Designportfolio

designportfolio

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Robert Sidney Aulds, III

portfoliocontents

undergraduatedesign|

undergraduatedossier|

academiccompetitions|

The Lookout @ Red Hook

Detroit By Design Competition

Solar Decathlon Experiment

Solar Research FacilityHomer Street Housing

Ribbon Dining Pavilion

Design Statement

Professional Resume

AIAS Forum 2010 Charrette

VT Industries Door Competition

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designstatement

From the moment we arise each morning, we are influenced by design - the design of our bedroom, our studio,

our neighborhood, our city. Design is everywhere. Design is powerful. Design directs our thoughts, emotions, and actions. I am a designer because I wish to encourage positive behaviors through

thoughtful and creative design. I want to allow people to engage one another, both directly and indirectly, reinforcing benei cial social communication. I design to inspire others.

I am often reminded of the quote by George Eliot: What do we live for, if it is not to make life less dii cult for each other? I strive to enhance the lives of individuals

through an architecture of connection

and collaboration. Design should aid sustainable living, both individually and collectively.

It is my passion to provide such design

and to promote public interaction, bridging the social gap technology has

so brilliantly stolen from us. Architecture should embrace our future, but recall and

build upon our Vitruvian origins.

The development of our digital economy

has removed the lives of present-day humans from control to co-creation alongside technology. As a result, architects now work in design teams far

more as design collaborators than as sole

designers. Consequently, today, architects must recognize the technological shift

and position themselves to evolve in an

ever-adapting profession. It is imperative to remain exposed to such adaptations; however, we must also realize what

values technology has so brilliantly pilfered

from our repertoire of design talents. Architects have seemingly lost the role

as Master Builder through the current

digital transformation. I i rmly believe this role can be recaptured through a collaborative process, using both digital and analog techniques.

My passion for social architecture is

easily surmised when viewing my

undergraduate academic work. Upon obtaining my Master of Architecture degree which enhances my understanding

of architecture through technology in the

Digital Age, while enabling me to further

develop my analog skills needed to obtain the Master Builder title architects have unfortunately lost. Obtaining such a degree will give me the tools required to

provide clients with progressive, affordable

design solutions.

Because of my personal investment in

others I am never satisi ed with mediocre design solutions. This allows me to envision myself achieving great success in

my architecture profession. As an Intern Architect, I am intrigued by multi-family housing and the opportunities it provides

emerging professionals. Competitive in nature, the housing industry mandates

dynamic, progressive design solutions. The housing sector not only creates the most innovative design at a community scale, but it also allows designers to focus

on the details of daily life on a custom,

individual scale.

I view this portfolio both as an application to graduate school and also applicable to

future employment opportunities where

I am able to demonstrate my steadfast

commitment to design excellence. My portfolio includes academic projects, team-oriented projects, and student competition

projects. It can be easily determined from this portfolio I have committed myself to

excellence in multiple capacities of design,

from an individual to a communal scale.

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3objective| education| experience|

My objective is to obtain a Master of Architecture , licensing

and registering as a professional

architect. I view this portfolio both as an application to graduate school and also applicable to

employment opportunities where

I am able to demonstrate a

steadfast commitment to design

excellence.

Robert Sidney Aulds, III701 Pine Street, Suite 1

West Monroe, LA [email protected]

Bachelor of Science in

Architectural Studies

School of Architecture

Louisiana Tech UniversityAugust 2008 - May 2013

Intern Development Program

-registered Feb 2012 -1500+ earned hours

TBA Studio

Intern Architect

June 2012-Current West Monroe, LA 318.340.1550

Pardue Residence

-$300,000 budget -2400sqft residential addition -sole designer, draftsman Plum Creek Timber Company

-schematic design proposal -digital model and renderings -construction documents CenturyLink Cohab Oices -schematic design -presentation to corporate Louisiana Tech Athletic Facility -digital model team -animation team

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4leadership| awards| references|

AIAS

-2012 Grassroots Leadership Conference - Alexandria, VA -2012 Spring South Quadrant Conference - Charlotte, NC -2012 Chapter President -2011 FORUM - Phoenix, AZ -2011 Fall South Quadrant Conference - San Antonio, TX -2011 Grassroots Leadership Conference - Washington, DC -2011 Spring South Quadrant Conference - Baton Rouge -2010 FORUM - Toronto, ON, CA

