Stratton Andrews Undergraduate Portfolio

Transcript of Stratton Andrews Undergraduate Portfolio

CONTENT

UU CampusModest church campus design in the Catalina FoothillsDesign Studio IV : Land Ethics : Spring 2013

6.

7. One Way Structures SpanWood Construction Pin Connection CrushingStructures II : Spring 2013

What we do for ourselves dies with us. What we do for others and the world remains and is immortal.

- Albert Pine

ACADEMIAUNIVERSITY OF ARIZONAProfessional Bachelors Degree [NAAB]University of Arizona: College of Architecture + Landscape ArchitectureTucson, Arizona : Top 20 Undergradute Program : Expected Graduation 2015

AWARDS + MEMBERSHIPSAcademic Scholarships

Memberships-[USGBC/SG] United States Green Building Council-[AIAS] America institute of architecture students-[SOPHOS] sophomore honorary club -Beta Theta Pi Fraternity- Delta Beta chapter-Boy Scouts of America-DECCA Business club

CONTACTS

CIC CenterUniversity of Arizona public library and integration centerDesign Studio V : Systems Integration : Fall 2013

5.

-CAPLA Design Excellence Finalist 2014-1st Place - I-11 Infrustructure Design Competition-Arizona Excellence Award & Scholarship-Beresford E. Beck Memorial Scholarship-The M. L. Tophoy Scholarship-Sidney W. Little Scholarship-Beta Theta Pi academic scholarship-ABA Award & Scholarship- J.B. Steel-ABA Award & Scholarship- Tom Dunn-ABA Award & Scholarship- Achilles AC Systems-Nicholas G. Sakellar Award & Scholarship-Deans List 2011-2014-Academic year of Excellence 2012-13-All-state soccer award 2010-All-conference baseball Award 2010

Marana Master PlanExploring next generation green infrastructure a long the I-ll CorridorDesign Studio VI : Downtown Interdisciplinary Studio : Spring 2014

4.

Unconventional ResidenceHigh end modern family residence in Scottsdale, AZARA Design Competition : Summer 2014

2.

Parametric FacadeDesigning and parametric facade using REVIT software.ARC 499 : Independent Study : Fall 2014

3.

Michael Kothke, AIACapstone Coordinator : Internship + IDP Coordinator Principal at HK AssociatesUniversity of Arizona : School of ArchitectureEmail : [email protected]

Mary Hardin, AIAAssociate Dean and Professor of Architecture University of Arizona : School of ArchitectureEmail : [email protected] 520.621.6751

Linda C. Samuels, RA, PhDProject Director, Sustainable City ProjectAssistant Professor of Practice : Drachman InstituteUniversity of Arizona : School of ArchitectureEmail : [email protected] 520.621.0928

Threshold for Cultural InformationModern Art Gallery in Vancouver, CADesign Studio VI : Senior Thesis : 2015

1.

SOFTWARE Software Proficiency

STRATTON ANDREWS

135 Wall StreetHebron, Connecticut

[email protected][860] 331 0701

REVIT : ProficientAuto CADD : ProficientSketch-up : ProficientAdobe Suite : ProficientMasterspec : Proficient

3DS Max : ProficientEcotect : ProficientMS Office : ProficientV-Ray : ProficientResCheck : Proficient
CONTENT

UU CampusModest church campus design in the Catalina FoothillsDesign Studio IV : Land Ethics : Spring 2013

6.

7. One Way Structures SpanWood Construction Pin Connection CrushingStructures II : Spring 2013

What we do for ourselves dies with us. What we do for others and the world remains and is immortal.

- Albert Pine

ACADEMIAUNIVERSITY OF ARIZONAProfessional Bachelors Degree [NAAB]University of Arizona: College of Architecture + Landscape ArchitectureTucson, Arizona : Top 20 Undergradute Program : Expected Graduation 2015

AWARDS + MEMBERSHIPSAcademic Scholarships

Memberships-[USGBC/SG] United States Green Building Council-[AIAS] America institute of architecture students-[SOPHOS] sophomore honorary club -Beta Theta Pi Fraternity- Delta Beta chapter-Boy Scouts of America-DECCA Business club

CONTACTS

CIC CenterUniversity of Arizona public library and integration centerDesign Studio V : Systems Integration : Fall 2013

5.

-CAPLA Design Excellence Finalist 2014-1st Place - I-11 Infrustructure Design Competition-Arizona Excellence Award & Scholarship-Beresford E. Beck Memorial Scholarship-The M. L. Tophoy Scholarship-Sidney W. Little Scholarship-Beta Theta Pi academic scholarship-ABA Award & Scholarship- J.B. Steel-ABA Award & Scholarship- Tom Dunn-ABA Award & Scholarship- Achilles AC Systems-Nicholas G. Sakellar Award & Scholarship-Deans List 2011-2014-Academic year of Excellence 2012-13-All-state soccer award 2010-All-conference baseball Award 2010

Marana Master PlanExploring next generation green infrastructure a long the I-ll CorridorDesign Studio VI : Downtown Interdisciplinary Studio : Spring 2014

4.

Unconventional ResidenceHigh end modern family residence in Scottsdale, AZARA Design Competition : Summer 2014

2.

Parametric FacadeDesigning and parametric facade using REVIT software.ARC 499 : Independent Study : Fall 2014

3.

Michael Kothke, AIACapstone Coordinator : Internship + IDP Coordinator Principal at HK AssociatesUniversity of Arizona : School of ArchitectureEmail : [email protected]

Mary Hardin, AIAAssociate Dean and Professor of Architecture University of Arizona : School of ArchitectureEmail : [email protected] 520.621.6751

Linda C. Samuels, RA, PhDProject Director, Sustainable City ProjectAssistant Professor of Practice : Drachman InstituteUniversity of Arizona : School of ArchitectureEmail : [email protected] 520.621.0928

Threshold for Cultural InformationModern Art Gallery in Vancouver, CADesign Studio VI : Senior Thesis : 2015

1.

