Andrew Newman Portfolio

ANDREW NEWMAN LEED AP BD+CARCHITECTURAL DESIGNER

[email protected] Sidney Marcus Blvd, Atlanta GA

Design Perspectives / Portfolio 2013 / Volume 2.02

Andrew Newman | Selection of Work

Resume —

Professional Work —

Zimmer Gunsul Frasca /01

Perkins+Will /02

Perkins Eastman /03

Graduate Work —

Graduate Thesis /01

Parametric Lantern /02

Design/Build Studio /03

Re-Skinning Studio /04

SEC Studio /05

DESIGN EXPLORATIONS

01

02

3

Andrew NewmanAssociate AIA, LEED® AP BD+C

BiographyWith a critical eye for detail and professional experience from planning and design to assembly, I practice efficiency and communication in order to translate clients’ visions into final design solutions, presentations, and documents.

EducationUniversity of Cincinnati, DAAP | Cincinnati, OhioMaster of Architecture, August 2010 — May 2013

Maryland Institute College of Art | Baltimore, MarylandBachelor of Fine Arts, Environmental Design, August 2004 — May 2008

Mark Stempel ‘90 Thesis Prize for Design ExcellencePresidential & Trustee Scholarship Recipient

QualificationsSoftware Proficiency

Autodesk Revit 2014 Rhinoceros 5.0 Grasshopper DynamoRhinoceros 5.03D Studio Max 2014

Design Experience

Architectural VisualizationConcept DesignMasterplanningSchematic Design

Credentials/AffiliationsAmerican Institute of Architects, AssociateDesign Technology Leader, Commitee MemberPerkins+Will Research Journal 04.01 — Fall 2012LEED Accredited Professional, March 2009 — PresentUniversity of Cincinnati Health & Fitness OrganizationUniversity of Cincinnati Women’s Lacrosse, Volunteer

ExperienceBarber McMurry Architects | Knoxville, TNArchitectural Designer, February 2015 — PresentResponsible for the design, coordination, and technical development for commercial and healthcare projects from schematic design through construction administration. A majority of tasks have included BIM modeling, computer rendering, consultant coordination, construction documentation, and client relations. www.perkinswill.com

Perkins + Will | Atlanta, GAArchitectural Designer, May 2013 — PresentIntern Architect, January 2011 — September 2011

Staff support for design, consultant coordination and documentation of local K-12 education, corporate, civic and commercial projects. Project tasks have included BIM modeling & management, drafting, rendering as well as graphic illustrations. www.perkinswill.com

Zimmer Gunsul Frasca Architects | Portland, ORIntern Architect, March 2012 — September 2012

Full-time intern architect providing architectural support in the design, coordination and detailing of a 50 story residential tower in Vancouver, B.C. Project tasks involved BIM modeling and producing an architectural set of drawings for design development.www.zgf.com

Perkins Eastman Architects | New York, NYArchitectural Designer, August 2008 — April 2009

Full-time junior architect working among other architects, consultants and planners to develop design concepts for various international residential and commercial projects. www.perkinseastman.com

Ziger/Snead Architects | Baltimore, MDIntern Architect, January 2008 — April 2009

Part-time intern architect assisting architecture team members to develop construction documentation, site analysis, and illustrate design goals and representations for clients.www.zigersnead.com

Professional References available upon request

Phone513.680.8205

[email protected]

PorfolioClick here to view portfolio

Autodesk VasariAdobe IllustratorAdobe PhotoshopAdobe InDesignSketchupAutoCAD

Design DevelopmentConstruction DocumentationGraphic DesignMarketing

Andrew NewmanLEED® AP BD+C

BiographyWith a critical eye for detail and professional experience from planning and design to assembly, I practice efficiency and communication in order to translate clients’ visions into final design solutions, presentations, and documents.

EducationUniversity of Cincinnati, DAAP | Cincinnati, OhioMaster of Architecture, August 2010 — May 2013

Maryland Institute College of Art | Baltimore, MarylandBachelor of Fine Arts, Environmental Design, August 2004 — May 2008

Mark Stempel ‘90 Thesis Prize for Design ExcellencePresidential & Trustee Scholarship Recipient

QualificationsSoftware Proficiency

Autodesk Revit 2014 Rhinoceros 5.0 Grasshopper DynamoRhinoceros 5.03D Studio Max 2014

Design Experience

Architectural VisualizationConcept DesignMasterplanningSchematic Design

Credentials/AffiliationsDesign Technology Leader, Commitee MemberPerkins+Will Research Journal 04.01 — Fall 2012LEED Accredited Professional, March 2009 — PresentUniversity of Cincinnati Health & Fitness OrganizationUniversity of Cincinnati Women’s Lacrosse, Volunteer

ExperiencePerkins + Will | Atlanta, GAArchitectural Designer, May 2013 — PresentIntern Architect, January 2011 — September 2011