Association of Student Mentors

Pi Kappa Alpha Fraternity -Positions held: Assistant Treasurer,

Fundraising Chairman,

Continuing Education Director

AIAS

-2012-2013 NAAB Accreditation Team Nomination -VT Industries architectural doors advertisement in

Architectural Record

-2012 VT Industries door competition - 3rd place -2012 hosted irst annual Louisiana Forum - Limitless -2011 Spring South Quadrant Design Charrette Winner - Baton Rouge, LA

SouthQuad Charrette Team -2010 FORUM Design Charrette Winner - Toronto, ON, CA

Harold Linton

Director of School of Art

George Mason UniversityFairfax, Virginia

[email protected]

Ian Macaskill, Architect/Professor

Architecture +Louisiana Tech UniversityRuston, LA

[email protected]

Tim Brandon, AIA, LEED GA

Principal, TBA Studio

West Monroe, [email protected]

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thelookout

thelookout|SPRING 2013

PROF. KEVIN STEVENSACSA TIMBER IN THE CITY

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The above research was part of an individual

effort to create a pamphlet of project research. The pamphlet was used to provide an educated,

logical approach to the design process. Understanding site context was the ultimate goal of the reasearch document.

9school/shopping/medical facilities

RED HOOK IS STRUGGLING IN PUBLIC AMENITIES FOR ITS RESIDENTS SUCH AS SCHOOLS, SHOPPING,

AND MEDICAL FACILITIES. THERE IS ONLY A SELECTION OF A COUPLE OF SCHOOLS FOR PARENTS TO

SEND THEIR CHILDREN, WHICH IS RESULTING IN A LOW EDUCATION RATE (AS PROVIDED BY THE

COMPETITION).

SEEING HOW MOST OF THE CITY THAT IS NOT HOUSING OR GREEN SPACE IS CONSUMED WITH

INDUSTRIAL SPACE, THERE IS VERY LITTLE ROOM FOR SHOPPING. SHOPPING FOR FOOD AND

OTHER ITEMS IS SPARSE. THE LARGEST STORE THAT SUPPORTS THE ECONOMY OF RED HOOK

IS IKEA, TOP NAMED CHAIN STORE. OUR SITE IS LOCATED JUST ACROSS THE STREET FROM

THE LARGEST ATTRACTION IN RED HOOK.

The above research was part of an individual

effort to create a pamphlet of project research. The pamphlet was used to provide an educated,

logical approach to the design process. Understanding site context was the ultimate goal of the reasearch document.

Project Summary:The primary focus for the Lookout of

Red Hook is the connection between the public, residents, and professionals within

the given program. Urban life influences daily interaction among citizens; however, very little of this interaction is

either personal or lasting, consequently

causing local alienation among individuals. Residents and tenants are carefully

directed to share circulation routes and

facilities on site. The public is connected, while simultaneously divided, from the

residents via green roof space that

overlooks the neighboring community farming property. As a result of the connections made throughout the site,

a sense of community is established. The shared spaces and influential green roof reinforce the community.

Community + Connection = Collaboration

When connections and community are formed collaboration arises as a

dominant characteristic of the Red

Hook neighborhood. This collaboration is something special and is what will fuel

the Red Hook population in overcoming

its current state.

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total site footprint green space addition

Spring Equinox

Fall Equinox

Summer Sun

Winter Sun

sightlines

northelevation

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ground level program allocation second level program allocation 3-dimensional total program

Section Sketch

Program Sketch

groundlevel

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Design Process:Being given such a large program

on a relatively small site, I faced

many challenges throughout the site

planning stages. The irst step in design was to allocate the footprint of each programmatic element. I began manipulating the site by peeling back

the footprint, opening the pedestrian experience towards the community farm located adjacent to the site. The Lookout features both an ADA accessible green roof that allows all

pedestrians to ascend to the roof of

the building as well as a large, private

green roof separated for private tenant

use. Large breezeways are used to allow multiple outdoor experiences for

the residents. The Lookout is intended to educate,

by example, features not always found in architecture. Allowing the public to experience a green roof allows them to

understand sustainability on a personal level. The timber production facility has large windowns placed along the street

that allows passerbys the opportunity to see processes normally hidden and

concealed. Roadside bioswales are intended to catch and reuse rainwater

from street runoff to provide for green

spaces.

timber production bicycle shop & share hub

secondlevel

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digital fabrication residential vertical circulation

