W i l l i a m S uA r c h i t e c t u r a l
Portfolio
-
2006
to
2013
LineSync Architecture was selected as the lead architect for Mount Snow Ski Resort’s long term comprehensive master plan redevelopment. Phase one of this massive project focuses on the Carinthia Base Area, with the scope of work encompassing the design of a new base lodge, three large multistory slopeside residential buildings, residential unit layout, parking facilities, landscape planning, and multiple public amenities for residents and the community.
Rendering courtesy of PiXate Creative
Carinthia Base Area & Base Lodge LineSync Architecture Client/Location Mount Snow Resort West Dover, VT
G A
Brief Base Lodge - 35,000 SF Townhouse Bldg - 23,000 SF (12 Units) Residential Bldg - 130,000 SF (62 Units, Gym) Residential Bldg - 83,000 SF (40 Units) Pump House - 4,000 SF
F B
Base Area Site Plan
C
D
E
P Base Lodge Perspective
Scope of Work Schematic Design Design Development Consultant Coordination ADA Accessibility Design
A
COMPOSITE SHINGLES
A
METAL ROOFING Weathered Finish
B
VERTICAL SIDING Stain Color Range
C
WINDOWS Vinyl - Black Finish
METAL SHINGLES Porches & Accent
B
C
WINDOW SILL Accent Finish 8 9 10 11
D
D
CABLE RAILING AND CAP Balcony Handrails, Stain Color 6 on Posts & Framing, Spanish Cedar Handrails
No
Revision
Designed by
JC
Drawn by
LD
CAD checked by
Approv
Scale
Date
N/A
Project Title
Mount Snow Sk Phase 1 - Carint
Issued for
50% Design Development
Not Approved for Constru Drawing Title
Building Materi
E
Residential Building Exterior Finishes
E
Base Lodge Exterior Finishes
ROUGH SAWN SIDING Mill Sawn / Solid Milk White Finish
Material Key
B1010 14
B2010 7
C1010 8
C1010 6
B2010 6
C1010 7
C3
C-107
E-107
C-101
B2010 6
E-101
C3
C1010 9 D-109
C-102
A3
G2
D2
A3
E-102
D2
G2
C-103
D-101
D-107
C1010 5
C2
C2010 3
D-103
D-105
E-103 D-111
C-104
C2
E-104 D-108
C1010 4 C1010 2
C-108
C-106
C-109
E-110
C-110 D-106
D-110 D-102
E-105
C3
G3
C3
G3
E-106
B2
B2 B1010 4
C1010 10
C1010 1
B1010 24
E North
Residential Building CDE Front Elevation
Fold
Fold
B1010 24
G2040 1
E South
E-108
D-104
C-105
Residential Building CDE First Floor Plan
E-109
exterior
51' 10" 10' 5"
9' 10"
17' 2"
7' 4"
13' 1"
exterior 7' 4"
17' 5"
14' 10"
hall
12' 5"
ADA Bedroom
ADA Bedroom
Unit C3 Perspective 34' 11"
4' 10"
1, 2, 3
5' 6"
8' 4"
6' 6"
G
4' 3"
3' 7"
LINEN
1, 2, 3
10' 10"
F
4' 2"
1
A
B E C 1, 2, 3, 4
hall
10' 11"
2' 1"
3' 5"
4' 6"
11' 11" 2' 1"
12' 2" 1' 5"
D Unit C3 Location Key
Unit C3 Plan
The Chimney Hill Owners Association Clubhouse provides a community center for a residential development with over 500 home owners. In addition to remodeling many of the existing spaces with updated finishes, the design by LineSync Architecture includes a new ADA accessibl e entry, new gym, new assembl y room for large functions or gatherings, and new kitchen to support up to 300 guests.
