2013 bryan.pendzinski pendzinski.bryan@gmail.com
everything about where h i have h bee b be been what hat at i have ave seen w av i have ha e learned ha ea ne wh ea am mm my y interests experience:
Hufft Projects designer
Jean Nouvel
Betti Bettinge Bettinger Apartment: kansas c Ambassa te kansas c Sullivan nc chicago
internship
urban planning studio nal Mus Doha, Qatar Structures studio: rehabilitation
lon ndon n d n
ve
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gel
w yo
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naa rom
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Master of Architecture university of kansas
Place of Origin
Urban Planning
chicago il
studio
President- community project: backstop productions
live travel study
tthoughts ug g iideas de perspectives pe p ec e ves a adobe After Effects
video/animation
RHINOcerous
image/editing
grasshopper
3d modeling
who ho i plan pl to b becom ec forr the ffuture fo utu google Sketchup
V
pendzinski.bryan@gmail.com
phone
21
17
19 11
15
index: Qatar National Museum
professional practice
place making: sharing stairs paris studio_fosses
mixed-use infrastructure paris studio_fosses
new facade: rehabilitation
paris studio_structures
concept charette
independent_slice.notch
09 redux prototype 13 viewing device: deployable 03 sullivan: renovation 05 ambassador: renovation 07 bettinger: renovation 01 NOLA film: co-operation
design build_studio 409
design build_studio 109
kansas city_Hufft Projects
kansas city_Hufft Projects
kansas city_Hufft Projects
new orleans_studio 609
NOLA film: co-operation studio 609_ new orleans
1 2 3
The screen is created by aperatures which open and close according to the density of contrast within the film. The pixels fluctuate frame by frame which allows the image to appear in motion.
1 2 3 The emphasis of the design inteds to promote interactions between the local community and the strong tourist population of New Orleans. In an effort to stimulate a global dialogue of experiences, ideas, and knowledge, the center promotes the collective collaboration of individual internal memories and experiences, and the external memory of the machine, as a way to produce global innovation.
screen opacity [time/dd/mm/yr] [14.45/16/06/2014]
screen opacity
[time/dd/mm/yr]
[7.40/16/06/2014] [8.30/16/06/2014] [9.15/16/06/2014] [9.45/16/06/2014]
[10.35/16/06/2014] [11.45/16/06/2014] [12.15/16/06/2014]
[13.10/16/06/2014] [14.45/16/06/2014] [15.00/16/06/2014] [15.20/16/06/2014] [16.30/16/06/2014] [17.20/16/06/2014] [17.45/16/06/2014] [18.30/16/06/2014] [19.20/16/06/2014] [21.10/16/06/2014] [22.30/16/06/2014] [23.40/16/06/2014] [24.00/17/06/2014] [1.20/17/06/2014] [2.15/17/06/2014] [3.30/17/06/2014] [4.10/17/06/2014]
The PUBLIC SKIN questions the boundaries of shared media by allowing everything created from the center to be displayed as a public work of art. It is through this sharing of ideas and experiences that wil generate a crossbreed of culture, in an attempt to reach the highest form of innovation. p.01
[5.30/17/06/2014] [6.15/17/06/2014] [7.30/17/06/2014]
1
1
[8.10/17/06/2014] [9.35/17/06/2014]
[10.45/17/06/2014] [11.10/17/06/2014] [12.15/17/06/2014]
Films organized into playlists according to aperature density and synced with sun angles thruoghout the day.
