M.Arch & B.Arch Portfolio

Greg Stacy M.Arch University of Oregon • University of Utah

Contents

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Architectural Projects 2014-2017

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Research Based Projects 2015-2016

1.01 Hybrid Domains - Competition University of Oregon Graduate Spring ‘16

2.01 Ordway Airport - Urban Design University of Utah Undergraduate Summer ‘14

1.02 Decentralize - Urban Design Thesis

2.02 [Hu] Mangroves - Environmental Design University of Oregon Graduate Winter ‘15

University of Oregon Graduate Fall - Spring ‘16 - ’17

1.03 The Narrows - Adaptive Reuse University of Utah Undergraduate Spring ‘15 1.04 Restoring Resor - Competition University of Oregon Graduate Spring ‘16

1.05 Lane Market Hall - Community Design

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Non-Architectural Work 2010-2016

3.01 The Eddy - Furniture Piece University of Oregon Fall ‘16

University of Oregon Graduate Fall ‘15

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HYBRIDIZE ME CAPIN!

1.01 Hybrid Domains Hybrid Domains was a selected winner for the ACSA “Timber in the City� competition in 2016. The competition called for an Andy Warhol Museum, Essex Street Market addition, and various housing types constructed of heavy timber. Hybrid Domains used CLT, LVL, and glulam post and beam as a foundation to create a collage of multiple structural systems dependent on programmatic forces.

2nd Place Timber in the City competition in 2016.

Project Team: Michael Meer, Alex Kendle, Ben Wright

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Site Plan addressing the site forces that create a collage of program and form.

Hybrid Domains is located In the lower east side of Manhattan on the site of the proposed lowline project. The programmatic elements in Hybrid Domains were strategically located in response to the surrounding districts and demographics. By collaging these forces together the building becomes an accessible gateway to the surrounding community.

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Modular Truss Post + Beam

Museum Housing

Market

Essex Market Transit Station Lowline Entry Plaza

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Post + Beam Glulam Structure

Intersecting Glulam Structure

CLT Floor Plates

Glulam Secondary Structure

Primary Wooden Truss Structure

Double Skin Cedar Facade

CLT Cores

84’

53’ 200’

Adobe Illustrator Adobe Photoshop Rhino 3d Maxwell Render

The Andy Warhol Museum is constructed of two story glulam truss that creates large open spans, mimicking “The Factory” famous to Warhol’s work. It is intersected by the Post and Beam structure of the Housing Units above. Where moments of intersection happen, the collage of structure is exposed creating a human experience.

Glulam Truss Connection

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FLOWERS

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The Market and housing structure consists of a two way LVL paneling system wrapped around a steel and concrete foundation. This system allows large double height spaces a mezzanine level l to exist in the market. The LVL panel system intersects the grid of the solid CLT shear walls of housing units located atop of the market structure.

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FLOWERS

FLOW

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JEWELRY

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Post + Beam Glulam Structure

CLT Sheer Wall

Wood and Glass Roof

Secondary Roof Structure LVL Panel Structure VEG

ETABLE

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FLO

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Double Skin Cedar Facade CLT Mezzanine + Glulam Structure CLT Cores

The connection of the 3-pin arch to the sheer wall system of the housing building.

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1.02

Decentralize Decentralize was my graduate thesis project that explored a building prototype that pairs stormwater management techniques with modern day air delivery systems.

Water has a much higher energy storage potential due to density, and this building looked at this as an opportunity to focus on hydrocentric HVAC systems that cleaned the surrounding neighborhood water and recycled it to reduce the building footprint.

M.Arch Thesis Project 2017 *See full project at link below: https://issuu.com/gregstacy/docs/thesis-presentation

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CURRENT NEIGHBORHOOD CONDITIONS

360k

Rooftop surface area across neighborhood (sq. ft.)

210k

Stre neig

FUTURE NEIGHBORHOOD VISION OBJECTIVES

90%

75%

Rooftop Permeability (Gal/year) 457,307

25,405 (5%)

Wind Speed m/s m/s

Permeability

Street Width ft.

Rainwater Collection

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58510 Gal/year 11,7

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18%

2,405,191 1,778,427 (37%)

Current State Collection Rate

80%

Future Vision Collection Rate

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OFFICE BUILDING PROGRAM DISTRIBUTION

HIGH ENERGY SPACES

Technology Office Workstations & Cubicles

Open workstation space & server room Small private office & conference rooms Breakout spaces & community spaces Unconditioned space & circulation

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Server Rooms & Mechanical Equipment Room

LOW ENERGY SPACES

m/s

100k

4 Private office & conference spaces

Traditional forced air floorplate (sq. ft.)