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explodedaxon

Vertical Circulation

Core

Interior CLT

Wall System

Standard Timber Column

and Beam System

Bamboo Wood Flooring System

Exterior CLT

Wall System

buildingsection

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Parapet Detail

Interior Floor System Detail Section A-A

FALL 2012

PROF. WILLIAM HARTMANDETROIT BY DESIGN

renewdetroit|

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Exterior Skin Sketches Concept Sketch

[temerature variation]environmental

01#

winterwinterwinterwinterwinterwinterwinterwinterwinterwinterwinterwinterwinterwinterwinterwinter springspringspringspringspringspringspringspringspringspringspringspringspringspringspringspringspringspringspringspringspringspring10-15

16-20

21-25

26-30

31-35

36-40

40-42

43-45

46-48

49-52

illinois 28.3

indiana29.4

michigan21.7

new york23.3

ohio29.5

ontario37

pennsylvania28.4

quebec35wisconsin17.2

minnesota12.4

illinois 51.6

indiana51.1

michigan42.6

new york43.6

ohio49.7

ontario49

pennsylvania47.4

quebec47

wisconsin42.9

minnesota41.9

regional

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The above research was part of a group effort to create

a pamphlet of project research. The pamphlet was a combination of individual members work. My responsibilities included: research of regional weather history and trends that affect building performance and the results.

illinois 73.4

indiana72.4

michigan66.2

new york69.3

ohio66.5

ontario55

pennsylvania68.6

quebec52

wisconsin66.8minnesota66.8

illinois 53.8

indiana53.8

michigan47.3

new york48.1

ohio52.9

ontario42

pennsylvania50.9

quebec41

wisconsin45.7

minnesota43.5

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[total energy consumption]sustainable

01regional

#

150 - 200

200 - 250

250 - 308

308 - 350

350 - 400

400 - 450

450 - 500

Greater than 500

2009 total energy consumption

per person (millions of BTUs a year)

U.S. Average: 308 million BTUs a year

U.S. Energy Consumption

by Sector, 1960 and 2010

The United States is the 2nd largest energy

consumer in terms of total use in 2010. The

U.S. ranks seventh in energy consumption

per-capita after Canada and a

number of small countries.

Not included is the significant amount of

energy used overseas in the production of

retail and industrial goods consumed in

the U.S.

[Michigan consumed 271

million BTUs per person]

Rank: 39

The above research was part of a group effort to create

a pamphlet of project research. The pamphlet was a combination of individual members work. My responsibilities included: research of regional weather history and trends that affect building performance and the results.

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Project Summary: Detroit is a very tried, yet

persevering city. With our understanding of the citys geographical, industrial, and cultural history, it is our goal to

revive the economic and population

downfalls of the recent past by creating

multiple solutions for a successful

urban environment. Despite the citys enormous loses, its musical heritage

remains undiminished, offering hope to

rebuild the city. The hart plaza offers an optimistic vision to reactivate the city. We will provide business opportunities through retail and service spaces along

with corporate oice spaces. We will also move residents back into the

city and generate active citizens of Detroit. Doing so will provide added revenue while reducing overpopulated

transportation systems. By enhancing the existing public spaces, we will

improve access and capitalize on the

advantages of the riverfront view. Taking advantage of the view from

Woodward, we will create a linear public plaza that extends all the way to the

rivers edge. Our towers will connect with a bridge that stretches across

this plaza at a height just high enough

to serve as a frame for the fantastic

riverfront view.

siteplan

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groundlevel

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northelevation

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Aerial View of Physical Model

Aerial View of Physical Model Riverfront Elevation

buildingsection

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Section A-A

FALL 2011

PROF. IAN MACASKILLSOLAR DECATHLON

EXPERIMENT

containerhouse|

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Project Summary:The Solar Decathlon Experimentation

Project is an energy eicient, self-sustainting home, blending optimal energy production with affordability. Located on South Campus of Louisiana

Tech University, the Solar Decathlon House strives to remain cost effective

and attractive while capturing the vernacular qualities of the Louisiana

Tech farm community.

The concept was derived from the idea of two pvc pipes inserted into a central bend, or knuckle. This knuckle creates a sense of connectivity, or socialization space. Using shipping containers allowed us to incorporate our program

into opposing sides, while responding to

the site and connecting at the central

knuckle.

