richard malone cv & work samples
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EDUCATION+
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EXPERIENCE
HONORS
COMPUTING
COMMITTEES
REFERENCES / PORTFOLIO
RESEARCH
RichardMaloneArchitectural Designer
327 Baynes St.Buffalo NY 14213
rjmalone88@gmail.com 315-778-8957
State University of New York at Buffalo [ 2012 - Present ] Master of Architecture, NAAB Accredited, 2-Years.
State University of New York at Buffalo [ 2006 - 2010 ] Bachelor of Science in Architecture, NAAB Accredited, 4-Years.
General Brown Jr./Sr. High School [ 2002 - 2006 ]Advanced Regents Diploma, National Honors Society Member
Bernier Carr & Associates PC Watertown, NY [ 2010 - 2012 ] Served as an Architectural Designer, Project Manager, and Project Architect, Worked on several projects from schematic design through construction.
Bernier Carr & Associates PC Watertown, NY [ 2007 - 2010 ]Internship - Worked closely with clientel on many residential, civic and K-12 educational projects.
High Academic Excellence [ 2012 ] State University of New York at Buffalo.
Skerker Academic Scholarship [ 2012 - 2013 ] State University of New York at Buffalo
Cum Laude [ 2010 ] State University of New York at Buffalo
2010 Sustainable Design Competition Delaware Valley Green Building Council Peoples Choice Award Recipient 100 + Entries
Northern New York Builders Exchange Scholarship [ Fall 2006 ]
BSA Eagle Scout [ 2006 ] Troop 55 Dexter, NY
National Young Leaders Conference [ Fall 2005 ]Nominated & Attended One Week Conference, Washington D.C.
Power Shift New York Buffalo, NY [ Spring 2010 ]Guest Speaker on Sustainable Design, Solar Research
Columbia University / Parsons New York, NY [ Spring 2010 ]Guest Speaker on Independent Research, Biomimetic Systems
Adobe Suite CS6 ( PhotoShop, Illustrator, InDesign ) Microsoft Office ( Word, Excel, PowerPoint ) Revit, AutoCAD, Ecotect, Radiance, Rhinoceros, Grasshopper, SketchUp, Vray Laser Cutter, CNC Tool Path, RhinoCam, PlasmaCam, 3d Printing Newforma
Associate, A.I.A. [ 2012 - Present ] Central New York Chapter
U.S. Green Building Council [ 2011- Present ] LEED Green Associate, GBCI Member
Buffalo Architecture Foundation [ 2013 - Present ] Student Board Member
Available upon request.
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DELAWARE VALLEY GREEN BUILDING COUNCIL BICYCLE TRANSIT CENTER COMPETITION
UNIVERSITY AT BUFFALO, SPRING 2010 PEOPLES CHOICE AWARD RECIPIENT
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CY NERGISTRANSITERMINAL suturing Buffalos cycling pathwaysS[c]ynergist nounPhysiology, Medicine/Medical. a body organ, medicine, etc., that cooperates with another or others to produce or enhance an effect.
Bicycling is a simple and efficient means of transportation, but over the past decade cycling has shown little sustainable growth in the USA. With an energy and environmental crisis on the horizon, conserving our natural resources is a top priority. This proposed bicycle transit center, located in the heart of Buffalo NY, aims to revitalize the activity and utility of bicycle transportation. The proposal also undergoes several stages of morphogenisis, reacting and adapting to specific climate conditions. As a means to conjure feelings of necessity, the Cynergist Transit Terminal is structured and organized to emphasize the fluid motion of hundreds of cyclist. The design scheme prevents congestion by implementing strategic pathways that lead you directly to your destination. The Terminal is a place designated for perpetual motion, similar to the worlds largest transit facilities including, New Yorks JFK airport, Grand Central Station, and Port Authority.The project draws upon natural systems for solutions to organize program and detail. In particular looking at human anatomy and muscular structure. The form is comprised of three interlocking strands that emphisize linear direction.
Foundation detail
A
AFoundation detail A-A
Building Plan
Circulation
Main Street Elevation
Structural Framing
Climate, lifestyle
Natural Ventilation Renderings / Views
Details
Solar RadiationSite Analysis0
25
25
50
100
0100
50 300
Park Bus, Subway
Exterior Glazing
Average hourly rate of sun exposure
pulic
mix
private
Residential
3rd level
South-West winds
-3/4 bamboo flooring-1/2 subfloor-2 concrete slab w/ -3 metal decking-3 anchor bolts- metal seismic plate-1/2 building fabric
- polycarbonate translucent panels- 2 rigid insulation- 12 Glu-laminated beam- exterior metal decking
- Interior low-e glass- 3 metal window mullion- Tension rod, oper-able frame- open position
- closed system allows for flow of warm air, being recirculated into the building
2nd level 1st level
bicycle path path building intersection
building
pedestrian circulation
new bike path
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Shoshone Park
Shoshone Park
McCarthy Park
building site boundary
Mai
n Str
eet
Mai
n Str
eet
NFT
A S
UBW
AY
Mai
n Str
eet
10+ 8 46 2 1 >1
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4
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36
A A
e1
1
1
1
Retail
Entry / lobby
Cafe
Gallery / Exhibit
Advocacy
Library
Classrooms
Open seating
Offices
Conference
Mechanical
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77
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Bicycle storage [286]
Locker rooms [188]
Bicycle repair
Testing facility
Gym
Bicycle entry
Bicycle path
Lounge / meeting
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entry, exit
Bike Pathways
Path + Structure
View 18 [interior bike path]
exterior entry off Main streetWireframe geometry of interior
interior night render
Floor Levels
Earth Excavation
Complete Building
100-0
109-6
0
2 16
256
118-6
128-0
BICYCLEBICYCLEBICYCLE
RETAILRETAILRETAIL
EXHIBIT, OFFICEEXHIBIT, OFFICEEXHIBIT, OFFICE
Section A-A
Double skin, openDouble skin, closed
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0 8
18
Being situated on one of Buffalos most trafficked streets the challenge arises to separate pedestrian circulation from heavy car-flow. This proposal confronts this issue by reconnecting several nodes of pedestrian access that are now disconnected by Main Street. Through an implementation of new pedestrian and bicycle pathways neighborhoods, parks, subway and bus stops are unified by a central terminal.