aperature screen
public theater entrance black box theater
work shop [stage design]
editing [classroom_lounge] design [classroom_lounge] library + media store cafe + offices
vertical circulation public theatre
the front porch
bywater_river walk
Level
1
Level
1
mississippi river
Level
1 2 13 2 4
public lobby/ gallery black box theatre/ green screen public lobby/ gallery stage shop
black box theatre/ office_outreach green screen coordinator office_center coordinator stage shop café/restaurant office_outreach coordinator
3 5 4 office_center coordinator public lobby/ gallery 51 café/restaurant box theatre/ 2 black green screen
1
3 4 5
4
3 3
4
2 3 2
54 5
2
5 1
stage shop office_outreach coordinator office_center coordinator café/restaurant
1
20
30
40
50
N
20
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1
20
30
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industry commercial residential
p.02
sullivan residence: renovation
PRIVATE
Hufft Projects_ chicago
3
2
1
Direct linear connection through the site promoting visual and physical dialogue with a smooth transition between public and semi-private spaces. PUBLIC
ALLEY
NEW ONE-STORY BRICK GARAGE WITH DECK
115’-0”
ventaliation
1 EXISTING TWO-STORY BRICK BUILDING WITH BASEMENT
24’-0”
W. WEBSTER PARK AVENUE
N
The exisitng shell of the house and the property line set the constraints for this two-story + basement renovation in Lincoln Park, Chicago. The design intent was to promote a link between the north and south ends of the house, creating smooth transitions between public and private spaces while maintaining visual and physical connections. The existing storefront is incorporated into the plan, as to allow an interconnectedness between the interior kitchen and exterior patio. The patio terraces up to a garden deck above the garage, separating the private program from the alley, while allowing visual connection back to the house. p.03
2
3
FOYER 1 LIVING 2 DINING 3 KITHEN 4 POWDER RM 5 HALL 6 SAM’S RM 7 KIDS BATH 8 NURSERY 9 LAUNDRY RM 10 MASTER CLOSET 11 MASTER BATH 12 MASTER BED 13 GARAGE 14 DEN 15 BASEMENT 16 GUEST BATH 17 GUEST BED 18 19 MECHANICAL RM
6
1 1/2” dia. STEEL TUBE HANDRAIL 5/8” DIA. STEEL ROD 4” O.C. TYP. WHITE OAK STAIR TREAD
HSS 2”x12”x18” STRINGER WITH 2”x2”x1/4” TUBE STEEL POST WELDED TO END - POWDER COAT WHITE
1
2
16
3” x 1/2” - 20 FLAT HEAD BOLTS TO FASTEN 2” x 12” STRINGER - COUNTERSINK AND POWDERCOAT TO MATCH STEEL
19 The stair is the single vertical access throughout the house. Designed to be a visually transparent element, while subtley separating public and semi-private spaces on each floor.
14
ventaliation
ventaliation
ventaliation
15
13 4
16
3
5
12
10 11
19
6 9 17
2
18
0’
5’
10’
1
15’
7
8
p.04
ambassador hotel: renovation Hufft Projects_ kansas city
Ressurecting the 1920’s building to its original aethstetic, while integrating a modern language for the young, energetic professionals of the KC metro area.
The Ambassador is an existing studio apartment building with intent to be renovated as studio, onebedroom and two-bedroom apartments for young and energetic professionals. The site was a prominent location for music and food in the 1920’s and provides opportunity to restore activity throughout the local community.
STAIR 3
UP UP
As a part of the historic registry, the design intent focuses on ressurecting the building back to its original aethstetic while integrating a modern language for the young professionals throughout the Kansas City area. Such decesions include affordable, efficient and high function design. The existing building conditions provide several primary constraints, most prevelant being the fenestration on the building. It became apparent that all circulation within the apartments should be along the exterior walls, maximizing light into the public spaces and minimizing interaction between facade openings and interior program partitions.
UP
DN STAIR 5
UP STAIR 4
LOBBY
TENNANT ENTRANCE
BROADWAY BLDV.
p.05
BROADWAY BLVD.
KNICKERBOCKER PL.
N
UP
W. 36TH STREET
TYPICAL UNIT LAYOUT GLAZING ALONG CIRCULATION PATH ALLOWS MORE DAYLIGHT INTO LIVING SPACES - AVOIDS CONSTRUCTION ISSUES WITH EXISTING WINDOW PLACEMENT AND DIMENSIONS OPEN AND FLEXIBLE LIVE SPACE INTEGRATED STORAGE CLOSET - PROVIDES ADDITIONAL WALL AREA FOR UPPER CABINET STORAGE KITCHEN ISLAND: DINING AREA + WORK SURFACE SEMI-PRIVATE BATHROOM FOR TENNANT AND GUEST
LIVING
MINIMAL INTERACTION BETWEEN EXTERIOR BUILDING SKIN AND INTERIOR PROGRAM / PARTITIONS
KITCHEN
BATH
BEDROOM
1 CEILING SOFFIT TO DEFINE KITCHEN AREA - PROVIDING ROOM FOR INTEGRATED LIGHTING FIXTURES
2 CHALKBOARD PAINT IS A COST EFFECTIVE APPROACH TO ADDING FUNCTIONALITY AND DIFFERENTIALITY WITHIN EACH APARTMENT 3 OPEN STORAGE IS A PRECEDENT FROM THE FRANFURT KITCHEN DESIGN CONCEPT
4 TRANSFORMABLE ISLAND WITH CASEWORK ON CASTERS TO ALLOW FOR ADDITIONAL SEATING AS NECESSARY
FRANKFURT KITCHEN - EFFICIENT, COST EFFECTIVE DESIGN
[P-3] BENJAMINE MOORE GRAPHITE 1603 CHALK BOARD PAINT [WC-2] CABINETS TYP (UNO): ULTRACRAFT CABINETS: ADRIATIC [C-1] CESARSTONE QUARTZ PROJECT SERIES 3100 - BLACK 2CM [WC-2] CABINETS TYP (UNO): ULTRACRAFT CABINETS: ADRIATIC THERMOFOIL SLAB DOOR STYLE ,SATIN WHITE [T-2] AMERICAN OLEAN PROFILES IN ICE WHITE 3X6 FIELD TILE & 6X8 FIELD TILE
HENRY BUILT MODERN - HIGH FUNCTION DESIGN
p.06
bettinger: renovation Hufft Projects_ kansas city
The Bettinger condominium is characterized by its quiet shell, granting homage to the art and artifacts placed within.