Perspective of Proposed Additions
Chimney Hill Clubhouse Addition LineSync Architecture
Existing Conditions
Client/Location Chimney Hill Owners Assoc. Wilmington, VT Brief Gym Addition - 850 SF Assembly Room - 1,300 SF Deck Remodel Entry Remodel Locker Room Renvoation Pool Renovation Kitchen Renovation Scope of Work Schematic Design Design Development Construction Details Bid Documentation
Existing Conditions
Addition Sectional Perspective
4
5
4
7
7
3
1
2
12" TYP. Overhang
4.23
127' - 3" T.O. Ridge
2
SLOPE 2 : 12 4.3 4.18
1 R
R
4.16
R
4.15
8
4.23 108' - 8 1/2" T.O. 2nd Floor
C
C
4.21
C
4.2
101
4.13
100' - 0" T.O. Ground Floor
New Slab on Grade Foundation
98' - 10" T.O. Gym Floor
Assumed Existing Foundation
8
POSED
4.17
Second Floor Perspective Plan
96' - 10" T.O. Footing
4.17
North Elevation
A
4
6
B
4
C
D
7
7
G
F
E
12"
2
12
4.15
2
4.18
1
5
4.16
4.19
8.6
5
Q
201
8.5
Q
Q
4.15 4.23
3
108' - 8 1/2" T.O. 2nd Floor
SK-13
A
A
A
4.21
D
H
100' - 0" T.O. Ground Floor
8 Assumed Existing Slab Foundation
8
Assumed Existing Crawl Space 4.7
First Floor Perspective Plan
4.13 4.25
8.3 PROPOSED
124' - 8" T.O. Top Plate 118' - 8" T.O. Top Plate
8
8
127' - 3" T.O. Ridge
East Elevation
Assumed Existing Mech. Basement
4.19
Assumed Existing Crawl Space
4.19
98' - 10" T.O. Gym Floor
New Slab on Grade Foundation
96' - 10" T.O. Footing 4.17
D
F
E
Concrete
G
F
3.3
28' 3"
3 3.4
24' 4"
Extruded Polystyrene (XPS) Skirt
3' 0"
1
4.27
9' 0"
100' - 0" T.O. Ground Floor
5' 0"
1' 4"
4' 3"
2' 11"
9' 7"
Extruded Polystyrene (XPS) Skirt
98' - 10" T.O. Gym Floor
8' 5"
Existing ting CMU CM exterior wall
4
11' 3"
20' 1"
7' 5"
17' 3"
1' 4"
4' 3"
2' 11"
Interior Walls and Fixtures shown only for plumbing rough in 27' 4"
3.4
8' 8"
45' 8"
4.6 38' 9"
7' 0"
Concrete
8' 6"
52' 9"
Entry Addition Foundation Plan
Slope not to exceed 1:12
2 A3.2
4.26
Fiberglass Grate
4.13
2x4 PT Ledger Cementitious Stucco, Silpro or eq.
4" CMU, grouted w/ #4 Bar. Finish w/ Stucco 6" CMU, grouted w/ #4 Bar. Finish w/ Stucco Crushed Stone
24"
102' - 0" T.O. CMU
100' - 0" T.O. FF
SK-7
6"
4' 0"
16' 66"
Rampp not to exceed 1:1 1:12
9' 00"
5
SK-8
2' 0"
DN
5' 00"
2' 0"
1 A4.2
12' 9"
13' 10"
C
Weep Holes @ 16"O.C. Strux Fiber Concrete Additive, To replace Welded Wire Mesh FPSF Slab Rebar: #4 @ 18"O.C., all directions
4" perf. PVC drain pipe, holes facing down 4" XPS, Built out 48" within 96" of corners, 24" btw corners, seams lapped and sealed w/min. expanding foam 12" min. crushed stone under XPS Fiberglass Grate Entry Frost Protected Shallow Foundation & Ramp Detail and Perspective
2' 0"
Continuous Footing
3.4
Existing CMU exterior wall
2
Extruded Polystyrene (XPS) Skirt
4.4
12"
3
12"
Sprinkler Rough-In
10" 20' 10" 37' 9" Fire Suppression Supply, Coordinate with TriState, Architect and CHOA prior to placing concrete, Enter below skirt insulation
Gym Addition Foundation Plan
The village of West Swanzey, New Hampshire sought to renovate the historic and currently vacant Whitcomb Hall building into a premier event facility capable of supporting up to 250 people. The Whitcomb MultiHall proposal is a flexible space that allows for multiple configurations in order to support various events. The existing worn interior is gutted, while the historic clapboard exterior and overall timber structure is preserved.
Whitcomb MultiHall AIANH Young Architect Competition 2013
GUT EXISTING
ORIGINAL STRUCTURE + ADDITION
MULTIHALL
A small addition houses the bidirectional stage, which serves the main Auditorium, as well as the Event Lawn for outdoor events, performances, or screenings. Several large folding doors open and seal the Auditorium, Multipurpose Hall, and outdoor Event Lawn to each other, connecting, expanding, or separating spaces as needed. The exposed original roof structure and interior finishes create an open spatial quality that recalls Swanzey’s historic mills.
