Guy Tanguay Vigneau Graduate Portfolio

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ARCHITECTURE PORTFOLIO

GUY TANGUAY VIGNEAU M.Arch UMass Amherst spring 2019


GUY TANGUAY VIGNEAU

gvigneau@umass.edu 508.254.8340 11 Bengtson Lane, Millbury, MA, 01527 EDUCATION 2017-2019

University of Massachusetts Amherst Masters of Architecture

2013-2017

University of Massachusetts Amherst Bachelor of Fine Arts in Architecture Building and Construction Technology Minor Art and Architecture History Minor

EXPERIENCE 2019

2016-2019

2017-18

2015-2016

UMass Amherst Research Assistant High-Performance Facade Research Assistant advisor: Ajla Aksamija - aaksamija@umass.edu Consigli Construction Co. Virtual Design & Construction Intern (Building Information Modeling) advisors: Jack Moran - jmoran@consigli.com / Alicia Cox - acox@consigli.com UMass Amherst Graduate Assistant Design Building Digital Fabrication Lab Teaching Assistant advisors: Caryn Brause - cjbrause@umass.edu / Ray Mann - rkmann@umass.edu UMass Amherst Landscaping Architectural Landscaper UMass Amherst Residential Services

ENGAGEMENT 2018 2017-2018

Amherst, MA Bandshell Competition (Collaboration with Coldham & Hartman Architects) Award - People’s Chocie Award Digital Fabrication Lab Training Teacher - Laser Cutter Training Sessions for Undergraduate Students

2017

Western Massachusetts AIA Scholarship 2017 Award - Student Scholarship for Design Work

2017

Undergraduate Seismic Competition (Team - UMass Amherst) Ranked 5th Place for Architecture Design American Institute of Architecture Students Member - UMass Amherst Chapter

2013-2016 2015

UMass Amherst AIAS Kiosk Competition Award - 1st Place Design

2014

Commonwealth of Massachusetts Award - Governor’s Citation for Lifeguarding Achievement

SKILLS Autodesk: Revit/AutoCAD/Navisworks Adobe: Illustrator/Photoshop/InDesign 3D Modeling: SketchUp/Rhino/DesignBuilder Digital Fabrication: Laser Cutting/3D Printing/CNC Router/Vaccum Former Rendering & Animation: V-Ray/Lumion/Fuzor Visual Programming: Dynamo/Grasshopper


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passive housing for all pelham crossing chicago courtyard chicago courtyard details integrated bandstand the wave


Passive Housing for All Design Competition Fall 2017 The Burts Pit Road affordable housing project in Northampton follows the design principles of a passive solar building. By orienting the housing units to the south, we take full advantage of the the sun’s energy to help heat and cool living spaces. A thermal mass at the base of the building stores energy during the day and that energy is released at night, keeping the units warm. A large roof overhang protects against too much solar gain during the summer months and a northern facing clerestory window increases ventilation. Passive solar design strategies limit energy usage and lower heating and cooling costs throughout the year.

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5


public private

indoor

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outdooor


mass 1 bedroom - 800 sq ft 2 bedrooms - 900 sq ft 3 bedrooms - 1000 sq ft

orient Rotate the three units towards the souther sky and elongate southern + northern facade to maximize solar gain.

place Set back housing from site boundary to increase front yard size and avoid rain gardens. Add a second level to the three bedroom unit and attach one the bedroom unit forto the front to create a more cost-efficient floor plan.

adapt Pull southern + northern windows out to frame views and increase volume of the interior. Pull roof up to a 15 degree angle to increase the potential of solar panels and punch in northern clerestory window to increase natural day-lighting.

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site plan scale 1/64�=1’

summer solar panels winter cross ventilation

roof overhang continuous thermal barrier

high performance windows thermal mass

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passive solar design


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south elevation scale 1/16”=1’ spring equinox 10 am

north elevation scale 1/16”=1’ summer solstice 5 pm 10


east elevation scale 1/16”=1’ spring equinox 10 am

west elevation scale 1/16”=1’ fall equinox 11 am 11


longitunial section scale 1/16”=1’

level 1 scale 1/32”=1’ 12


latitudinal section scale 1/16”=1’