NEW OBJECTS EXISTING SHELL
The Bettinger Residence is as a part-time living destination, with emphasis on hosting events and displaying art. The apartment becomes a canvas with simple, open spaces, its design grants homage to the art and artifacts within it. Each space includes a functionally specific object, designed to harmonize with the language of the design intent. Often these objects become storage and display art.
121 West 48th Street, APT 1501-03, Kansas City, MO 64112
The plan recognizes the orientation of the apartment to the south, with intent to optimize views and light along the south facade, providing continunuity between interior and exterior spaces.
SOFFIT ABOVE
7
SOFFIT ABOVE
1
2
5
9
3
SOFFIT ABOVE
SOFFIT ABOVE
6
8
4
12 12 0’
p.07
5’
10’
20’
10
11
BLUM: AVENTOS HS HARDWARE KERF CUT TOP AND BOTTOM OF CABINET TO APPLY LED STRIP LIGHT [WC-2] INTERIOR OF CASEWORK: WHITE MELAMINE VENEER, MATTE FINISH CONTINUOS WHITE UNDER CABINET PLUG MOLD [C-1] CESARSTONE: PURE WHITE 1141,POLISHED FINISH, 2CM
[WC-1]WHITE OAK VENEER RIFT CUT NATURAL MATTE FINISH
+
SLOT CUT ON BOTH SIDES OF COUNTERTOP TO ALLOW ELECTRICAL OUTLET ACCESS
+
FINISHED PANEL: TO MATCH CASEWORK
+
KNEE WALL + J-BOXES
+
1/2” DRYWALL
+
CASEWORK: WHITE OAK VENEER RIFT CUT NATURAL MATTE FINISH + EXISTING WINE FRIDGE
OVEN
[W-1]WHITE OAK FLOORING 5” SOLID WOOD PLANKS NATURAL WITH DRY BRUSH MATTE FINISH
5
1 FOYER 2 STORAGE 3 LIVING 4 DINING 5 KITCHEN 6 MASTER BED 7 MASTER BATH 8 CLOSET 9 LAUNDRY RM 10 GUEST BATH 11 GUEST BED 12 PATIO
p.08
W.05 M.06
W
W.07
redux prototype
W.08
Reclaimed Materials
studio 409_ design build
W.09 •1x4s- 2/2x2s- 50/2x4s- 60/2x8s- 12 2x10s- 1.5/4x4s- 5 •Heavy Timber Moving Blocks- 8 •I-Joists- 8 •Vinyl Billboard Sheeting- 2 •OSB- 250 sq ft./Plywood- 400 sq ft./ Particle Board - 1 large sheet •Roofing Felt - 2 Rolls •Exotic Hardwood - 100 sq ft. •Hollow Core Doors- 5/Windows- 2 •Vinyl Siding- 330 sq ft. •Skylights - 2 D.01 •Electrical Conduit- 30’ •Cable Routing Overhead Track- 12’ D.02 •Cinder Blocks - 8 •Full Length Mirror - 1 D.03 •Screws/Washers •Hinges- 5 sets D.04 •Door Hardware (1 handle set, 1 deadbolt)
Purchased Materials
•Nuts & Bolts $120 •Door $40 •Sealant/Paint $90 $82 M.01 W.01- floor •Lighting trim - cross bracing W.02 - interior sheeting M.02 - display boards •Framing Nails W.03 - studs M.03 - door •Sheathing Nails W.04 - exterior sheeting M.04 - ladder W.05 - vapor shield (billboard canvas) M.05 - screen system W.06 - primary trim M.06 - windows W.07 - vinyl cladding W.08 - secondary trim •TOTAL: W.09 - operable slatted wall
R - roof components W - all components F - floor components D - deck components M - miscellaneous parts
$332 or $3.32 (labor not included)
R.09
module prefabrication
1
10’ x 12’ unit
1
3
2
10’ x 12’ unit
Plan
Each unit10’ will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened operable panel system 2’ that can fold and unfold to achieve light and 10’ air quality needs for the interior of the unit. The panels also become Plan for the functional program pieces exterior of the unit.