Section A-A
Section B-B
Section C-C
Section D-D
D
BIDIRECTIONAL STAGE
D
OPEN TO BELOW
B
A
B C
C
AUDITORIUM (156 REMOVABLE SEATS)
MULTIPURPOSE HALL
C
D
OUTDOOR SEATING AREA OFFICE BREAK OUT
BREAK OUT
KITCHEN
B
A
B
MAIN STREET Site Plan
Second Floor Plan
First Floor Plan
Philadelphia Recreation Centers are in the unique position to provide comprehensive services to the neighborhoods they serve and the environments they inhabit. However, the current facilities are often isolated from their surroundings with walls and fencing that inhibit interaction with community and environment. Philly Sprout breaks open the Tustin Recreation Center and engages it with its surroundings through a series of programmatic strategies that can be
Philly Sprout DVGBC SDC 2012 First Place Winner rain
TREE NURSERY MULTI-PURPOSE
CLASSROOM / LIBRARY
1490 SF
620 SF
MECH 330 SF
ARTS / CRAFTS
r ain
640 SF
NEW ROOF CANOPY
CROSS VENTILATION
OPEN
GARAGE DOORS
POST STORAGE HEAT PUMP
ACCESS LIFT
NEW ENTRY FRONT DESK 135 SF
NEW ENTRY STAIR
620 SF
DISPLAY GALLERY 175 SF
GAME ROOM 1086 SF
BATHROOMS 250 SF
GEOTHERMAL
repeated across the other 160+ Recreation Centers. These strategies promote the three main objectives of Improving Access, Connecting Community and Environment, and Education Through Participation. Complimentary processes and infrastructure integrate and synchronize social and natural cycles that occur on site, creating interactions that improve municipal services and also create healthier environments for the whole of Philadelphia. Group Member: Adam Lemire
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Second Floor Plan
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First Floor Plan
WINTER
1 GREEN HOUSE grow seedlings in pool
Rec r e a t io n C e n t e rs ar e among the most visible mu n i c i p a l b u i l d i n g s and la n d sca p e s in the city. Recr eation Cente r l a n d ma k e s u p a n astonishing 1.3%* of the total land area of Philadelphia. When added to par k la n d , 1 0 . 1 %* , ther e is huge potential t o c o n n e c t t h e c i t y o f P hil ad e lp h ia w it h envir onmental pr ocesses. Ev e r y t h i n g f r o m bird habitats, geothermal heating and cooling, community composting, and storm water management could be implemented on a city-wide scale.
2 ICE RINK
1
re-purpose basketball court
* land areas and map based on .shp files acquired from www.pasda.psu.edu
2
SPRING
1 DISTRIBUTE PLANTS promotes backyard veggie gardens and healthy food
1
2 FAIR / CIRCUS canopy erection over grid
2
5(&5($7,21
SUMMER
3$5.6
chlorine-free filtration
7867,1
2 VEGETABLE STAKES
1
2YHUEURRN
temporary baseball fence
3 FARMERS MARKET
2
%8,/',1*6
erect canopies
3
The Tustin Recreation Center was chosen for this investigation because it best exemplifies what were found to be the most common challenges for Recreation Centers city-wide.
Walls and fences present a blank face to the neighborhood. With only four entrances to the site, limited access discourages both planned and spontaneous uses.
AUTUMN
2
The Overbrook Neighborhood, like much of Philadelphia, does not have adequate access to environmental services such as Community Composting, Farmers Markets, and Micro-Energy.
1 ERECT GREENHOUSE 2 COMPOST LEAVES keep material local
1
3 FOOTBALL SEASON re-arrange fields
The current facility has a solid foundation, but simple fixes, such as taller operable windows, barn doors, and new entrances, can give new life to old spaces.