Air Delivery Spaces

Traditional Program separation on single floorplate

2 55%

Air Delivery Spaces

High energy and Low Energy program organization

Reduction of force air HVAC floorplate

Open air common spaces & Breakout spaces

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LOW ENERGY SPACES

Main Office Program

Tech. Office & Workstations

Server Room & Mech. Room

ZONE 1: High Energy Rhino 3d Vray Render Adobe Illustrator Maxwell Render Revit

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Humidific Dehumidifica

System Interventions

cation & ation Screen Detail of less transparent metal fin steel facade

42k

Total High Energy Zone Floorplate Size (sq. ft.)

Server & Mech.

Rooms Workstation & Tech. Office

Main program distribution based on air delivery needs

System Influences

Permeability

Street Width ft.

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LOW ENERGY SPACES

Main Office Program

Co-Work Space

Open Air Public Space

ZONE 2: Low Energy Rhino 3d Vray Render Adobe Illustrator Maxwell Render Revit

Sys

Humidification & Dehumidification Scr

stem Interventions

& reen

Double-Skin Breathable Facade

Detail system of facade and screen working together.

64k

Total Low Energy Zone Floorplate Size (sq. ft.)

Unconditioned Space Breakout Space Co-Work Office

Main Program distribution based on Air Delivery needs

System Influences

m/s Rainwater Collection

Wind Speed m/s

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Typical Grou Mixed-Use

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Atrium Service Cores & Thermal comfort screens Service Stairs [enclosed] Exposed Water Pipes Solar Chimney Air Gap CLT Shear Wall

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Humidity Screen

Solar Chimney’s & Server exhaust vents

Diagram Showing the zone one forced air system and the zone 2 radiant system

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m/s

und floor Plan lease space Double Skin & metal fin facade system

Diagram showing the “cores” organization throughout the building

Glulam Post & Beam System

Main service & performance cores

103’ x 210 buildable footprint size

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1.03

The Narrows The Narrows is an adaptive reuse project that was designed for a New Media Education Center paired with a re-imagined modern blackbox theatre. The project looked at a derelict area of Salt Lake City that was once scene to various performance types. With a diverse theatre scene around the site, the project was to tailor to flexible small scale performance for the city as well as a practice space for the New Media School.

Project Team: Sam Hunt, Sean Greene

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Vertical circulation becomes more private to accommodate blending of program and security

The program of the space becomes about a balance between public and private.

The building is strategically designed to allow public access to the ground level open spaces, while private spaces are on higher floors.

The exterior space, provides event space students to present work.

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UP

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UP

UP

UP

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By studying and analyzing many of the surrounding typologies surrounding the site, there became an apparent building style. The Narrows focused on capturing this identity by reusing an abandoned newspaper factory that once provided rich identity to create a new form of production and performance.

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The separation of the New Media School and the Blackbox Theatre while maintaining a uniform exterior facade

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Preserved wall that informs the transition from education to performance space.

As a reuse project, it was important for The Narrows to maintain the exterior facades of the building. The preserved walls become important in creating moments of transition throughout the building. The exterior facade creates a strong reference its historical identity, while the interior is space responds to the new elements of the program.

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1.03 Rethinking Resor The goal of the project was to build a visitor center on the Farnsworth property, and look to landscaping as a way to aid in the flooding of the site.

Rethinking Resor looked to Mies’s project, The Resor House, in which he looked to materials and landscape to create a blend between occupant and landscape. The idea behind Rethinking Resor was to be a sustainable play on Mies’s project using new construction methods.

Preservation and Provocation competition 2016 Project Team: Alex Collins

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CLT Panels 345 m2 207,000 kg Sequestered Carbon

Glazing 13.56 m2 10,200 kg Emitted

Glulam Columns 8.86 m2 5,316 kg Sequestered Carbon

Concrete foundation 365 m2 108,300 kg Emitted

The visitor center was designed to be simple, with an open floorplan.

While Mies was known for his steal and concrete planes, the design of the Rethinking Resor looks to the principles of new sustainable materials and construction. These materials not only are sustainable but they also can be constructed in a Mies like manor.

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Farnsworth House

BREAK ROOM

EVENT CENTE

EVENT CENTE

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MECH

20 N

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With the implementation of a Revetment, the river can will become braided and direct the water into a Bioswale to help with flooding downstream.

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COMPOST BATH

ENTRANCE

BATH

BATH COMPOST

BATH

STO

STO

GIFT SHOP

GIFT SHOP

OFFICE

CONFERENCE ROOM

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GALLERY ENTRANCE

BATH

MECH

OFFICE

5

GALLERY

KITCHEN

COMPOST

BATH

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MULTI-PURP OSE ROOM

STORAGE

KITCHEN

COMPOST

MULTI-PURP OSE ROOM

BREAK ROOM

STORAGE

CONFERENCE ROOM

BASEMENT

BASEMENT

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20 N

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FLOOR 1

FLOOR 1

Proposed Building

Revetment

Bioswale

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Similar to the Resor House the building sits over the river and uses the hydrology to its advantage.