SOFTWARE Software Proficiency

STRATTON ANDREWS

135 Wall StreetHebron, Connecticut

[email protected][860] 331 0701

REVIT : ProficientAuto CADD : ProficientSketch-up : ProficientAdobe Suite : ProficientMasterspec : Proficient

3DS Max : ProficientEcotect : ProficientMS Office : ProficientV-Ray : ProficientResCheck : Proficient
Gastown is growing in popularity among young, urban Vancouverites, and fully 39% of area residents are between the ages of 20-34. Most of them (69%) are renters, as compared with 52% for the city of Vancouver and 35% for Metro Vancouver. Due to the nature of the housing stock in Gastown, 99% of residents live in apartment buildings many of them built since 1991.

Community

Age 20-34 Renting Ratio

39%

69%

% own cars

36%

City of Vancouver Founded[Previously known as Gastown]

1918

1935

1938

1944 1971 1986 1994 2010

12

Hour

s of S

un

J F M A M J J A S O N0

Threshold for Cultural InformationSenior Thesis : Vancouver CA [ -2015

- A transitional neighborhood caught in the crosshairs of the most iconic and historic neighborhoods in Vancouver will become the site for a new art gallery. This physical and methapohrical threshold will help link the neighborhood allowing tourists to emerse themselves in the culture and residence a place to gather, study and converse.

[
Gastown is growing in popularity among young, urban Vancouverites, and fully 39% of area residents are between the ages of 20-34. Most of them (69%) are renters, as compared with 52% for the city of Vancouver and 35% for Metro Vancouver. Due to the nature of the housing stock in Gastown, 99% of residents live in apartment buildings many of them built since 1991.

Community

Age 20-34 Renting Ratio

39%

69%

% own cars

36%

City of Vancouver Founded[Previously known as Gastown]

1918

1935

1938

1944 1971 1986 1994 2010

12

Hour

s of S

un

J F M A M J J A S O N0

Threshold for Cultural InformationSenior Thesis : Vancouver CA [ -2015

- A transitional neighborhood caught in the crosshairs of the most iconic and historic neighborhoods in Vancouver will become the site for a new art gallery. This physical and methapohrical threshold will help link the neighborhood allowing tourists to emerse themselves in the culture and residence a place to gather, study and converse.

[
Staff:

Event Staff -

Janitor Staff -

Museum Support Staff -

Security Officer-

Even Staff/Security

Two Janitors

Executive Director : Administrative Manager Director of Development & Communications :Membership Director & Development Associate :Visitor and Volunteer Services Manager :Marketing & Engagement Coordinator :Curator of Collections : Exhibitions Manager :Curator of Exhibitions : Director of Community Engagement :Youth Programs Manager : School Programs Coordinator

Security guard

Program

Gallery Space10,500 SF

Library/Study10,500 SF

InteriorExterior 2,750 32,250

Large GallerySmall Gallery 3,000 5,000

GrossNet 5,000 25,250

BuiltGreen Park 8,500 32,250

Square Footage Comparison

GallerysBetween Space 3,000 8,000

43%

Interior vs Exterior Space

22,200 SF43%

24,500 SF

City Program

PORT OF VANCOUVERSTANLEY PARK

9:00 amAzimuth: 137Elevation: 5.8

12:00 pmAzimuth: 177.4Elevation: 17.2


SummerWinter

Lat: 49.3Lon: -123.0Elev 160 ft.

9:00 amAzimuth: 93.5Elevation: 34.6




Downtown

City Circulation

RAIL LINESWATERFRONT

ARTIERAL ROADSFREEWAY

VancouverPopulation 578,040

Regional + City analysis

MAIN

ST

Single Family Home Values-Below $ 1 million

-$1 million - 2$ million


-$3 million - 4$ million-$4 million - 5$ million-Over $ 5 million 0 1/4 MI

0 4 MI

0 4 MI

The human experience is heightened to its fullest extent when we are in a state of transition. Transitions in architecture are dened as threshold. Architecture enhances and enriches the human quality of life and sensory engagement by creating thresholds. Interstitial thresholds are known in the architectural realm as a third dimension; they are the space between physical attributes and dierent temporal, philosophical, political, social or historical dimensions. [1]

For Peter Zumthor, thresholds are moments and instants, not places. In his designs the passage between inside and outside is a crucial moment. At Sumvitg, a few steps and the change of materials create an awareness that you are about to leave solid ground. [2]

In this project, cultural thresholds intuitively exist all around the site. A casual ve minute walk through this neighborhood is no average walk. You will consciously cross a multitude of social, cultural, and historical boundaries that give this site its disposition. The site sits on converging crosshairs in the historic Gastown District bordered by Japantown, Chinatown, Rail town, and Strathcona neighborhoods, each with their own distinct history and identity. Block by block, the neighborhoods drastically change; the Cultural Center will correlate directly with these distinct regions, highlighting and exempli-fying the history of the area while providing a place to learn as the develop-ing neighborhoods assimilate.

The project proposes a Threshold for Cultural Information as the vehicle for highlighting the issues of identity, preservation, and education, with a focus on heightening and dening local culture. The design will lead the visitors beneath the linear threshold, breaking the normal grid as they arise through the glass substructure into the oating upper oors full of artifacts, artwork, books, and study space.

CULTURAL THRESHOLDS

2 Perspective
Staff:

Event Staff -

Janitor Staff -

Museum Support Staff -

Security Officer-

Even Staff/Security

Two Janitors

Executive Director : Administrative Manager Director of Development & Communications :Membership Director & Development Associate :Visitor and Volunteer Services Manager :Marketing & Engagement Coordinator :Curator of Collections : Exhibitions Manager :Curator of Exhibitions : Director of Community Engagement :Youth Programs Manager : School Programs Coordinator

Security guard

Program

Gallery Space10,500 SF

Library/Study10,500 SF

InteriorExterior 2,750 32,250

Large GallerySmall Gallery 3,000 5,000

GrossNet 5,000 25,250

BuiltGreen Park 8,500 32,250

Square Footage Comparison

GallerysBetween Space 3,000 8,000

43%

Interior vs Exterior Space

22,200 SF43%

24,500 SF

City Program

PORT OF VANCOUVERSTANLEY PARK

9:00 amAzimuth: 137Elevation: 5.8



SummerWinter

Lat: 49.3Lon: -123.0Elev 160 ft.