Staff support for design, consultant coordination and documentation of local K-12 education, corporate, civic and commercial projects. Project tasks have included BIM modeling & management, drafting, rendering as well as graphic illustrations. www.perkinswill.com

Zimmer Gunsul Frasca Architects | Portland, ORIntern Architect, March 2012 — September 2012

Full-time intern architect providing architectural support in the design, coordination and detailing of a 50 story residential tower in Vancouver, B.C. Project tasks involved BIM modeling and producing an architectural set of drawings for design development.www.zgf.com

Perkins Eastman Architects | New York, NYArchitectural Designer, August 2008 — April 2009

Full-time junior architect working among other architects, consultants and planners to develop design concepts for various international residential and commercial projects. www.perkinseastman.com

Ziger/Snead Architects | Baltimore, MDIntern Architect, January 2008 — April 2009

Part-time intern architect assisting architecture team members to develop construction documentation, site analysis, and illustrate design goals and representations for clients.www.zigersnead.com

Professional References available upon request

Phone513.680.8205

[email protected]

PorfolioClick here to view portfolio

Autodesk VasariAdobe IllustratorAdobe PhotoshopAdobe InDesignSketchupAutoCAD

Design DevelopmentConstruction DocumentationGraphic DesignMarketing

Professional Work

01/

Zimmer Gunsul Frasca /01

University of Oregon - Football Operations

Civic Center Residential Tower

Perkins+Will /03

BMW Executive Headquarters

Charleston Office Building

Sheet Music - Nashville Office Tower

Franklin School - CoStar Group

Ballou High School Replacement

IMF Renovation Competition

Perkins Eastman /08

Megastar Dubiotech Tower

Trump Resorts Serrenia Masterplan


CASANOVA CENTER PERFORMANCE CENTER

UNIVERSITY OF OREGON / Eugene, OR

During my internship at the services of Zimmer Gunsul Frasca I was lucky enough to spend a couple weeks working on the new Casanova football operations building for the University of Oregon. The new center included a 25,000 square-foot weight room, an enhanced grass football practice field as well as the addition of two new synthetic turf practice fields, and a full-service dining facility available to all University athletes, students and staff.

01/01

8

Andrew Newman | Selection of Work 9


Zimmer Gunsul FrascaUO Cassanova CenterEugene, OR / July 2012

Top: Site PlanLeft & Below: Building PhotographsRight: Building Elevations

B

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10


A

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B

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B

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NORTH ELEVATION

SOUTH ELEVATION

EAST ELEVATION

WEST ELEVATION

UO CASANOVA CENTER

A TEACHING BOX

B BRIDGE

C OFFICE BAR

D WEIGHT ROOM

E MECHANICAL

11


A

B

C

DE

F


Top Left: Floor PlanTop: Building SectionRight: Building Photographs

UO CASANOVA CENTER

A ATHLETIC LOUNGE

B OFFICE

C HEAD COACH OFFICE

D WEIGHT ROOM

E LOCKER ROOM

F FIELD SUPPORT

AA

12




My responsibility on this project was to help aid other architects design the composition of the west facade. This facade faces the football practice fields and is one of the signature facades of the building. The complex curtain wall assembly consists of 16 different configurations of fritted glass fixed into modular position within a structural system that is aligned to the curtain wall module beyond.


Opposite: Facade StudyLeft: Wall Section

The West Facade

SUNSHADE WALL SECTION

A

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BC

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METAL PARAPET COPING

MEMBRANE ROOF SYSTEM

FLAT ALUM METAL NOSING AND SOFFIT

STEEL TRUSS STRUCTURE

VISION GLAZING

ALUM FRAMED SUNSHADE

CONCRETE SLAB ON METAL DECK

LATERAL STRUT SYSTEM

STRUCTURAL HANGER ROD

SPANDREL GLASS

SUNSHADE SUSPENSION ROD

CFMF FRAMING HUNG FROM STRUCTURE

15


SURREY CITY DEVELOPMENT

CIVIC CENTER RESIDENTIAL TOWER / Vancouver, BC

Zimmer Gunsul Frasca was commissioned to design the exterior envelope of the 50-storey mixed-use hotel and residential project, 3 Civic Plaza. In the scope of work, ZGF was the responsible for the form and character of the facade.

The project will include a “boutique” hotel called the Civic Hotel. The hotel will feature 160 guest rooms, include meeting space to accommodate over 300 people and will be backed by an international reservation system. ZGF was also in charge of some parts of the hotel layouts as well.

Working within the envelope design team, I was in charge of modeling the skin of the tower in Revit, producing a set of 3 series sheets. These sheets included section, elevation, and detail drawings of numerous conditions around the facade. I also was in charge of coordinating the 3D model with various subcontractors and fabricators. Through this experience, I was able to expand my skill level in Revit, Photoshop and 3DS Max.

