Matthew L Borner
Undergraduate Architecture Portfolio Tel. 315-941-1407 email: mlborner@gmail.com
Matthew L. Borner
Tel. 315-941-1407
email: mlborner@gmail.com
PROJECTS LONDON BRIDGE
LONDON, ENGLAND
15 CLINTON SQUARE
SYRACUSE, NEW YORK
SERENITY WELLNESS CENTER PLASTIC WATERFALL PERSONAL WORK
LONDON, ENGLAND
NEW YORK, NEW YORK
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4-13
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14-27
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28-39
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40-49
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50-57
LONDON BRIDGE The future. A depiction of what is to come and what will with certainty come to pass. This studio gave me the opportunity to rethink a previous project and speculate upon its future existence. Through the scope of speculative realism I reimagined a piece of infrastructure. The bridge. An ever evolving typology of the London urban landscape. For this reimagination I postulated that in 2064 London bridge infrastructure can be created with the use of drones. Autonomous construction of these bridges would provide a certain rigidity to the ever changing landscape of the Thames River.
Prof: Micheal Young
RENDERING ITERATIONS
DRAWING ITERATIONS
SECTION STUDIES
SECTION STUDIES
FINAL MODEL
15 CLINTON SQUARE Located on the corner of Montgomery Street and Washington Street, the tower rises out of an intersection of both major city zones and axises. Flanking Syracuse City Hall and major civic buildings, a short walk from Armory Square,and on axis with the major public spaces of the city 15 Clinton Square is designed as a crossroads of city culture giving Syracuse what it is lacking. A major public space opposing city hall which creates fluidity amongst the urban spaces of downtown Syracuse.
Prof: Bruce Abbey Done in collaboration with Matthew Bunis
PLANS N GROUND FLOOR 7
FIRST FLOOR 6
5
4
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1
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0
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1
0
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F
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G
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I
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UP
UP UP
UP
UP
UP
UP
PLANS N FOURTH FLOOR
THIRD FLOOR 7
6
5
4
3
2
1
0
7 A
B
C
D
E
F
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I
6
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PLANS FIFTH FLOOR
7
N 6
5
4
3
2
1
RESTAURANT
0
A
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C
D
E
SIXTH FLOOR 7
6
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4
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2
1
0
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B
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E
7
6
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1
0
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B
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E
7'-6"
8'
3" 8'-54
3" 2'-84
3" 4'-44
1" 74 1" 3'-44
3" 4'-44
1" 3'-14
2'-6"
6
6'-51 8"
7'-6" 55 8" 9" 6'-1116 1" 2'-616
3" 17'-114
2'-10" 1" 10'-14
7
17'-111 16 "
18'-9"
2'-6"
N
13 " 18'-116
1" 7'-3 2
7'-6"
1 22"
7 " 8'-716
3" 101'-016
PLANS 104'-57 8"
5 4
UPPER FLOOR
1" 15'-84
3 2 1 0
A
B
C
1" 3'-72
D
E
West Facade Detail Section
N
Scale 1”:1’
WEST FACADE DEATIL SECTION
Double Paned Low-E Glass
Operable Shading Device
Window Mullion Facade Panel Structure 3 Form Facade Panel Air Pocket Exterior Gypsum Sheathing Insulation Impermeable Membrane Structural Cast in Place Concrete Steel Angle
N
IO
CT
SE
T
CU
Flooring
Steel Diffuser Grate Pressurized Air Supply Plenum
Variable Air Volume Box Sub Floor Supports Plenum Partition
Fire Proofing Structural Steel Beam W 16 x 31 Structural Steel Decking Ceiling Hanger
Ceiling Wooden Ceiling Component
Return Air Duct