9:00 amAzimuth: 93.5Elevation: 34.6




Downtown

City Circulation

RAIL LINESWATERFRONT

ARTIERAL ROADSFREEWAY

VancouverPopulation 578,040

Regional + City analysis

MAIN

ST

Single Family Home Values-Below $ 1 million



-$3 million - 4$ million-$4 million - 5$ million-Over $ 5 million 0 1/4 MI

0 4 MI

0 4 MI

The human experience is heightened to its fullest extent when we are in a state of transition. Transitions in architecture are dened as threshold. Architecture enhances and enriches the human quality of life and sensory engagement by creating thresholds. Interstitial thresholds are known in the architectural realm as a third dimension; they are the space between physical attributes and dierent temporal, philosophical, political, social or historical dimensions. [1]

For Peter Zumthor, thresholds are moments and instants, not places. In his designs the passage between inside and outside is a crucial moment. At Sumvitg, a few steps and the change of materials create an awareness that you are about to leave solid ground. [2]

In this project, cultural thresholds intuitively exist all around the site. A casual ve minute walk through this neighborhood is no average walk. You will consciously cross a multitude of social, cultural, and historical boundaries that give this site its disposition. The site sits on converging crosshairs in the historic Gastown District bordered by Japantown, Chinatown, Rail town, and Strathcona neighborhoods, each with their own distinct history and identity. Block by block, the neighborhoods drastically change; the Cultural Center will correlate directly with these distinct regions, highlighting and exempli-fying the history of the area while providing a place to learn as the develop-ing neighborhoods assimilate.

The project proposes a Threshold for Cultural Information as the vehicle for highlighting the issues of identity, preservation, and education, with a focus on heightening and dening local culture. The design will lead the visitors beneath the linear threshold, breaking the normal grid as they arise through the glass substructure into the oating upper oors full of artifacts, artwork, books, and study space.

CULTURAL THRESHOLDS

2 Perspective
0 401/4 = 1

SECTIONA2 Perspective
0 401/4 = 1

SECTIONA2 Perspective
Level 10' - 0"

Level 216' - 0"

Level 321' - 0"

Level 434' - 0"

Basement-12' - 0"

0 401 = 10

SECTIONB

Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

Basement-12' - 0"

0 401 = 10

SECTIONC

Existing Split Lot

Spanning the GapGaining SF

Releif SpaceView Extrusion

Program HigherarchyStreet Front ReleifPublic Space

Light WellsProper Museum LightingTargeting Views

prog

ram

relief

view

extrude

relief

relief

connection

split

split

relief

light

light

viewlight

splitsplit

connection

relief

relief

extr

ude

view

view

view

light

light

light

light
Level 10' - 0"

Level 216' - 0"

Level 321' - 0"

Level 434' - 0"

Basement-12' - 0"

0 401 = 10

SECTIONB

Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

Basement-12' - 0"

0 401 = 10

SECTIONC

Existing Split Lot

Spanning the GapGaining SF

Releif SpaceView Extrusion

Program HigherarchyStreet Front ReleifPublic Space

Light WellsProper Museum LightingTargeting Views

prog

ram

relief

view

extrude

relief

relief

connection

split

split

relief

light

light

viewlight

splitsplit

connection

relief

relief

extr

ude

view

view

view

light

light

light

light
Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

0 401 = 10

EAST ELEVATIONB

Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

0 401 = 10

SOUTH ELEVATIONA

0 401 = 10

NORTH ELEVATIONB

South Asian208,535

9.94%

East Asian584,89527.88%

British Isles753,21535.90%

Eastern Euro219,32510.45%

Western Euro289,03013.78%

N. Euro123,620

5.89%

Other76

0.20%

Canadian296,89514.15%

TOTAL PROJECTION36,000 110,000

NonfamilyHouseholds101,20538.3%

FamilyHouseholds

213,70567.10%

Marriedcouple246,00041.50%

Malehouseholder

6,3903.70%

Femalehouseholder

8,1306.90%

Homeless2,650

81,935.04%

childrenunder 18

100,30016.80%

peopleover 6581,93513.60%

11,295

RACIAL DEMOGRAPHICS

HOUSEHOLDS

DEMOGRAPHICS

Railtown

Japantown

Chinatown

Strathcona Village

Gastown

- Art Museum Site Location
Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

0 401 = 10

EAST ELEVATIONB

Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

Level 10' - 0"

Level 216' - 0"

Level 322' - 0"

Level 434' - 0"

0 401 = 10

SOUTH ELEVATIONA

0 401 = 10

NORTH ELEVATIONB

South Asian208,535

9.94%

East Asian584,89527.88%

British Isles753,21535.90%

Eastern Euro219,32510.45%

Western Euro289,03013.78%

N. Euro123,620

5.89%

Other76

0.20%

Canadian296,89514.15%



FamilyHouseholds

213,70567.10%

Marriedcouple246,00041.50%

Malehouseholder

6,3903.70%

Femalehouseholder

8,1306.90%

Homeless2,650

81,935.04%

childrenunder 18

100,30016.80%


11,295

RACIAL DEMOGRAPHICS

HOUSEHOLDS

DEMOGRAPHICS

Railtown

Japantown

Chinatown

Strathcona Village

Gastown

- Art Museum Site Location
2 Perspective

UNCONVENTIONAL RESIDENCEARA DESIGN COMPETITION [ -Summer 2014

- Eco-friendly rammed earth residence design in the upscale neighbors of Camelback Mountain. Indoor outdoor living design for a large family and in-law suite.