The building is able to generate energy from the river, and disperse it throughout the building.

Rethinking Resor also uses solar, and geothermal power to supply supplementary services during events and work day.

Typical Office Building

100 Ktbu/sf/year

Energy Prediction

Renewable Offsets

22 Ktbu/sf/year

Energy Utilization Index

+36 Ktbu/sf/year

Lobby

R-72 Double Skin Facade

Break Room

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Shear Core /Elevator

3 Tons

17k kw/H

77k kw/H

Ground Source Heat Pump

Hydro Generated Energy

Roof Photovoltaics

Gallery

Multi Purpose Room

Outdoor Event Space

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100%

0%

50%

72% of Floor Area is Day-lit During Work Day

6%

3%

1%

Average Daylight Factor of 5.6 [DF]

Southern Orientation allows for the building to be fully daylight during the day.

The glazing and southern orientation of the building allows daylight to penetrate the interior of the building. As a building with glazing around the perimeter it was important to look at passive ways to control the interior environment.

The double skin glazing system operates to circulate air at certain times of the year.

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4x12 Glulam 1/2� Glazing Air Gap 1/2� Glazing 12x12 Glulam Column

Plan of Window

1/2� Glazing Air Gap 4x12 Glulam Shade Operable Air Vent

Section of Window

Winter Condition

Summer Condition

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1.05 Lane Market Hall Lane Market Hall is a community project that looked at a way to incorporate an office and retail to have a flexible space that serves the primary function of a farmers market. The building provides a large double height space to give the farmers market a permanent home, as well as provide smaller spaces for restaurants and retail. The building also provides shelter for the homeless population by creating a shared public space under a superimposed canopy system.

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Map showing the relationship to the Park Blocks and Eugene Theatre.

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The building is designed in responds the park blocks and the Hult Center. These spaces make up the city center of Eugene. The South end of the building opens up to the park, while the North creates a gathering place and parking entrance for the Hult Center.

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The double height farmers market with mezzanine looking down.

With program blending a private office and a public event the idea was to create a public bridge between programmatic needs.

The offices and restaurants of the private building and the public farmers market on the other share a mezzanines level and create a shared public core.

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The building is constructed as a brick veneer curtain wall system wall assembly. There is a canopy super imposed on top of the main building structure. These two structures superimposed on each other are representative of the two buttes and the river that play a role in shaping the urban growth boundaries of Eugene.

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The sloped roof creates a rain garden and the interaction of connectivity.

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2.01 Ordway Airport Ordway Airport is an Urban Design idea that stems from the idea of high speed transit and its impact on metropolitan areas. Chicago Illinois Midway Airport and O’Hare airport neighborhoods were the study areas as it has high potential for connectivity. This idea would push the boundaries of how transit infrastructure could radically change in the future. A series of studies presents possible results high speed transit could have on neighborhood development.

Project Team: Alan Taylor, Liz Pulsen, Amanda Roman, Colby Khalian, Hyun Soo Kim, Connor Stephens

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Current neighborhood conditions

Opportunity across neighborhood

The Urban fabric in Chicago is very dense with single story bungalows with garages in a alley beginning to show a separation of automobile and street. This proposal looks at the implementation of a system that minimizes the impact on urban fabric by layering transit, and separating the different scales of transit.

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Midway airport and O’Hare airports both serve different flight typologies due to their urban conditions. This study looks at the implementation of a neighborhood TOD that would connect the two airports via the new high speed infrastructure, or hyper loop. This new infrastructure allows the airports to become an integral part of public transit.

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Distribution of Global Flights out of Ordway Airport

Midway O’Hare - Chicago Maglev Train Planned 2014

Midway O’Ha 2046

Travel time between MDW & ORD HIGH-SPEED MAGLEV

5 minutes

TAXI

45 minutes

AIRPORT EXPRESS BUS

1 hour 1 hour 50 minutes

CTA L-LINE BIKE WALK

1 hour 50 minutes 6 hours 30 minutes

Graph showing the speed of travel between airports via various modes of transit

Distribution of Global Flights out of O’Hare Airport

Distribution of Global Flights out of Midway Airport

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The creation on Ordway and the new TOD infrastructure became a scaler solution to the greater Chicago area. The Hyper loop could connect the neighborhood fringe of the airports to surrounding parts of Chicago, as well as provide opportunity to create new urban cores. These cores would become the city centers, that are accessible to all demographics.