1 POOL OPEN
3
W as He te at W at er
Urban Environment
2
O2
Microalgae
Fo o
d
Microalgae Bioreactor
C O
Bi of ue
l
em is s
io ns
O2
Al
ga l
Bi om as s
Urban ShareFarming
Holland Tunnel - 100,000 cars per day Lincoln Tunnel - 120,000 cars per day Brooklyn-Battery Tunnel - 60,000 per day Queens-Midtown Tunnel - 80,000 per day
~100,000 cars per day travel thru Holland Tunnel
O2
The relationship between human/built ecology and nature is parasitic in makeup: that is, humans benefit at the expense of nature. All entities within an environment play defined and integral roles in natural ecosystems and the ecological production cycle. However, upon closer investigation of the urban environment as an ecology, one can begin to recognize the blatant disconnect that exists within the system, creating a large imbalance on account of continual consumption and waste production. It is possible to
SymbiantEcology B.Arch Final Project - Fall 2010 ~65,000,000 lbs CO2 per year exhausted in Holland Tunnel
~65,000,000 lbs CO2 per year exhausted in Holland Tunnel
2.3 lbs CO2 per day
.5 acres
2.3 lbs CO2 per day
1.10 lbs CO2 per mile
1.10 lbs CO2 per mile
1 acre 3.7 lbs CO2 consumed per day
39.5 m algae 2
1.5 acres 1 m2 of algae
79 m2 algae
2 acres
2.36 acres
118.5 m2 algae
158 m2 algae
3.7 lbs CO2 consumed per day 186.4 m2 algae
Algae biomass production ~100 g/m2 daily
~3,000 g/m2 monthly
236,722 g of fertilizer required to fertilize 1 acre monthly for a year
1 m2 of algae
rebalance and reconnect the built ecology through integration with the natural, creating a Symbiant Ecology by utilizing the existing resources and infrastructures found within the urban context/built environment. The proposed system seeks to insert itself into the urban ecological production cycle in order to re-seal the system by utilizing the Holland Tunnel Ventilation Tower as a site and source of CO2 for microalgae to re-appropriate exhaust gas and allow for the production of new resources of its own.
Overview Rendering
1.35 acres of Public Farmspace
197.3 m2 (2,124 ft2) of Algae Support Lattice
Rigid PVC Film Bladder Divisions PVC Film
2 acres
2.36 acres
3.7 lbs CO2 consumed per day
1 m2 of algae Airflow Stages
Car Exhaust Ventilation Tower
New York City
Fresh Air
Hudson River
Holland Tunnel Section
Site Plan
The design of this lightweight polycarbonate assembly system began with the creation of a single module that was able to grow in multiple directions as well as create structural depth when the modules are assembled. This led to the investigation of the herringbone pattern as a method of creating a corrugated, woven surface. Structural depth is achieved by alternating the direction which each unit folds, creating a multifaceted surface that
Polycarbonate Herringbone Surface System Fall 2010
Detail Rendering
takes advantage of the optical properties of the polycarbonate material. Further developing the system, by controlling the size and angle of the slots by which each module locks into one another, the overall form of the entire system can begin curve and take on a shape with an inherent structural integrity.
Module Assembly
Module Prototype
Unit Families
Partial Full-Scale Mockup
Section
Plan
Interior Renderings
The typical library is inefficient, inflexible, and incomprehensive - as a place of education in progressing culture, it is inadequate. Its successive levels of planar geometry compete with the linear system by which it operates - the Dewey Decimal Classification. The Kortrijk Library, originally designed by REX, redefines the library typology, producing a legible and linear means of programmatic arrangement, resolving itself formally as a spiralingvolume. Arelationship is generated between volume and surface, tangibility and
Kortrijk Central Library Design Development - Fall 2009
Section C-C
the idea, where functional spaces are succeeded by analogous resources. This cultivates a complete learning experience that forms a link between abstract and practice. Situated at the end of Kortrijkâ&#x20AC;&#x2122;s Cultural Axis, individuals approaching the Library are swept below and into the atrium, experiencing the building from the interior. The atrium - a cultural hub, located at the end of the Axis, is a culmination of culture, expression, and knowledge - an interior courtyard for a variety of public programs. Group Member: Kevin Oâ&#x20AC;&#x2122;Neil
999
200
100
000 999
Birdâ&#x20AC;&#x2122;s Eye Rendering
Concept Sketch
000
Spiral Concept Diagram
Kortrijk Central Library Kortrijk, Belgium REX - Architecture PC
Interior Renderings A 2 1 A. B 3 1 A. +5 ELEV
B 3 1 A. CLASSROOM M +3 ELEV
CLASSROOM LOUNGE
CLASSROOM
CLASSROOM O OM
LOUNGE
C 4 1 A.
LOUNGE
C 4 1 A.
+5.5 ELEV
A 2 1 A.