SECTIONAL PERSPECTIVE N/S CUT LOOKING WEST
STRUCTURE Dead Load Analysis Bending Moment
Axial Force
Beam Systems Loaded Structural Frame
Structural Frame
Columnar Systems
Live Load Analysis Bending Moment
Axial Force
Loaded Structural Frame
Shear Force
SECTIONAL PERSPECTIVE N/S CUT LOOKING WEST
Water Control Membrane Parapet Flashing Tapered Rigid Insulation
Parapet Detail
Southern Facade Sectional Perspective
Steel Angle Wooden Frame Support Rubber Sealant
3 Form Facade Panel Facade Panel Structure Exterior Gypsum Sheathing Air Pocket
Eastern Operable Shading
Air Transition Membrane Impermeable Membrane Insulation Gravel
Roof Membrane Plywood Backer Rod Steel Angle
Structural Cast in Place Concrete Structural Steel Decking Fireproofing Structural Steel Beam W 16 x 31
North
15’ East West Sun
Louvre Curtain Detail Structural Cast In Place Concrete Structural Steel Decking 3 Form Facade Panel Facade Panel Structure
Vertical Sun Shades
Exterior Gypsum Sheathing
On The Southern Side
Insulation
Of The Window Bays
Air Pocket
Activate for Solar
Curtain Wall Column
Protection While
Ceiling Hanger
Allowing Daylight
Fireproofing
Into The Offices
Structural Steel Beam W 16 x 31 Carpentry Header Support Aluminum Framed Entrances And Storefronts Steel Angle Air Transition Membrane Ceiling Wooden Ceiling Component Double Paned Low-E Glass 5’
7.
Hydraulic Tilt Mechanism Operable Louvre
Southern Operable Shading Southern Sun
North
Green Roof Detail
Stone Cap Tapered Rigid Insulation Aluminum Framed Entrances And Storefronts Rubber Sealant Steel Angle 18” Substrate Soil 3 Form Facade Panel
15’ Horizontal Sun Shades On Top of The Header Of The Window Bays Activate for Solar
Facade Panel Structure
Protection While
Exterior Gypsum Sheathing
Allowing Daylight
Insulation
Into The Offices
Air Pocket Vegetation Free Ballast Flexible Flashing Water Control Membrane 3/8” Filter Mat 4” Drainage Mat 3/8” Moisture Retention Mat Insulation Bonding Adhesive 40mm Root Stop Mat
Structural Cast in Place Concrete Structural Steel Decking Fireproofing Structural Steel Beam W 16 x 31
5’
7.
Conference Room View
Atrium Stair View
Restaurant View
Roof Garden View
Study Models
Final Model
Final Model (LIT)
Model Details (LIT)
SERENITY WELLNESS CENTER This intervention along the Thames River seeks to bring together the London Philharmonic and the Marie Curie Cancer Care Center to create a unique series of public and private spaces with a multiplicity of functions. The first of which is to extend the public enfilade along the South bank whilst creating a new concert venue and an extension of the cancer care center itself. Which will embody the theories behind sensory healing techniques.
Urban Sensorium
Physical Healing
Sensory Healing
Prof: Lina Vassillev Done in collaboration with Ryan Williams
CONCEPT COLLAGE
SITE PLAN
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WIND
An aesthetic proposition
AXONOMETRIC VIEW
SKETCHES &
Renderings
FINAL MODEL
PLASTIC WATER FALL This waste tech facility has the ability to inhibit the reuse of plastics for the community. By creating areas of recreational space for the public the invloves the reuse of plastics for materials and synthetics, the facility has the unique ability to engage whilst educating the public. The processess by which we can reuse these plastics are utilized in the community spaces in order to facilitate unique public interaction. The vertical spaces created by aligning a wall that derives itself from the bridge parallel to the site allows the community primes views Manhatten, Queens, and the Hudson River.
Prof: Lydia Kallipoliti Done in collaboration with Annie Ray
SECTION 1
Facade Development
SECTION 2
REFLECTED
Site Plan
WIND
N
N
THERMAL DISTRIBUTION
Heating and Convection Flows
FINAL
Render
SUMMER WORK
SUMMER WORK
PHOTOGRAPHY
FIELD SKETCHES
THANK YOU
Matthew L. Borner
Tel. 315-941-1407
email: mlborner@gmail.com