Plan
2
1
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened operable panel system that can fold and 10’ to achieve light and air unfold quality needs for the interior of the unit. The panels also become functional program pieces for the 2’ exterior of the unit.
10’ x 12’ unit
h unit is a dimension of 12’ x 10’ erimeter with an interior esnion of 10’ x 10’. The units can dded on to eachother in any ction, allowing mor pultiplicity he form and function of the units.
p.09
4
4’ 10’ Plan
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened operable panel system that can fold and unfold to achieve light and air quality needs for the interior of the unit. The panels also become functional program pieces for the exterior of the unit.
F.01
W.05
M.06
W.01 F.01
W.04
W.05
W.05
W.06
W.06
W.07
aa
a W.02
W.07
W.08
W.08
W.02
W.07
F.02
F.02
M.01
M.01
W.08 W.09
0
2
4
4’
4’
F.03
F.03
4’
Elevation
2’
4’
D.01
D.01
F.04
F.04
D.02
D.02
D.03
D.03
D.04
D.04
F.07
F.07
Plan
Wall modules
F.06
wall panel modules
2’
2’
4’
4’
Plan
Wall modules
4’ 4’
W.01
W.04
W.03 W.04
Elevation
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as/Floor a screened operable Roof modules panel system that can fold and unfold to achieve light and air quality needs for the interior of the unit. The panels also become functional program pieces for the 4’ exterior of the unit.
10’
4’
W.01
W.03
4’
4’ 10’
Plan
W.03
W.01
4’
Plan
2’ 10’ Plan
W.03
F.06
Plan
10’
’
W.01
4’
Plan
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added on to eachother in any South overhang direction, allowing mor pultiplicity in the form and function of the units.
4
Roof /Floor modules
10’
3
R.01
W.01
Elevation
Plan
Plan
2’
2’
2’
South overhang
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened operable panel system that can fold and unfold to achieve light and air quality 10’needs for the interior of the unit. The panels also become functional program pieces for the exterior of the unit.
W.02 M.01
Wall modules
4’ 10’
M.06
W.02 M.01
Plan
4’
10’
2
2’
4
3
W.04
W.03
4’
Plan
Plan
12’
W.08 W.09
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designedRoof as a/Floor screened operable modules panel system that can fold and unfold to achieve light and air quality needs for the interior of the unit. The panels also become functional program pieces for the 4’ of the unit. exterior
10’ x 12’ unit
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added on to eachother in any direction, allowing mor pultiplicity in the form and function of the units.
4’
Plan
10’
Plan
Wall modules
W.07
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be addedSouth on to eachother overhang in any direction, allowing mor pultiplicity in the form and function of the units.
4’
M.02
R.02
R.01
Elevation
W.05
Plan
10’
3
R.03
W.05
4’
4’ W.04
2’
4’
M.02
Elevation
Wall modules
4’
W.04
R.02 2’ 4’
Plan
4
Roof /Floor modules
Plan
2’ 2
2’
W.07 W.06
W.03
4’ 10’ Plan
4 4’
10’
The wall sysytem is made up of 2 pieces: a 4’ x 2’ L-corner and a 4’ flat wall panel. Each of these pieces make up the wall system for the unit. The pre-fabricated wall systems allow for square corners and easy construction of the unit. The floor plan was designed with the seam joints of these wall panels, providing a functional and aesthetic design solution to reveal the process of construction. 10’
4’
10’
Plan South overhang
W.05
W.03
2’
10’
R.04
R.03 W.04
W.04
W.03
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened Roof /Floor modules operable panel system that can fold and unfold to achieve light and air quality needs for the interior of the unit. The panels also become functional program pieces for the 4’exterior of the unit.
3 4’
W.06
4’
4’
W.05
Plan
4’
10’
10’
W.05 M.02 2’
10’
R.05
Wall modules
4’
W.08
Elevation
R.04
W.06
M.02
4’
3
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added to eachother in any South on overhang direction, allowing mor pultiplicity in the form and function of the units.
Planunit 10’ x 12’
12’
M.03
W.07
4
W.06 Roof /Floor modules
4’
W.08
R.05
2’
M.01
4’
Elevation
R.05
4’
2’
2
R.05
W.07
M.01
R.06
2’ 4’
Plan
Wall modules
Plan
Plan
Each unit12’is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added on to eachother in any direction, allowing mor pultiplicity in the form and function10’of the units.
10’
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added on to eachother in any direction, allowing mor pultiplicity in12’ the form and function of the units.
3
M.03
10’
2
The roof and floor modules are 4’ x 10’ and bolted together through the joists, at the seam of each module. The modules were designed to be easily carried and erected by two persons, making the construction of the unit quick and simple.