Site conditions such as annual solar radiation play a large role in determining the orientation and design of the building. This illustration depicts the exterior glazing of the building based on the solar radiation. In order to prevent excessive heat generation on the double skin facade this analysis was used to provide locations for photovoltaics and a fritted steel screen system. Dark red / red = PV, Orange and yellow = Cor-ten screen, Green / Blue = Low-E glass.
On the site the average wind direction throughout the year is predominantly from the south west. Also the topography intensifies the wind acting as a funnel along the streetscape of Main street. The building design intends on utilizing the natural source of wind for necessary ventilation throughout the year.
Several Leed classified materials are used in the building construction. As a building encouraging cycling and a healthy lifestyle, it is also a main priority that it uses and displays green materials. From the building foundation to the double skin facade unique green applications and strategies are applied. In the perspective section above notice the mechanical space below the floor which houses duct work, piping and electrical conduit.
integrated into the first and second floor lies a geothermal radiant flooring system which utilizes the heat of the earth, then circulating this moderately warm water through a series of thin tubes. This method not only reduces the cost of heating but also more efficiently heats the space.
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- Diamond shaped panels of one modular size.
- There are three differing panel applications, PV integrated, Cor-ten screen, and Low-E glass.
- structure is site cast reinforced concrete - concrete is tied into the building glu-lams
- There is a structural symbiotic relationship with the path and the building
- Main building structure comprises of Glu-laminate beams elliptical in geometry.
- They also structure the concrete pathways, which in some instances bridge the gap between the three buildings
- Three main floor planes that constantly shift heights. - Each floor can be accessed by either the bike pathways or through interior passages.
- two stair cases connect the bike platforms to offices and retail.
- all building codes were heavily analyzed
- Three main forms which intertwine physically and programmatically - integrated bicycle pathways along outer perimeter and inner core of building
- some pathways cut through the building forming an open passageway to the opposite side
- some portion of the earth is excavated by the cutting of the pathways.
- The paths meander between spaces above and below, inside and outside
- Functional versatility, in summer months the transit center operates for bicyclists and runners.
- During the winter months snow accumulation allows for open bicycle paths to become cross-country ski trails
- year-round usage encourages a healthy and athletic lifestyle
- the centralized location promotes all sustainable modes of transit, all year round.
A two layered wood Glu-laminated structural system, firstly is a 12x12 and cross bracing this system is a 6x6 Glu-Laminated beam. Both work in unison to provide the main structure for the floors and the double skin.
1xbike body muscle
region city
orientationcirculation
site
building
10x 100x
Conceptual evolution
Sustainability
Function
Sustainability + Materials
PhotovoltaicsAs a means to reduce electricity usage of lighting and mech. ser-vices pv panels are integrate on the exterior facade
Reclaimed PineThe main Glu-Laminated struc-ture is composed of recycled pine timbers. This material is found close to the build-ing location
Bamboo Flooringone of the most sustainable prod-ucts on the market due to its quick regeneration, a widely used renew-able product
Recycled Aggre-gateMade from previously used concrete, crushed and filtered and then reused as new aggregate.
Cor-ten AZPActing as a solar screen, provides shading, recycled product, no staining, improved solar reflectivity
Recycled GlassLow-E glass panels are inte-grated on both sides of the double skin facade, made from recycled materials
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MATERIAL CULTURE RESEARCH GROUPREINVENTING METAL & CONCRETE STRUCTURES
UNIVERSITY AT BUFFALO, FALL 2012
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SECTION A-A
"81 =1'-0"0 5 15 FT.10
T.O. ROOF
T.O. PLATFORM
138
88
135
2012
270
118
T.O. PLATFORM
GRADE
110
100
T.O. PLATFORM106
T.O. PLATFORM110
GRADE100
SECTION B-B
SECTION C-C
"81 =1'-0"0 5 15 FT.10
"81 =1'-0"0 5 15 FT.10
T.O. ROOF
T.O. PLATFORM
138
118
T.O. PLATFORM
GRADE
110
100
T.O. ROOF
T.O. PLATFORM
138
T.O. ROOF150
118
T.O. PLATFORM108
T.O. ROOF122
T.O. PLATFORM
GRADE
110
100GRADE
100
T.O. PLATFORM106
T.O. PLATFORM110
T.O. PLATFORM130
T.O. PLATFORM150
GRADE100
846
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80
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148
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MR. & MRS. DOE RESIDENCE, OGDENSBURG, NYPARTIAL SAMPLES OF SCHEMATIC & CONSTRUCTION DOCUMENTS
BERNIER CARR & ASSOCIATES, FALL 2008
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NORTH ELEVATION
EAST ELEVATION
SOUTH ELEVATIONWEST ELEVATION
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SUNY PLATTSBURGH, HAWKINS HALL RENOVATION PROJECTCEILING PANEL DESIGN
BERNIER CARR & ASSOCIATES, 2011
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MEXICO MIDDLE SCHOOL RENOVATION PROJECTSOUND BOOTH BALCONY, ALTERNATE PROPOSAL
BERNIER CARR & ASSOCIATES, 2011
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Doe_residence_compiledCDset.pdfA-1-layout copyA-2-layout copyA-3-Work copyC-100-layout copy
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