[
2 Perspective

UNCONVENTIONAL RESIDENCEARA DESIGN COMPETITION [ -Summer 2014

- Eco-friendly rammed earth residence design in the upscale neighbors of Camelback Mountain. Indoor outdoor living design for a large family and in-law suite.

[
Winter Solsti

ce 23.4 Degrees

2 '

5'

Being located in Arizona this residency will capitalize on the extreme heat by implementing 57 cost effective 15% efficient solar panels. The average house this size consumes 48 Kwh per day and being located in Arizona the solar isolation is 6 Kwh/meters squared per day allowing us to be completely self-sufficient. After doing the math we must have 574sf of panels which is achieved with the 57 panels.

The house is designed to channel and collect all the water off the roofs into an underground cistern that will be used as grey water on-site. The hardscape and condensation from the HVAC system will be also collected and stored underground helping minimize the consumption of water as much as possible.

Stabilized rammed earth is one of the most environmental-ly-friendly and energy-efficient construction materials in the world due to its minimal impact on the environment during both in its production and lifetime as part of a building. The materials thickness allows you to build a passive solar home reducing the cost of air-conditioning and heat. Its night flushing is perfect for the desert allowing the house to remain cool and sealed during the day and ventilated at night.

GREEN TECHNOLOGY

6000 G. CisternIn-floor air distribution

Thermal massNight flushing down off Camelback Mt.

-57 Solar Panels creating 48 Kwh-Thermal Mass [rammed earth]-Cooling Tower-Night Flushing-6000 Gallon Cistern-Grey Water Irrigation-Positive Solar Orientation-Southern Overhangs-Eco Friendly Materials

10 sf

10sf x 57 Solar Panels= 570 sf of panels

creating 48 Kwh 100 % self-sufficient

SECTION A

2 Perspective
Winter Solsti

ce 23.4 Degrees

2 '

5'

Being located in Arizona this residency will capitalize on the extreme heat by implementing 57 cost effective 15% efficient solar panels. The average house this size consumes 48 Kwh per day and being located in Arizona the solar isolation is 6 Kwh/meters squared per day allowing us to be completely self-sufficient. After doing the math we must have 574sf of panels which is achieved with the 57 panels.

The house is designed to channel and collect all the water off the roofs into an underground cistern that will be used as grey water on-site. The hardscape and condensation from the HVAC system will be also collected and stored underground helping minimize the consumption of water as much as possible.

Stabilized rammed earth is one of the most environmental-ly-friendly and energy-efficient construction materials in the world due to its minimal impact on the environment during both in its production and lifetime as part of a building. The materials thickness allows you to build a passive solar home reducing the cost of air-conditioning and heat. Its night flushing is perfect for the desert allowing the house to remain cool and sealed during the day and ventilated at night.

GREEN TECHNOLOGY

6000 G. CisternIn-floor air distribution

Thermal massNight flushing down off Camelback Mt.

-57 Solar Panels creating 48 Kwh-Thermal Mass [rammed earth]-Cooling Tower-Night Flushing-6000 Gallon Cistern-Grey Water Irrigation-Positive Solar Orientation-Southern Overhangs-Eco Friendly Materials

10 sf

10sf x 57 Solar Panels= 570 sf of panels

creating 48 Kwh 100 % self-sufficient

SECTION A

2 Perspective
INITIAL MASSING

-Provides the initial backing for the new ns created.

-Create the shape of which you want to place your facade. -Set your work plans to the face of the building. Draw the exact shape you want to create.-Extrude the shape back one foot so you can see the mass.

DIVIDING THE MASS

-Create the exact shape of the new ns. Your paramet-ric object will be morphed into these divided zones.

-Select the face of the mass and create surface.-Using the U + V lines create a system that works for your desired design.-These 1 4 strips match the ns created in the family space.

APPLYING FINS

-Loading your initially created ns into the project and applying the to the mass.

-Open your n family and click load into project.-Once in the project select the divided surface and load this n le-This will create what is shown above.-Edit preferences will allow you to modify the length of the openings-Allow you to control the rotation angle of the n and each individual points because of the preset parameters

FINISHED DESIGN

-Applying material to the facade and hiding masses in order to created this nished product.

-Open the n family le again and select the prole we created.-In the preferences category change the material and reload this back into your project.-Under visibility and graphics make sure mass is unchecked and you will have completed this model.

FACADE OFFSET CONSTRAINT

-Allows the control of the oset from the face of the mass to where the screen wall wants to reside.

-Create a new work plane that is copied o the base grid system. -Apply a distance parameter that allows the control of this distance easily in your building model.-Make sure the grid system is shape of the panel you want to apply in the model.

FIN PROFILE

-Design the approximate shape of panel that you wish to create. This will be able to morph once control points are applied.

-Setting you work planes properly create each on the planes shown here.-Rotate the center plane 90 degrees so it is perpendicular to the base and elevate this up nearly 6.-Loft these planes together so they create one cohesive n.

PARAMETRIC CONTROL POINTS

-Apply the shown control points in order to set parame-ters that will allow the easy adaption of the shape and angles of the n.

-Create reference points at each of these locations that and set each to there own distance parameter.-This will allow you to enter numbers and distances into you preferences in order to elongate and morph the n.

ROTATION PARAMETER

-Allows you to enter degrees into the preferences changing the rotation of the center portion of the n.

-Create a reference plan on the center of the middle blade and constrain the center portion of the n to it.-This will be a rotation/angle constraint that will allow you to enter an angle 0-90 degrees and changes the opening.

2 Perspective

PARAMETRIC FACADEREVIT MODELING [ -FALL 2014

-Independent study regimented around the use of revit as a design tool to enhance my computer modeling abilities while furthering my design as a architecture student.

[
INITIAL MASSING

-Provides the initial backing for the new ns created.