Being one of four group members

in a small scale project, I was initally

responsible for the physical model that

was to be constructed. Since the project deadline, I have developed and

enhanced renderings, drawings, and

presentation materials.

siteplan

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floorplan

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buildingelevation

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buildingsection

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Exterior Evening Rendering

FALL 2011

PROF. IAN MACASKILLSOLAR RESEARCH FACILITY

solarfacility|

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Concept Sketch

Water Runoff Sketch

Parking Layout Sketch

siteplanProject Summary:The Solar Research Facility was an investigation and experiment in

sustainable design. The facility site is located in Ruston, Louisiana on the

current Ruston Dry Cleaners property, located very near downtown. Viewing my building as a telescope for sustainable

methods, I have designed this building

to become a physical example of

methods used to successfully practice

sustainable design in North Louisiana.

The Solar Research Facility is intended to be accessed and used by the general

public as an education tool. Sustainable materials and methods examples

are: recycled shipping containers for second floor oices, public recycle hub, evaporative cool towers, solar panels

on walk able green roof, and runoff

treatment pond. The pond is used to slowly purify water from runoff

and recycle as greywater through

landscaping and facility uses. The parking lot is designed with permeable paving to allow rainwater to penetrate

to the soil, therefore, providing water

to the landscaping on the far west

property boundary.

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firstfloor secondfloor

buildingsection

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SPRING 2011DR. PASQUALE DE PAOLOWORK/LIVE URBAN LIVING

rustonlink|

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Residential Unit Diagram

Residential Unit Diagram

siteplan

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eastelevation

buildingsection

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renderedsection

Section Perspective Rendering

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buildingsection

Building Section B-B

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Stair/Gallery Divider Rendering .

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Interior Art Gallery Rendering

FALL 2008

PROF. DAMON CALDWELLFRESHMAN DRAFTING

COMPOSITION

diningpavilion|

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Concept Sketch

Programming Sketch

secondfloor

firstfloor

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Project Summary:This dining pavilion began in the Fall

Quarter of 2008 as the i nal project for my freshman drafting course. The pavilion was originally completed

by means of hand drafting and

has continually developed as I have

progressed through various levels of

computer software.

Inspired and guided by Sagaponac

Lot 30 by Stephen Kanner Architects, this pavilion proves to be minimal, yet

elegant in style as interior and exterior spaces are seamlessly merged. The exterior timber shell folds and bends

as it envelops the fragile, transparent

glass facades. On the rear of the pavilion, metal panels are used to

contrast the timber shell material.

The i rst level provides both interior and exterior spaces for gathering,

accented with simple landscape

features. The second level of the pavilion is where you i nd the pavilion designed for group dining.

explodedaxon

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Glazing Wall

Ribbon Skylight

Ribbon Timber Skin

Metal Panels

explodedaxon

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Interior Dining Space Rendering

GREENHOUSETOOL SHED

FLEXIBLE MARKETING

PLACE

FLEXIBLE MARKETING

PLACE

COMMUNITY GARDENS

SEATING AREA

COMMUNITY BAKING OVENS

CANOPY

CANOPY CANOPY

MULTIPURPOSE

SHELTER PLACE

CHILDREN GARDENS

SITE PLAN

site

Submitted Site Plan

AIAS Design CharretteAIAS Forum 2010

Toronto, ON, CARegent Park Master Plan

The challenge was to create an inviting

and reasonable upgrade to the Master

Plan for Regent Park in Toronto. The charrette consisted of 12 i ve member teams. Visiting critics were members from the building committee for Regen

Park. A thorough understanding of the site context and intentions were

covered from the park guests.

The Master Plan includes public dining

areas, open green space, play ground

space, public greenhouses, picnic areas,

reestrooms, and a canopy for shaded

spaces. As a team member, I contributed in the design team brainstorming, digital

model and presentation boards. Of the twelve teams, I was fortunate to be on the winning design team.

1st Place Team:Andrew Joiner

Chen Hu

Michelle YahyaPrashanta Singh

Sidney Aulds

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Perspective Rendering

Public Greenhouse Rendering

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AIAS Door Competition:The challenge was to design a door

appropriate for installation to the

AIAS Presidents oice. Hosted by VT Industires, the winning door selections

would be constructed ass well as being

used in promotional advertising. The concept for Visions to the Future is simply pushing current-day technology and materials, with intrinsic, historic

symbolism using the Golden Rectangle.

Project Team:Nicole RajchelRemington Bard

Sidney Aulds

Surgene Troost

Left: Project Concept Board

Above: Architectural Drawings

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Left: Material Pallete Board

Above: Architectural Renderings

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Designportfolio