2nd Floor Hall Perspective

PROFESSIONAL WORK: GREATER BOSTON AND NEW YORK

BUCKLEY & ASSOCIATES FOX RESIDENCE

FOX RESIDENCE BUCKLEY & ASSOCIATES

BUCKLEY & ASSOCIATES FOX RESIDENCE

FOX RESIDENCE BUCKLEY & ASSOCIATES

BUCKLEY & ASSOCIATES FOX RESIDENCE

ST. ANNES HOSPITAL BUCKLEY & ASSOCIATES

RUSSELL RICCARDI ARCHITECTS FAIRLEY RESIDENCE KITCHEN RENDERINGS

FAIRLEY RESIDENCE BATHROOM RENDERING RUSSELL RICCARDI ARCHITECTS

RUSSELL RICCARDI ARCHITECTS WILLIAMS RESIDENCE OUTDOOR SHOWER DESIGN

WILLIAMS RESIDENCE OUTDOOR SHOWER RUSSELL RICCARDI ARCHITECTS

Above: Shower Rendering Below: Actual Shower Location

RUSSELL RICCARDI ARCHITECTS WILLIAMS RESIDENCE SCREEN PORCH SECTION

WILLIAMS RESIDENCE SCREEN PORCH CONSTRUCTION RUSSELL RICCARDI ARCHITECTS

RUSSELL RICCARDI ARCHITECTS WILLIAMS RESIDENCE STAIR CONSTRUCTION DIAGRAM

WILLIAMS RESIDENCE STAIR CONSTRUCTION DIAGRAM RUSSELL RICCARDI ARCHITECTS

RUSSELL RICCARDI ARCHITECTS 101 CENTRAL PARK WEST RENDERINGS

101 CENTRAL PARK WEST RENDERINGS RUSSELL RICCARDI ARCHITECTS

RUSSELL RICCARDI ARCHITECTS 320 WEST END AVE CONSTRUCTION DOCUMENTS: PLAN

RUSSELL RICCARDI ARCHITECTS 320 WEST END AVE CONSTRUCTION DOCUMENTS: ELEVATIONS

RUSSELL RICCARDI ARCHITECTS 320 WEST END AVE CONSTRUCTION DOCUMENTS: ELEVATIONS

RUSSELL RICCARDI ARCHITECTS 320 WEST END AVE CONSTRUCTION DOCUMENTS: DETAILS

RUSSELL RICCARDI ARCHITECTS MERCER STREET MAIN LOBBY RENDERING

MERCER STREET MAIN LOBBY RENDERING RUSSELL RICCARDI ARCHITECTS

RUSSELL RICCARDI ARCHITECTS MERCER STREET REAR LOBBY SECTION

PERSONAL WORK: PHOTOGRAPHY AND GRAPHIC DESIGN

PHOTOGRAPHY BARCELONA

BERLIN PHOTOGRAPHY

PHOTOGRAPHY PARIS

WOLFSBURG PHOTOGRAPHY

PHOTOGRAPHY HAMPTONS RESIDENCE R

HAMPTONS RESIDENCE C PHOTOGRAPHY

GRAPHIC DESIGN TEXTURE APPLICATION

COMMISSIONED CHRISTMAS CARD GRAPHIC DESIGN