level 2 scale 1/32”=1’ 13


Pelham Crossing

Pelham Center Proposal Fall 2017 Pelham Crossing is a sustainably designed community that is focused on creating a sense of place for the small town of Pelham, Massachusetts. It was critcal to the design that a community village be formed for members of the public to visit and enjoy. Twelve townhouses that are divided into, one, two, and three bedroom units provide housing for people of all demographics and socio-economic backgrounds. The townhouses encapsulate a village green that has been designed to connect community members to the surrounding environment. A mixed-use commercial building is also located on the eastern portion of the site at the intersection of Amherst Road and North Valley Road. A busy intersection makes it possible for small businesses to grow by attracting bypassers into Pelham Crossing. The mixed-use building will include a market and cafe, restaurant and bar, several retail spaces, and six, one-bedroom apartments. existing conditions

The building zone is selected based on the existing conditions of the site. Setback boundaries and a steep slope force the building to be placed on the eastern portion of the site.

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adaptive massing

An adaptive mass reacts to the site restrictions to create a central “village green� for the town of Pelham. Views to the west are provided along with a pathway to Amethyst Brook below.

staggered housing

Staggered housing units run parallel to the site boundaies and slope down a hillside. Units run northto-south to take full advantage of the sun’s energy for passive heating and cooling purposes.


pelham crossing

Three housing units are formed into a single townhouse; one bedroom, two bedroom, and three bedroom. Each are provided with views to the north and south. A three bedroom unit is provided with a roof garden.

pelham village townhouses

A mixed-use commercial building is extended to the east and rotates towards the south to run parallel to North Valley Road. This move helps connect Pelham Crossing to the landscape and to the road.

adaptive facade

Pelham Crossing is orientated on an axis with relation to the sun. To increase the amount of daylight, the facade is pushed to the south-east and north-west. A dynamic building facade is formed and is emphasized through materiality.

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pelham village townhouse units 1 one-bedroom unit 2 two-bedroom unit 3 three-bedroom unit 4 roof terrace

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1

level 1 scale: 3/32�=1’

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2


3

3

4 1

level 2 scale: 3/32”=1’

2

level 3 scale: 3/32”=1’

south elevation view from Amherst Road scale: 1”=10’ 17


axonmetric section pelham crossing

north elevation view from Amherst Road scale: 1”=10’ 18


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Chicago Courtyard at Cabrini Green Chicago, IL Spring 2018 The ‘Chicago Courtyard Building’ was a design scheme used in housing developments for the city of Chicago in the early 1900’s following the ‘Great Chicago Fire’. It became very popular because it provided multiple means of emergency egress, which was a major concern for large housing projects. The signature U-shape provides an abundance of sunlight to all residents and easy access to a courtyard at the center. The courtyrad was used as a community gathering space and it helped to increase the flow of fresh air into apartment units. This ‘Healthy Living’ proposal blends the vernacular of the Chicago Courtyard with a contemporary design approach that also integrates sustainable strategies to improve the lives or residents at Cabrini Green.

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Cabrini-Green Healthy Living Housing Development

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Chicago, IL

Program + Code Analysis

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Co Re mm sta un ura ity nt/ Sp Ca ac id) fe e

Co Stu dio

Chicago Building Code Analysis:

1B

ed

roo

2B

400 SF

Occupancy Classification

ed

m 600 SF

roo

3B m

ed

-W ork

roo

ing

m

900 SF

rvi

(M

1,200 SF

2,000 SF

2,000 SF

ce

/C

irc

ula

tio

n

2,000 SF

Gro ce ry Sto re 3,000 SF

Se

nio

rC

en

ter

3,000 SF

Da

yca

3,000 SF

re

Co -W ork ing (Lo w)

4,000 SF

ee

nS

pa

ce

He alt hC lin ic

5,000 SF

4,000 SF

20,000+ SF

Type

R - Residential

Residential Group

R-2 Aparment Homes

Cabrini-Green, Chicago, IL

Scale: 1”=100’

Residential

Type of Construction

Type IV - Heavy Timber Frame

50,000 SF EACH x 5

Community

Emergency Egress

Support

< 200’

7,700 SF Footprint

Egress Staircase

11” Tread 8” Center Gap 48” Landings

Accessible Routes

23,000 SF EACH x 20

1:12 Slope Door Width >32” Door Height >80”

10,000 SF Footprint

Elevators

Door Width > 36” Door Width (Centered) > 42”

17,000 SF

Size

Support

Low-Rise

Scale: 1”= 64’

Support 3% 17,000 Total SF

Scale: 1”= 64’

Low-Rise 63%

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Scale: 1”= 64’

Lo Mi Su wd-R pp Ris ort ise e( (1 (5 3L Le L eve eve vel ) ls) ls)

Mid-Rise 34% 460,000 Total SF

Scale

Existing Roadways are preserved to allow vehicles and public transit connections to the rest of the city. Green spaces are preserved to provide recreational areas for residents and the location of development is selected based on existing conditions.