KevinO’Neil WilliamSu RPI School of Architecture Design Development 2009
+4 ELEV
+4 ELEV
Stack Level 400-700 Plan
LOUNGE
LOUNGE
LOUNGE
+6 ELEV
+4 ELEV
+4 ELEV
+3 ELEV
STUDY STUDY LOUNGE
LOUNGE
N
Date: 12/14/09 STUDY
A.4
Levels 400-700
1:200 Lounge Level 400-700 Plan
CLASSROOM
CLASSROOM
CLASSROOM
CLASSROOM
STUDY
1” x 3” Treated Wood Sleepers
5/8” Type X Gypsum Wall Board
Poured-in-place Concrete Corrugated Metal Deck
Enclosure
Perforated Corten Ceiling Panel
9 mm Corten Panel Steel Frame Insulated Glazing Unit
Exposure
Facade Diagrams
Roofing Membrane Metal Cap Double Treated Wood Plate
Rigid Foam Insulation Poured-in-place Concrete Metal Roof Decking
Steel Mullion Insulated Precast Concrete Panel Steel Beam
3/4” Tongue & Groove Oak Flooring
Indoor Carpeting
Thermal Insulation
Resin Paper
Cellular Rubber Carpet Pad
Vapor Barrier
3/4” Plywood Subfloor
3/4” Plywood Subfloor
Light Gauge Steel Framing 3/4” Plywood Sheet
1” x 3” Treated Wood Sleepers
1” x 3” Treated Wood Sleepers
5/8” Type X Gypsum Wall Board
Poured-in-place Concrete
Poured-in-place Concrete
Corrugated Metal Deck
Corrugated Metal Deck
Oak Ceiling Panel
Perforated Corten Ceiling Panel
9 mm Corten Panel Steel Frame Insulated Glazing Unit
RPI Scho Design D
Window Sill & Library Floor Detail Kortrijk KevinO
Date
N
Wa
Window Header & Lounge Floor Detail
A
Roof/Parapet Detail
Central
The original concept behind the design of this enclosure system was to use the operative word of â&#x20AC;&#x153;erosionâ&#x20AC;? as a technique to create openings such as windows and doors in a wall system. By laminating multiple sheets of plywood together and milling away layers to create openings, the concept of erosion allows for the creation of amorphous, non-rectilinear windows. After the initial conceptual design, the system was further developed and analyzed in greater detail in order
Eroded Apertures Material & Enclosure Design - Spring 2009
Scale Model Photos
for the enclosure to be practical and performative. Specifically, the enclosure was analyzed at full scale and redesigned in terms of the eight factors of Fluid, Light, Motion, Load, Pressure, Sound, Strength, and Temperature that all enclosures must address. The final iteration of the enclosure system maintains the initial erosion concept and performs as a rainscreen to effectively and efficiently deal with fluid and drainage that was lacking in the initial design. Group Member: Pat Sullivan
Floor Connection Detail
Roof and Window Header Detail
Full-Scale Wall Section Scan
Window Sill Detail
Base and Foundation Detail
Communal Space Rendering
Birdâ&#x20AC;&#x2122;s Eye Rendering
This complex located on Harvard Universityâ&#x20AC;&#x2122;s campus in Allston, MA was designed to integrate people of different income,orientation,andculture. Through the development of an initial courtyard layout, a curved enclave was created, which provides opportunities for interaction among the residents, people in the complex, and from the outside. Elevating the landscape of the court provides for an ambiguous experience upon entering the site, while still allowing people to feel a connection with the larger urban fabric. This landscape
Integrated Lifestyle Housing Complex Fall 2007
Longitudinal Section
connects directly with the second level reading room, day care, and exterior spaces. The separate, straight volumes seen on ground level progress upward as the building picks up curvature and becomes more permeated. Each unit is regularly spaced, allowing the amount of curvature to dictate the size of each unit. A 3D communal space is also created on this upper level which provides a more intimate interaction between residents. Group Members: Christina Candella, Kristin Diotte, Julie Solomon
Residential Units
Public Space Residential Units
Day Care Center
Commercial Space
Public Space Unit Plans
Volumetric Organization
Winter Afternoon
Cattails
Personal Digital Photography 2010-2013
Arapahoe Basin, Colorado
Rheinfall Kiosk, Z端rich
Wear and Tear
First Tracks
William Su (718) 551 6571 Su.William9@gmail.com Cheers.