-Create the shape of which you want to place your facade. -Set your work plans to the face of the building. Draw the exact shape you want to create.-Extrude the shape back one foot so you can see the mass.

DIVIDING THE MASS

-Create the exact shape of the new ns. Your paramet-ric object will be morphed into these divided zones.

-Select the face of the mass and create surface.-Using the U + V lines create a system that works for your desired design.-These 1 4 strips match the ns created in the family space.

APPLYING FINS

-Loading your initially created ns into the project and applying the to the mass.

-Open your n family and click load into project.-Once in the project select the divided surface and load this n le-This will create what is shown above.-Edit preferences will allow you to modify the length of the openings-Allow you to control the rotation angle of the n and each individual points because of the preset parameters

FINISHED DESIGN

-Applying material to the facade and hiding masses in order to created this nished product.

-Open the n family le again and select the prole we created.-In the preferences category change the material and reload this back into your project.-Under visibility and graphics make sure mass is unchecked and you will have completed this model.

FACADE OFFSET CONSTRAINT

-Allows the control of the oset from the face of the mass to where the screen wall wants to reside.

-Create a new work plane that is copied o the base grid system. -Apply a distance parameter that allows the control of this distance easily in your building model.-Make sure the grid system is shape of the panel you want to apply in the model.

FIN PROFILE

-Design the approximate shape of panel that you wish to create. This will be able to morph once control points are applied.

-Setting you work planes properly create each on the planes shown here.-Rotate the center plane 90 degrees so it is perpendicular to the base and elevate this up nearly 6.-Loft these planes together so they create one cohesive n.

PARAMETRIC CONTROL POINTS

-Apply the shown control points in order to set parame-ters that will allow the easy adaption of the shape and angles of the n.

-Create reference points at each of these locations that and set each to there own distance parameter.-This will allow you to enter numbers and distances into you preferences in order to elongate and morph the n.

ROTATION PARAMETER

-Allows you to enter degrees into the preferences changing the rotation of the center portion of the n.

-Create a reference plan on the center of the middle blade and constrain the center portion of the n to it.-This will be a rotation/angle constraint that will allow you to enter an angle 0-90 degrees and changes the opening.

2 Perspective

PARAMETRIC FACADEREVIT MODELING [ -FALL 2014

-Independent study regimented around the use of revit as a design tool to enhance my computer modeling abilities while furthering my design as a architecture student.

[
11

Transit Hub

Marana Rd

Sand

ario

Rd

Barnett Rd

2

2

Skyview Exit/Entrance Ramp

3

3

Naranja Farmers Market

4

4

Copper Theater

5

5

Fountain of Youth

6

6

The Citrus Hotel

7

7

Aerospace Nucleus

8

8

Financial District

9

9

Yoem Pueblo Fountain

10

10

Skyview Tower

11

11

Yoem Pueblo

12

12

Shopping Center

1313

City Hall

14

14

Honea Tower

15

15

Green Industrial

16

16

Marana Fire Dept. Station

17

17

Bikeway + Greenway

18

18

Grand Canyon University

Perspective View

2

0.25 0 0.50 MI

3.5 M SF + SF of new construction for proposed mixed-use development adjacent to the transit hub. $235 M in new construction costs

FINANCIAL SUMMARY | MAKING IT HAPPENInitial construction will be

short-term construction loan. A local bank

will be used so the developer can receive a high loan-to-value (LTV)

ratio of 75%.

Long-term permanent loans will be secured to cover the

permanent loans will reduce the to the developer

Mezzanine debt will be utilized to improve the LTV to 80% +

Median Household Income

Median Home Value

Town of Marana

City of Tucson

$68,000

$37,000

Town of Marana

City of Tucson

$280,000

$174,000

TUCSO

N BY-PASS

ROUTE 83

RO

U TE 216

ROUTE 19

ROUTE 85

RO

UTE

77

ROUTE 86

I-10

I-10 WESTfuture i11 supercorridor

TUCSON

MARANA

NOGALES

2 Perspective

CITY OF MARANA MASTER PLAN I-11 SUPER CORRIDOR [ -Spring 2014

- A transit oriented city capitalizing on next generation technology helping link the city of Marana with Tucson, Pheonix and on up the new CANAMEX corridor.

[
11

Transit Hub

Marana Rd

Sand

ario

Rd

Barnett Rd

2

2

Skyview Exit/Entrance Ramp

3

3

Naranja Farmers Market

4

4

Copper Theater

5

5

Fountain of Youth

6

6

The Citrus Hotel

7

7

Aerospace Nucleus

8

8

Financial District

9

9

Yoem Pueblo Fountain

10

10

Skyview Tower

11

11

Yoem Pueblo

12

12

Shopping Center

1313

City Hall

14

14

Honea Tower

15

15

Green Industrial

16

16

Marana Fire Dept. Station

17

17

Bikeway + Greenway

18

18

Grand Canyon University

Perspective View

2

0.25 0 0.50 MI


FINANCIAL SUMMARY | MAKING IT HAPPENInitial construction will be

short-term construction loan. A local bank

will be used so the developer can receive a high loan-to-value (LTV)

ratio of 75%.

Long-term permanent loans will be secured to cover the

permanent loans will reduce the to the developer

Mezzanine debt will be utilized to improve the LTV to 80% +

Median Household Income

Median Home Value

Town of Marana

City of Tucson

$68,000

$37,000

Town of Marana

City of Tucson

$280,000

$174,000

TUCSO

N BY-PASS

ROUTE 83

RO

U TE 216

ROUTE 19

ROUTE 85

RO

UTE

77

ROUTE 86

I-10

I-10 WESTfuture i11 supercorridor

TUCSON

MARANA

NOGALES

2 Perspective

CITY OF MARANA MASTER PLAN I-11 SUPER CORRIDOR [ -Spring 2014

- A transit oriented city capitalizing on next generation technology helping link the city of Marana with Tucson, Pheonix and on up the new CANAMEX corridor.