17,000 SF Footprint

Mid-Rise

250,000 Total SF

Site

Massing The building footprints are placed withn the ideal development location. Midrises are located at the north end of the site so that low-rise buildings are not shaded, thus maximizing daylight into all buildings.

‘Chicago Courtyard’ This familiar style is reinvented for a contemporary use at the site of Cabrini Green. The design provides each housing unit with plenty of sunlight, access to green space, and natural ventilation. An elongated southern facade improves passive design strategies.

Adapt A series of variations using the Chicago Courtyard style are created to help integrate the design into the landscape. This variation has entrances that face towards the center of the courtyard. Green spaces are created between buildings and connected by pathways.


Cabrini Green Site Plan

Scale: 1/200”=1’0”

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Mid-Rise North Elevation

Scale: 1/32”=1’0”

Mid-Rise South Elevation

Scale: 1/32”=1’0”

Mid-Rise Longitudinal Section

Scale: 1/32”=1’0”


Mid-RiseWest Elevation

Scale: 1/32=1’0”

Mid-Rise East Elevation

Scale: 1/32”=1’0”

Mid-Rise Latitudinal Section

Scale: 1/32”=1’0” 25


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Mid-Rise Level 1

Scale: 1/32”=1’0”

Mid-Rise Level 2-5

Scale: 1/32”=1’0”


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4

7

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2 6

3 4

2

3

5

5

8

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Facade Section

Sustainable Design Strategies

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Concrete Masonry Units (CMU)

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Passive Design Orientation

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Air Cavity

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Cross Ventilation

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Vapor Barrier

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Radiant Floors

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Batt Insulation

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Green Roof

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Cross Laminated Timber (CLT)

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Rainwater Collection System

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Balcony

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Cross Laminated Timer (CLT)

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Operable Window/Door

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Vertical Louvers

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Green Roof

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Permeable Pavers

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Integrated Bandstand

at Amherst Common with Coldham & Hartman Architects Fall 2018 (People's Choice Award)

The Amhserst Business Improvement District (BID) formed a design competition to solicit ideas for a new Band Shell/ Outdoor Performance Structure on the Amherst Common. The goal was to select a preferred design and then find the funds to construct the Band Shell in a timely manner. The proposal would be subject to full design review and permitting by the Town with a final decision being made by the Town Council. In this design, the Integrated Bandshell would be built into the landscape of the town common. This project was a collaboration with Coldham & Hartman Architects of Amherst, MA.

Amherst Common Site Plan

Accessible Walkways Scale: 1”=200’

Bandstand Section

Roof Skylight Roof Planters with Drainage

Glass Gaurdrail

Stage Lighting

Sidewalk Bench Acoustic Plaster Interior Uplighting 32

Bluestone Pavers

Scale: 1/32”=1’0”


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the Wave

at University of Massachusetts Amherst Fall 2018 The University of Massachusetts is interested in expanding their existing Recreation Center to include a new aquatics facility. This project titled "the Wave" is a design proposal that offers an olympic-sized swimming pool with a diving well, a cafe and aerobics training facilities. In this design the concept was to seperate the circulation and program into two volumes that would intersect eachother, thus creating the concept of "the Wave". From the exterior, an understanding of the building and its programatic elements are revealed to draw people into the strucutre or to the center of the UMass Amherst campus.

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CIRCULATION PROGRAM

CIRCULATION PROGRAM

Site Plan 1/32”=1’0”

South Elevation 1/16”=1’0”

West Elevation 1/16”=1’0”

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East Elevation 1/16”=1’0”

North Elevation 1/16”=1’0”


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GUY TANGUAY VIGNEAU M.Arch UMass Amherst gvigneau@umass.edu 508.254.8340


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