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened Roof /Floor modulesoperable panel system that can fold and M.04 unfold to achieve light and air W.08 quality needs for the interior of the W.08 unit. The panels also become functional program pieces for the W.07 4’exterior of the unit.
4’ 2’
4
4’
South overhang
2’
10’
10’
1
10’ Plan
10’
12’
10’ x 12’ unit
12’
10’ Plan
M.04
R.07a
R.06
10’
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added to eachother in any Southon overhang direction, allowing mor pultiplicity in the form and function of the units.
R.07b
R.07a
4’
Plan
2
1
Each unit will have a 2’ overhang to minimize summer sun and maximize winter sun. The south wall is designed as a screened operable panel system that can fold and unfold to achieve light and air quality needs for the interior of the unit. The panels also become functional program pieces for the exterior of the unit such as tables.
R.08
4’
2’
1
4’
4’
Wall modules
4’ 10’
per square foot
Elevation
Roof /Floor modules
South overhang
12’
2’
4
R.07b
10’ x 12’ unit
10’ x 12’ unit
R.09
3
R.08
Each unit is a dimension of 12’ x 10’ in perimeter with an interior dimesnion of 10’ x 10’. The units can be added on to eachother in any direction, allowing mulltiplicity in the form and function of the units.
1
2
F.06
2’ Plan
M.01 - cross bracing R.01 - track lights R - roof components F.01 - screen wall threshold D.01 - exterior sheathing F.01 - screen wall M.01 - cross bracing R.01 - track lights R - roof components threshold D.01 - exterior sheathing W.01- floor trimW.01- floor trim M.02 - displayR.02 boards R.02 - skylight baffles W - all components F.02 - floor modulation pattern D.02 - trim around flooringF.02 - floor modulation W.02 - interior sheeting M.02 - display boards - skylight baffles W - all components pattern D.02 - trim around flooring W.02 - interior sheeting M.03 - door R.03 - ceiling screen R.03 - ceiling screen F - floor components F.03strips - OSB flooring stripsM.03 - door D.03 - deck flooring F - floor components F.03 - OSB flooring D.03 - deck flooring W.03 - studs W.03 - studs R.04 - roof joists D - deck components - exterior sheeting M.04 - ladder M.04 - ladder R.04 - roof joists D - deck components F.04 - sheathingF.04 - sheathing D.04 - structural D.04 porch- structural members porch members W.04 - exterior W.04 sheeting M.05 - screenR.05 system R.05 - exterior plywood sheathi M parts - miscellaneous parts W.05 (billboard - vapor shield (billboard ca - exterior plywood sheathi M - miscellaneous F.05 - structural F.05 joists- structural joists M.05 - screen system canvas) R.06 - felt membrane W.05 - vapor shield F.06 - intermediate stair M.06 - windowsM.06 - windows W.06 - primary trim R.06 - felt membrane F.06 - intermediate stair W.06 - primary trim R.07 - skylights F.07 - supporting timbers W.07 - vinyl cladding R.07 skylights F.07 - supporting timbers a. 36”x20” W.07 - vinyl cladding W.08 secondary trim a. 36”x20” trim b. 53”x36” W.08 - secondary W.09 - operable slatted wall b. 53”x36” - operable slatted wall R.08 - corrugated plasticW.09 roofing R.08 - corrugated plastic roofing R.09 - occupiable roof deck R.09 - occupiable roof deck
F.01
W.02
4
F.01
W.05
W.07
M.06
W.08
W.02
W.07
F.02 M.01
F.02
recycled
W.08
W.09 F.03
F.03
local
F.04
F.04
D.01 D.02 F.05
D.03
F.05
D.04
materials
F.06
F.07
F.07 F.01 - screen wall threshold F.02 - floor modulation pattern F.03 - OSB flooring strips F.04 - sheathing F.05 - structural joists F.06 - intermediate stair F.07 - supporting timbers
F.01 - scree F.02 - floor F.03 - OSB F.04 - shea F.05 - struc F.06 - interm F.07 - supp
trim - track lights M.01 - cross bracing R - D.01 roof components - exterior sheathingW.01- floor R.01 W.02 - interior M.02 - display boards W -D.02 all components - trim around flooring R.02sheeting - skylight baffles W.03 - studs M.03 - door F - floor D.03 components - deck flooring R.03 - ceiling screen W.04 - exterior M.04 - ladder D - D.04 deck -components structural porch members R.04sheeting - roof joists W.05 vapor shield (billboard canvas) M - miscellaneous parts R.05 - exterior plywood sheathinM.05 - screen system W.06 - primary trim M.06 - windows R.06 - felt membrane W.07 - vinylR.07 cladding - skylights W.08 - secondary trim a. 36”x20” Lawrence, KS W.09 - operable slattedb. wall 53”x36”
R.08 - corrugated plastic roofing R.09 - occupiable roof deck a
a
2’x4’ corner module
4’ wall module
a
aa
foundation blocks 0
2
4
8
8
p.10
new facade: rehabilitation paris studio_ structures
The NEW FACADE serves as a public corridor separating private spaces from the street while allowing the outside public to view into the shared space. The wall is constructed as a cassette wall system, skinned with stainless steel panels, a material which contrasts the existing stone walls in texture and color, but detailed as a brick wall to maintain the language of the space. b
The facade allows the apartments to breathe as the atrium4 roof is mechanically operable and can 3 release heat through stack-ventilation. A strategy used to cool the interior spaces. a
2 5
4
6
1 2 3 4 5 6
1
1
3
888 m
atrium dining living bedroom kitchen bathroom
g 2
220m
form
0
2.5m
N
volume
5m
e
3
new facade
10m
d
b
b
4
3
f f d
a
e
a
2
d
c
5
c b
b a a
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6
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0
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1
atrium dining living bedroom kitchen bathroom
d
f a
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10m
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atrium dining living bedroom kitchen bathroom
e 3
g
Recherchez des programmes selon les besoins de la lumière naturelle. Locate programs according to necessity of natural light.