[
Passenger TrainStreet Car

3 Lane Road 3 Lane Road Freight TrainLiving MachineBio-filtration

Train Station

.

.

Marana Construction CostsProject Duration: 156Net Leasable Area: 400,000 SFLand: 35-50 acresSoft Costs: Architecture, Engineering, Title, Title Insurance, Taxes, Developm-ent Fee, Project Overhead, Legal, Inspection Fees, Marketing, Leasing ommis-sions, Construction Loan Fee, Acquistion Fee, Operating, Cost Deficit Hard Costs: Base Building, Tenant Improvements, Residential Infrastructure, Retail Infrastructure, Office Infrastructure, Commercial Infrastructure, Flex infrastructure


South BoundInterstate Movement

Frieght lineRail lines

Passenger line

Frieght Access to Industries

Passenger transit station

Bike CirculationPedestiran Movement

Walking Circulation

Green circulation

Light Rail CirculationLight Rail

Lightrail transit Hub

North Bound

2 Perspective
Passenger TrainStreet Car

3 Lane Road 3 Lane Road Freight TrainLiving MachineBio-filtration

Train Station

.

.

Marana Construction CostsProject Duration: 156Net Leasable Area: 400,000 SFLand: 35-50 acresSoft Costs: Architecture, Engineering, Title, Title Insurance, Taxes, Developm-ent Fee, Project Overhead, Legal, Inspection Fees, Marketing, Leasing ommis-sions, Construction Loan Fee, Acquistion Fee, Operating, Cost Deficit Hard Costs: Base Building, Tenant Improvements, Residential Infrastructure, Retail Infrastructure, Office Infrastructure, Commercial Infrastructure, Flex infrastructure


South BoundInterstate Movement

Frieght lineRail lines

Passenger line

Frieght Access to Industries

Passenger transit station

Bike CirculationPedestiran Movement

Walking Circulation

Green circulation

Light Rail CirculationLight Rail

Lightrail transit Hub

North Bound

2 Perspective
Two703

2.00%

Black806

2.30%

White24,05068.80%

Asian1,2803.70%

Indian1,2803.70%

Islander282

0.80%

Other76

0.20%

Hispanic7,730

22.10%


Living Alone2,129

18.80%


FamilyHouseholds

8,48375.10%

Marriedcouple

7,28564.50%

Malehouseholder

4213.70%

Femalehouseholder

7776.90%

over65 years

5645.00%

childrenunder 18

4,04935.80%


11,295

Kindergarten490

6.00%

Preschool677

8.30%

High School1,546

19.00%

Elementary School3,483

42.90%

College1,927

23.70%

8,123

OtherMarana UnifiedSchool District

1,800

Ritz-Carlton350

Wal-mart450 Town of

Marana300

Frys Foodand Drug

240

MaranaHealthCenter

195Sargent Controlsand Aerospace

255

RACIAL DEMOGRAPHICS

HOUSEHOLDS

SCHOOL ENROLLMENT

EMPLOYMENT 6,388

DEMOGRAPHICS | THOSE WHO DWELL HERE

DESIGN IMPLICATIONSMarana has the economic potential to develop into a transit oriented, economically viable, livable city. Planning efforts must be aggressive and utilize the citys unique location to produce jobs and promote sustainable development.

North Marana

East Marana

113

160

2012

NEW SINGLE FAMILYHOME PERMITS

AREA IN SQ MI 121 (of town)MILES OF STREETS 300MILES OF 1-10 20

102

375

South Marana

2 Perspective

GREEN FINGER CIRCULATION
Two703

2.00%

Black806

2.30%

White24,05068.80%

Asian1,2803.70%

Indian1,2803.70%

Islander282

0.80%

Other76

0.20%

Hispanic7,730

22.10%


Living Alone2,129

18.80%


FamilyHouseholds

8,48375.10%

Marriedcouple

7,28564.50%

Malehouseholder

4213.70%

Femalehouseholder

7776.90%

over65 years

5645.00%

childrenunder 18

4,04935.80%


11,295

Kindergarten490

6.00%

Preschool677

8.30%

High School1,546

19.00%

Elementary School3,483

42.90%

College1,927

23.70%

8,123

OtherMarana UnifiedSchool District

1,800

Ritz-Carlton350

Wal-mart450 Town of

Marana300

Frys Foodand Drug

240

MaranaHealthCenter

195Sargent Controlsand Aerospace

255

RACIAL DEMOGRAPHICS

HOUSEHOLDS

SCHOOL ENROLLMENT

EMPLOYMENT 6,388

DEMOGRAPHICS | THOSE WHO DWELL HERE

DESIGN IMPLICATIONSMarana has the economic potential to develop into a transit oriented, economically viable, livable city. Planning efforts must be aggressive and utilize the citys unique location to produce jobs and promote sustainable development.

North Marana

East Marana

113

160

2012

NEW SINGLE FAMILYHOME PERMITS

AREA IN SQ MI 121 (of town)MILES OF STREETS 300MILES OF 1-10 20

102

375

South Marana

2 Perspective

GREEN FINGER CIRCULATION
CAP

PRIMARY CIRCULATION

Residential Community


Transit Hub CRITICAL NODE

CAP Living MachineStaging

WaterFrom Hub

Downtown

PRIMARY CIRCULATION WATER FILTRATION PROGRAM




CAP

FilteredTo Hub

+ Downtown

Living MachineStaging

WaterFrom Hub

Public Park

DowntownResidential Community



Tech IndustryPublic Plaza

WATER FILTRATION

ESSENTIAL PROGRAM

CIRCULATION + VITAL AREAS

TUCSON BASIN

MARANA

IF MARANA BECAME MANHATTEN ISLANDThe Tucson and Tortilita Mountains contain the town to the west and the

residents with excellent view shed amenities. Architect Bill Mackey created an overlay graphic of available developable land in Southern Arizona.