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Midway O’Hare - Chicago Maglev Train Completed 2046

D 5 minutes 45 minutes

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Envisioned corridor core. Node cores were also explored as a urban development plan

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Housing Pedestrian Boulevard

Retail/Business District

Public Transit Street

Housing

Transit Oriented Development

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HyperbolicParabolaExploration

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:1 ClearenceHe

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:1 ClearenceHe

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:2 ClearenceHe

2.02 [Hu]Mangroves HuMangroves researched the impact architecture has on the environment, and how it can play a role in restoration efforts. Using traditional techniques, and low impact design the project proposes a Research Ecotourist facility that focuses on coastline stabilization used to promote the re-growth of mangrove forests.

Handmade model

Project Team: Libby Norris, Nadan Yeo

12’ eight:6’

PeakHeight:12’ ClearenceHeight:6’

18’ eight:9’

PeakHeight:18’ ClearenceHeight:9’

24’ eight:12’

PeakHeight:24’ ClearenceHeight:12’

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MangroveFormalTranslation The Mangrove roots Create pyramid like structure for tidal resistance

HyperbolicParabolaExploration

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:24’ ClearenceHeight:12’

With low impact root growth that responses to tidal conditions, Mangroves are one of the most durable plants in tidal resistance. The form and structure of the building structure is designed to be only wear needed and touch the ground along the stabilization grid limiting damage to stabilization efforts.

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MangroveFormalTranslation

HyperbolicParabolaExp

HyperbolicParabolaExploration

PeakHeight:12’ ClearenceHeight:6’

PeakHeight:18’ ClearenceHeight:9’

The building explored the use of a hyperbolic parabola, and how to optimize space to create a flexible enclosure that worked with the stabilization grid. The grid is a series of bamboo piles hammered into the ground to disperse the tidal forces.

This grid provides a structural foundation for the research and ecotourist units to be built.

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PeakHeight:24’ ClearenceHeight:12’

18’

24’

ploration

Coconut Husk Lashing

4” Bamboo Roof Structure

6” Primary Bamboo Structure

PeakHeight:12’ ClearenceHeight:6’

Bamboo Floorboards

4” Bamboo Floor structure PeakHeight:12’ ClearenceHeight:6’

PeakHeight:12’ ClearenceHeight:6’

4” Bamboo Foundation Stilts

2-4” Bamboo PeakHeight:18’ Stabilization ClearenceHeight:9’ [2’ x 2’ Grid}

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:18’ ClearenceHeight:9’

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:24’ ClearenceHeight:12’

PeakHeight:24’ ClearenceHeight:12’

Connection of stabilization system to the Building units

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The Research Ecotourist lodge would be designed to happen in phases. The first phase is research, where there is no infill. Phase two is for tourist to come in and enjoy the new growth forests. Phase three, the Bamboo decays and the pads become low impact camp sites along a network as the buildings move around the coastline.

STABILIZATION GROWTH EDUCATION

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The main complex provides the amenities and services, while the cabanas stretch the shoreline,

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3.01

The Eddy “The Eddy” was a furniture piece I designed and built that is intended to function as a small side table. This piece is based off the idea of an eddy in the river, in which it provides a place to store the everyday essentials as the user goes through transitional spaces or functions. ie. interior to exterior, cooking to eating, etc.

“Just as an eddy captures the nutrients of a river in a moments time, the piece of furniture Is designed to facilitate transition while offering a place to store the essential of everyday activities.”

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5 5/8

17 6 3/8

13 1/2

The center of the inset panel uses grain pattern to create an eddy-like aesthetic 3 11/16

1

2

34 1/16

The table is constructed of all beach wood, and there are no hardware connections. The idea of the table was to use one material and delineate different functions of the table using the wood grain pattern and orientation. The table has two resting points, the pedestal and the table top, that mimic the slow moving water of the eddy. The thin verticals represent the faster moving water that occur between these intimate moments in the river.

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13 7/8

7/8

9/16 13 7/8

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Top Base Connection: The Three legs extend through the back of the table to allow support for the shoulder joint.

The shoulder has a Hip to provide more strength the legs supporting the Cantilever table.

Table Top: The inset hardwood panel is intended to represent the eddy with the circular grain pattern. The encased beech pieces holding the panel utilize a linear grain pattern to contrast the table.

8 7/8 17

Bottom Connection: The heavy base is designed to add mass to the bottom to structurally support the cantilever. A notched shoulder joint and a dowel are used to deal with the moment & torque.

1/2

17”

8 7/8”

13131/2” 1/2

12” 12 1/4

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Greg Stacy M.Arch University of Oregon • University of Utah