0
2.5m
5m
A plan to share the natural light [hierarchy of program conducive N to natural light placed along new facade]
3
10m
h
k
h
b i j
p.11
N
4
3
k
new facade cassette wall system 1800mm x 640mm stainless steel panels horizontal galvanized steel clip system 100mm extruded polystyrene rigid insulation shear steel panel: 5mm thickness 20mm gypsum board 150 mm non-combustible mineral wool(R-19); vapour barrier light gauge steel frame: 300mm O.C. primary steel structure: steel columns 200mm x 250mm steel I-beams 275mm depth 13mm tempered laminated glass existing stone facade zinc roof construction: 20mm gypsum board 150 mm non-combustible mineral wool(R-19); vapour barrier primary steel structure: 275mm steel girders pinned connection secondary steel structure: 100mm beam depth, 2.5m O.C. 13mm tempered laminated glass; motorized glass pivot window 0.8 mm sheet zinc with 25 mm standing seams polyester separating layer 18 mm plywood floor 0_1: kitchen (13m 2) family room (42m 2) 1bedroom (15.4m 2) 2bedroom (20m 2) bathroom (9m 2) atrium access (25 100mm composite corrugated metal floor decking finished floor material: plank flooring, auststralian cypress, satin finish secondary steel floor structure: 100mm beam depth, 1.8m O.C. 20mm gypsum board 150 mm non-combustible mineral wool(R-19); vapour barrier rubble taliesin west flooring
PRODUCED BY AN AUTODESK STUDENT PRODUCT
5.5m
1.8m
public and private
Operable atrium space to stack ventilate apartments
8
ODUCED BY AN AUTODESK STUDENT PRODUCT 9
De Soleil!
La atrium favorise l'interaction avec mes voisins. The atrium promotes interaction with my neighbors.
Maximize sunlight!
aa
maximize light
connect views
ventilate
1 roof construction: 0.8 mm sheet zinc with 25 mm standing seams polythene separating layer 18 mm plywood 200 mm non-combustible mineral wool; vapour barrier trapexoidal-section metal sheeting 200 mm deep on steel structure 2 existing wall 100 mm rock wool 40 mm rhs miled steel frame 20 mm glass-fibre-reinforced plasterboard with paint 3 25 mm granite stone floor 100 mm composite currugated metal floor decking 200 mm deep on steel structure 12 mm T-bar plaster ceiling
1
1
1
2
new facade
stainless steel panels, contrasting the existing stone but detailed to maintain the language of the space.
3 4
2
roof construction: 0.8 mm sheet zinc with 25 mm standing seams polythene separating layer 18 mm plywood 200 mm non-combustible mineral wool; vapour barrier trapexoidal-section metal sheeting 200 mm deep on steel structure cassette wall system 1800mm x 640mm stainless steel panels horizontal galvanized steel clip system 100mm extruded polystyrene rigid insulation shear steel panel: 5mm thickness operable hinged casement window tampered laminated glass operable hinged casement window tampered laminated glass floor system: 275mm steel i-beam 120 mm slab composite concrete galvanized corrugated metal decking 20 mm slab polished concrete 3 gypsum board plank flooring; australian cypress wood
The new facade stainless steel is carried to the interior spaces of the apartment constantly oreienting you within the space. The north windows are detailed with the same steel to maintain a common language of new dynamic space.