east. between these mountain ranges is relatively flat land. providing the

FilteredTo Hub

+ Downtown

Downtown

2 Perspective
CAP

PRIMARY CIRCULATION




CAP Living MachineStaging

WaterFrom Hub

Downtown

PRIMARY CIRCULATION WATER FILTRATION PROGRAM




CAP

FilteredTo Hub

+ Downtown

Living MachineStaging

WaterFrom Hub

Public Park

DowntownResidential Community



Tech IndustryPublic Plaza

WATER FILTRATION

ESSENTIAL PROGRAM

CIRCULATION + VITAL AREAS

TUCSON BASIN

MARANA

IF MARANA BECAME MANHATTEN ISLANDThe Tucson and Tortilita Mountains contain the town to the west and the

residents with excellent view shed amenities. Architect Bill Mackey created an overlay graphic of available developable land in Southern Arizona.

east. between these mountain ranges is relatively flat land. providing the

FilteredTo Hub

+ Downtown

Downtown

2 Perspective
CENTER FOR INFORMATION + COLLABORATIONUU I UNVIERSITY OF ARIZONA [ -Fall 2013

- Linking the northern edge of campus creating a hub for academia, public exhibit space and more,

[

CONCRETE

EARTH WORK

LSTREET LIGHTBBENCH

RBIKE RACK

CHILLED WATER LINE

SITE BOUNDARY

SEWER LINE

ASPHALT

PPARKING

LEGEND

UNDERGROUND ACCESS

WATER

E SPEEDWAY BLVD

N. E

uclid

Ave

.

N

0 32magnetic north

N

CIC SITE

TREE PALM TREE

CIC SITE PLAN

0 200

-Vertical Plumbing-Restrooms

-Screen Wall Shading-Structural Walls-Super Structure

-Vertical Mechanical Shafts

-Vertical Circulation-Horizontal Circulation

-Glass Glazing

-Super Structure

PROGRAM DIAGRAM

TOTAL w EXTERIOR 94,584

NET +

GR

OS

S

NET AREA: 51,588

NET AREA: 104,715

Building Efficiency: 49%

BE: 49% Service: 14.3%

OPEN STUDY

OUTDOOR SPACE

PUBLIC SPACE

LOBBY ATRIUM

ADMINISTRATION

SERVICE

COLLABERATION2 Perspective
CENTER FOR INFORMATION + COLLABORATIONUU I UNVIERSITY OF ARIZONA [ -Fall 2013

- Linking the northern edge of campus creating a hub for academia, public exhibit space and more,

[

CONCRETE

EARTH WORK

LSTREET LIGHTBBENCH

RBIKE RACK

CHILLED WATER LINE

SITE BOUNDARY

SEWER LINE

ASPHALT

PPARKING

LEGEND

UNDERGROUND ACCESS

WATER

E SPEEDWAY BLVD

N. E

uclid

Ave

.

N

0 32magnetic north

N

CIC SITE

TREE PALM TREE

CIC SITE PLAN

0 200

-Vertical Plumbing-Restrooms

-Screen Wall Shading-Structural Walls-Super Structure

-Vertical Mechanical Shafts

-Vertical Circulation-Horizontal Circulation

-Glass Glazing

-Super Structure

PROGRAM DIAGRAM

TOTAL w EXTERIOR 94,584

NET +

GR

OS

S

NET AREA: 51,588

NET AREA: 104,715

Building Efficiency: 49%

BE: 49% Service: 14.3%

OPEN STUDY

OUTDOOR SPACE

PUBLIC SPACE

LOBBY ATRIUM

ADMINISTRATION

SERVICE

COLLABERATION2 Perspective
Car Circulation

Site Circulation

Site entrance

Site setbacks

Utility Tunnel

Utilities

SITE ACCESS

Access AlleyUTILITYTUNNEL A - Metal Mesh Screen

B - Wide FlangeC - Round Steel Tube

Building

Parti Procession

Breezeway

Outdoor space

Pedestrian Circulation

PossibleMassing

SITE ANALYSIS:

2 Perspective

WALL DETAILD - Rectangular Steel TubeE - Square Steel TubeF - Metal Strip Shading

G - Steel FrameH - Curtain WallI - Mullion

J - Glass StructureK - Rectangular Glass ClipL - Spider Fitting
Car Circulation

Site Circulation

Site entrance

Site setbacks

Utility Tunnel

Utilities

SITE ACCESS

Access AlleyUTILITYTUNNEL A - Metal Mesh Screen

B - Wide FlangeC - Round Steel Tube

Building

Parti Procession

Breezeway

Outdoor space

Pedestrian Circulation

PossibleMassing

SITE ANALYSIS:

2 Perspective

WALL DETAILD - Rectangular Steel TubeE - Square Steel TubeF - Metal Strip Shading

G - Steel FrameH - Curtain WallI - Mullion

J - Glass StructureK - Rectangular Glass ClipL - Spider Fitting
1/16 STRUCTURAL MODEL2 Perspective

1/16 Model
1/16 STRUCTURAL MODEL2 Perspective

1/16 Model
2 Perspective - Aerial

UNITARIAN UNIVERSALIST[ UU I FOOTHILLS CHURCH CAMPUS [ -Spring 2013

- A new Unitarian Church proposal nestled in the precious Sonora desert landscape located just north of Tucson Arizona.

NORTH ORACLE RO

AD

N

DOWNTOWN TUCSON

10500 N. ORACLE RD5,137 ABOVE SEA

14.8 Miles

BROWN MT. RANGE

PUSCH RIDGE8,257 ASL

CATALINA MOUNTAIN

9,157 ABOVE SEA

EAST NARANJA ROAD

EAST

PUSCH VIEW

LA

NE

NO

RTH

1st A

VENUE

OR

ACLE R

OAD

ORACLE SITE10500 N. Oracle

Lat: 3223'36.78"NLong: 11057'22.79"W

SANTA CATALINA MOUNTAIN RANGE0 30

magnetic north

N

1" = 30-0"

1:30 SITE PLANLOT SIZE: 14.66 ACRES

638,493 sq. ft.

ZONING: SR (SUBURBAN RANCH)

A

C

E

F

B

D

Social hall

Education

Sanctuary

Chapel

Parking

Courtyard

G Info Center

SIDE YARD SET BACK: 10FRONT YARD SET BACK: 50

H Nursery

I Kitchen

2,016 sq. ft.

1,592 sq. ft.

2,160 sq. ft.

198 sq. ft.

8,000 sq. ft.

3,036 sq. ft.

980 sq. ft.

952 sq. ft.

672 sq. ft.

J Library 1130 sq. ft.
2 Perspective - Aerial

UNITARIAN UNIVERSALIST[ UU I FOOTHILLS CHURCH CAMPUS [ -Spring 2013

- A new Unitarian Church proposal nestled in the precious Sonora desert landscape located just north of Tucson Arizona.

NORTH ORACLE RO

AD

N

DOWNTOWN TUCSON

10500 N. ORACLE RD5,137 ABOVE SEA

14.8 Miles

BROWN MT. RANGE

PUSCH RIDGE8,257 ASL

CATALINA MOUNTAIN

9,157 ABOVE SEA

EAST NARANJA ROAD

EAST

PUSCH VIEW

LA

NE

NO

RTH

1st A

VENUE

OR

ACLE R

OAD

ORACLE SITE10500 N. Oracle

Lat: 3223'36.78"NLong: 11057'22.79"W

SANTA CATALINA MOUNTAIN RANGE0 30

magnetic north

N

1" = 30-0"

1:30 SITE PLANLOT SIZE: 14.66 ACRES

638,493 sq. ft.

ZONING: SR (SUBURBAN RANCH)

A

C

E

F

B

D

Social hall

Education

Sanctuary

Chapel

Parking

Courtyard

G Info Center

SIDE YARD SET BACK: 10FRONT YARD SET BACK: 50

H Nursery

I Kitchen

2,016 sq. ft.

1,592 sq. ft.

2,160 sq. ft.

198 sq. ft.

8,000 sq. ft.

3,036 sq. ft.

980 sq. ft.

952 sq. ft.

672 sq. ft.

J Library 1130 sq. ft.
LAND ETHICS PROGRAMMING

The resolution to this solar issue was to rotate the southern building 90 degrees while maintaining the same FFE. This new orientation created a central courtyard that would channel wind water and people through, creating a lush heavily vegetat-ed garden space.

These new lines allowed for window targeting and narrowing your view on this breath taking Pusch Ridge. Minor cuts allowed for all rooms to have a glimpse of this views while the major spaces (Sanctuary, Social Hall, Courtyard) were given the best views.

LEVEL FFE

SOLAR ORIENTATION

N

SOLAR ORIENTATION

VIEW

AN

GLE

S

TOPO

GRAP

HY AN

GLES

N

PUSCH RIDGE VIEW

TARGETED VECTORS

2 Section - East

SANCTUARY EXTERIOR

SANCTUARY
LAND ETHICS PROGRAMMING

The resolution to this solar issue was to rotate the southern building 90 degrees while maintaining the same FFE. This new orientation created a central courtyard that would channel wind water and people through, creating a lush heavily vegetat-ed garden space.

These new lines allowed for window targeting and narrowing your view on this breath taking Pusch Ridge. Minor cuts allowed for all rooms to have a glimpse of this views while the major spaces (Sanctuary, Social Hall, Courtyard) were given the best views.

LEVEL FFE

SOLAR ORIENTATION

N

SOLAR ORIENTATION

VIEW

AN

GLE

S

TOPO

GRAP

HY AN

GLES

N

PUSCH RIDGE VIEW

TARGETED VECTORS

2 Section - East

SANCTUARY EXTERIOR

SANCTUARY
Plan 3" = 1'-0"

2

Section Perspective 6" = 1'-0"

5

Elevation

Force Diagram

Deformation Diagram

Moment Diagram

This one way system attempts to bridge the gap while remaining outside the no build zone. The no build zone forced the design vertical while the spanning the gap at the 8 mark. This design attempts to fabricate a pin connection at both ends of the vertical piers allowing deformation forced down by the load applicator. Lateral stability was acheived through the double system that has trianglular legs that stems out providing even more stablity. The legs are capped with steel on both ends allowing the vectors to allign as they feed into the next material. Both systems are tied together with a welded compressive steel plate that runs the distance of the barring surface which allows even greater lateral stability. The top fanned out pieces of steel create the bench where the applicator sits and was designed to be form specic to the forces coming down. The steel should deform and bow outward but is held in check by the welded peices on the inside.

CONCEPT EVOLUTION

STURCTURES FORM CRUSHING[ ONE WAY CRUSHING I ARC322 [ -Spring 2013
Plan 3" = 1'-0"

2

Section Perspective 6" = 1'-0"

5

Elevation

Force Diagram

Deformation Diagram

Moment Diagram

This one way system attempts to bridge the gap while remaining outside the no build zone. The no build zone forced the design vertical while the spanning the gap at the 8 mark. This design attempts to fabricate a pin connection at both ends of the vertical piers allowing deformation forced down by the load applicator. Lateral stability was acheived through the double system that has trianglular legs that stems out providing even more stablity. The legs are capped with steel on both ends allowing the vectors to allign as they feed into the next material. Both systems are tied together with a welded compressive steel plate that runs the distance of the barring surface which allows even greater lateral stability. The top fanned out pieces of steel create the bench where the applicator sits and was designed to be form specic to the forces coming down. The steel should deform and bow outward but is held in check by the welded peices on the inside.

CONCEPT EVOLUTION

STURCTURES FORM CRUSHING[ ONE WAY CRUSHING I ARC322 [ -Spring 2013

Stratton Andrews Undergraduate Portfolio

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Transcript of Stratton Andrews Undergraduate Portfolio