8
2
a
a
3
5
4
2.5
m
5 6 7
8 9
A B
5.5m
20x50 mm stainless steel handrail 1 roof construction: 40x300 mm galvenized steel stringer beam 0.8clear mmtempered sheet zinc with 12 mm thk mm standing seams laminated25 glass 40x300 mm galvenized steel stringer beam polythene separating layer galvernized support welded 18 steel mm rhs plywood to stringer beam 200 mm non-combustible 20 mm australian cypress wood, mineral wool; vapour barrier satin finish metal sheeting temperedtrapexoidal-section laminated glass motorized glass pivot window 200 mm deep on steel structure
2 existing wall 100 mm rock wool 40 mm rhs miled steel frame 20 mm glass-fibre-reinforced plasterboard with paint 3 25 mm granite stone floor 100 mm composite currugated metal floor decking 200 mm deep on steel structure 12 mm T-bar plaster ceiling
1
6 7
p.12
viewing device: deployable studio 109_ design build
Architecture is an art that combines theories of space, time and place. By understanding the anomolies of the physical world, it is possible to convey meaning and purpose through built form.
The exercise was intended to test limits of space and materials, generated through the abstraction of an existing Mondrian painting. The final product produces a viewing mechanism that interprets the surrounding context of the site through its materials and orientation. The viewing device begins to tell a story of the site through reflection, translucency and its own primitive camera obscura.
1
1
2
3
Reflection
Translucent Camera Obscura
2
2 1
3
4
p.13
3
aluminum tube [light weight]
hardware [simple construction]
material panels [manipulate site experience]
structure base [deployable packaging]
deployable device:
multiple orientation of units: ability to adapt to any site condition
camera obscura
designed to package itself
Each screen panel interprets the existing context
into an abstract experience, momentarily obscuring the reality of the site, in the end the device reveals
the true identity by capturing a tamporary image of its surrounding.
p.14
concept charette slice_notch
charette_Origin:
1965â&#x20AC;&#x201C;70; < French: cart, Old French, equivalent to char chariot, wagon + -ette -ette, from the idea of
speed of wheels
From concept to design in 1 day
p.15
The concept charette was an individual exploration of digital modeling techniques using Rhino. The charette defines each project as having a completion deadline of 24 hrs, from concept to design in 1 day. The focus of the excecise was link physical design [sketching_model building] with digital production, in an attempt to explore ideas of space, light and form, detached from a formal design approach. The projects were free in the sense they did not have a specific scale, program or site. The product is an expression of its process of design and construction of the product, where the digital and physical tools become one in itself.
a-a
a
b-b
b
c-c
c
d-d
d
e-e
e
f-f
f
g-g
g
h-h
h
i-i
i
j-j
j
k-k
k
l-l
l
i-i
slice
h-h
notch
p.16
place making: sharing stairs paris studio_ fosses
The public stairs are the interstitial connective tissue between each neighborhood and street that runs parallel with Ave. Henri Barbusse.
3 x usse nri Barb Ave. He
!
.
The stair becomes a prototype for public space making throughout Fosses.
0 km
.19 km
4.5 m
29.5 m
It is possible to decrease the space we use for living by reducing the amount of materials we store. Materials that are rarely used [gardening supplies, home repair, spare parts] can be publicly exchanged rather than privately owned. In return, it will decrease the energy needed to produce so many items, decrease the energy used to ship these items, decrease the amount of waste produced and decrease the area to store the waste. Due to the terrain of Fosses, stairways exist to connect neighborhoods up on the hill to Avenue Henri Barbusse. The stairs exist periodically along the Eco Spine and have an opportunity to become a prototype for public buildings with an effort to improve the existing space. p.17
Ave. Henri Barbusse 0 m
2.25 m
4.5 m
9 m
N
.375 km
.562 km
N
1 Ga
2 Pr
Ri
3 Gl
St
Reflect
1
4 Wo
1
5 Wo
[rooftop garden]
6 Gl
1 1
Rent
2
2
2
2 1
2
Research Media Center
2 1
3
Emprunter
Media Center [investigate DIY projects]
<M
3
<M
3
2
Emprunter
1 Media Center [gardening supplies, home reEmprunterspare parts] pair,
3
3
3
<M
3
[maintain visual and physical connection]
4
1 garden_reflection 4
4 5
4
2 pre-fabricated rib structure 3 glulam structure frame 4 wood shelves
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5
5 glass skin 6 polycarbonate panels
5 5
minimal space requires wall to be multi-functional. Functional Wall
Viewing
reflection
Searching
Storing
Displaying
Sitting
rental research drop box
functional facade [designed light shelves for west light]
p.18
mixed-use infrastructure paris studio_ fosses
market
station
The combination of industry and housing is necessary for cities. These functions need to be integrated so they are not opposite forces repelling one another, rather working together. By understanding the potential of mix use infrastructure, it is possible to imagine a way cities function seamlessly with housing and infrastructure working together without a positive and negative attraction. Mixing the use and program of buildings with infrastructure supports the conceptualization of this design. As the building connects to the existing industry, roof top gardens begin to spread, allowing more food to be grown. Soon, communities are populated, and a network of shops, cafĂŠs, and housing would prosper above the industry, not to be bothered by the trucks and materials moving on the ground below.
lack of pedestrian connection between the 2 towns!
living shopping industry train station
A dynamic mixing of program in spaces, normally separate, allows for the crossbreed of culture and innovation.
two towns divided
Fosses
connection for cars only Indirect route for movement. The road only serves cars, lack of pedestrian movement.
rail line splits connectivity of the adjacent towns.
disconnected program
opportunity paths Create routes that will support pedestrian traffic, connecting both sides of the train station.
Disconnect along the commercial spine between towns.
Industry
New paths promote new urban typologies that create physical connections between towns.
RER Station The disconnection across the rail divides the balance between Fosses and Survilliers
Survilliers
p.19
Disconnect between residential neighborhoods. Lack of sustainable transportation
New routes and bridges to generate a better connection between existing typologies.
weaving parc parc
roof top roof top roof top roof top
7 weave weave
weave [activity overlap] weave
weave
6
lift lift
lift [visual lift and spatial porosity]
d
lift
a
separate separate
5
b
separate
split [program tubes] separate
c
3
mass mass mass mass
no connection
2
1 Weaving programs over the tracks, connecting both towns
1 transit center 4 floor 0_1 5 facade panels 2 circulation diagram a. station 6 secondary structure grid 3 vertical circulation b. commercial 7 apartments c. civic roof top park d. roof top park
RR
vertical circulation acts as light wells to push light into the buidling.
roof top connections begin to build a community above the existing industry below.
p.20
Qatar National Museum Ateliers Jean Nouvel_Doha
The museum offers an original approach to the presentation of mixed media. Because of the nomadic history of Qatar and the changing environment, many physical artiffacts do not esist, or are buried below the Gulf Sea. This provides a unique opportunity to explain the history of Qatar and its people through art film projections and interactive animations.
G5- Life in the Desert G3- Qatarâ&#x20AC;&#x2122;s traces of the past G4- People of Qatar G2-The Environment The first set of galleries [G2-G5] focus heavily on the beginning life of Qatar. The form of the museum was derived by the physical and chemical formation of a desert rose which is specific to Qatar, and important because the compound CaCO3 also signifies oil is present.
G2-The Environment
p.21
The environment of Qatar was not always desert. Before the changing winds, the Gulf Sea was a flourishing valley of life. In G2 we explore the variety of fauna and flora throughout the region.
G3- Qatarâ&#x20AC;&#x2122;s traces of the past
G4- People of Qatar
G5- Life in the Desert
Life in the desert was part of a seasonal nomadi journey for the Qataris. In G5 we explore the rituals and activities around the camp site and specify the identity the Qatari people as a product of their environment. p.22
In Galleries G6-G8 the subject from desert life changes to Life on the Coast. This is an important transformation and marked the changing of seasons. The Qataris would travel from desert to coast and live a new life with a change of environmental factors, food and activities.
Qatar in the World Building the Nation - The Historic Photographs
G8 - Building the Nation
Building the Nation - The
Life at Sea Pearling Boatbuilding Fishing and
G6 - Life on the Coast Vernacular Architecture
G6 - Life on the Coast
Everyday Life on the
Precious Pearls
Celebrations and Rites of
The Legacy of Al Zubara
Trade and the Souk
As you sit in the mezzanine in G5, you can look down at the coastline, a foreshadowing of the nomadic journey from desert to coast.
Boatbuilding Fishing and Pearling
p.23
G7 - Celebrating Life
Pearling
Gallery 6 explores the life of the pearler. This was an exceptionally important role of life. Physically difficult and dangerous, Qatari men would dive for pearls which they then traded throughout the world. The pearl was the primary income for the country, and it thrived from it. The pearl also signifies the chemical promincence
G7 - Celebrating Life
G8 - Building the Nation In this gallery, we begin the story of the transformation
of Qatar after the adoption of oil refining. G8 explains the formation of the state, the leaders, currency and how Qatar began to influence the globe.
p.24
p.25
p.27
Design is the challenge of intuitively interpretting the natural flow of a concept, while experimeting with the boundaries of an idea. The process of design is inducive as the product begins to emerge out of the page, slowly portraying the process embedded in it -a conclusion of the concept in a comprehensive expression of design.
p.28