01/02

16



Surrey Civic Center | South Elevation Surrey Civic Center | West Elevation

18


Surrey Civic Center | PerspectivesTop: Lobby Rendering

Right: Plaza Rendering

19


GLAZING

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PLA

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ALUMINUM WINDOWWALL MULLION

ALUMINUM FIN BELOW

STRUCTURAL SEALANT

ALUMINUM FIN - THERMALLYISOLATED FROM MULLION

SEALANT AND BACKER ROD

GLAZING

SUPPORT STEEL FOR WINDOWWALL SYSTEM -*OPTION A (VERTICALS ATEACH MULLION)

5/8"

4 1/2" 2"

EXTRUDED ALUMINUMCLADDING AT SUPPORT STEEL

*OPTION B (6" WINDOW WALLMULLIONS WITH INTERNAL STEELREINF.)

SE

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ION

DIM

EN

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EC

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STRUCTURAL SEALANT

SPANDREL GLASS

METAL BACKPAN

EXTRUDED ALUMINUM FIN

MEMBRANE

TOP OF CONCRETE SLAB

EXTRUDED ALUMINUM TRIMFLASHING

CURTAIN WALL INSULATION

FIXED GLAZING

ALUMINUM WINDOW WALL SYSTEM

TOP OF MULLION & FIN


ALIGN VERTICAL FIN ANDALUMINUM TRIM

RAISED ACCESSFLOOR

1' -

0"

1' -

0"

10 1

/2"

TOP OF RAISED FLOOR

METAL STUD WALL

VERTICAL SUPPORTSTEEL FOR WINDOWWALL SYSTEM INMULLION BEYOND

ALUMINUM WINDOW WALLSYSTEM

FIXED GLAZING

VENT AIR FLOW

CONTINUOUS ALUMINUMLOUVER - GLAZED INTOWINDOW WALL

EXTRUDED ALUMINUM FIN -ALIGN WITH VERTICAL FIN

INSULATED AWNING DOORFOR WINDOW VENTING

6 3/

4"

CL

SE

CT

ION

DIM

EN

SIO

NS

EC

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NS

ION

STRUCTURAL SEALANT

SPANDREL GLASS

METAL BACKPAN


MEMBRANE

TOP OF CONCRETE SLAB

EXTRUDED ALUMINUM TRIMFLASHING

CURTAIN WALL INSULATION

FIXED GLAZING

ALUMINUM WINDOW WALL SYSTEM

TOP OF RAISED FLOOR


ALIGN VERTICAL FIN ANDALUMINUM TRIM

RAISED ACCESSFLOOR

1' -

0"

1' -

0"

10 1

/2"

TOP OF RAISED FLOOR

METAL STUD WALL


ALUMINUM WINDOW WALLSYSTEM

GLAZING

VENT AIR FLOW

CONTINUOUS ALUMINUMLOUVER - GLAZED INTOWINDOW WALL

INSULATED AWNING DOORFOR WINDOW VENTING

ZERO SIGHT LINEAWNING WINDOW

4 1/2" 2"

EXPRESSED ALUMINUM MULLION ATAWNING WINDOW

3/4"

SE

CT

ION

DIM

EN

SIO

NS

EC

TIO

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IME

NS

ION

AWNING WINDOW

ALUMINUM WINDOWWALL SYSTEM

FIXED WINDOW


4 1/2" 2"

3/4"

EXPRESSED ALUMINUMMULLION AT AWNING WINDOW

ZERO SIGHT LINE AWNINGWINDOW

CL

PLA

N D

IME

NS

ION

PLA

N D

IME

NS

ION

ALUMINUM WINDOWWALL MULLION

ALUMINUM FIN BELOW

STRUCTURAL SEALANT

ALUMINUM FIN - THERMALLYISOLATED FROM MULLION


FIXED GLAZING

SUPPORT STEEL FOR WINDOWWALL SYSTEM -*OPTION A (VERTICALS ATEACH MULLION)

5/8"

4 1/2" 2"

EXTRUDED ALUMINUMCLADDING AT SUPPORT STEEL

*OPTION B (6" WINDOW WALLMULLIONS WITH INTERNAL STEELREINF.)

3/16

"

SILL BELOW

3/4"

EXPRESSED ALUMINUMMULLION AT AWNING WINDOW

Unit 235, 11300 NO. 5 ROAD, RICHMOND, BC V7A 5J7

TEL: (604) 272-1477 FAX: (604) 272-1471 EMAIL: [email protected]

WEB: www.cotterarchitects.com

PROJECT:

CLIENT:

DRAWN

CHECKED:

SCALE:

JOB No:

DATE:

SHEET TITLE:

SEAL:

DRAWING NO: REV:

COPYRIGHT RESERVED. THIS PLAN AND DESIGN ARE, AND AT ALL TIMES REMAINTHE EXCLUSIVE PROPERTY OF PATRICK COTTER ARCHITECT INC. AND CANNOT BEUSED OR REPRODUCED WITHOUT THE ARCHITECT'S WRITTEN CONSENT.

ISSUED:

PROJECT ADDRESS:

--

--

--

--

--

--

--

--

--

--

--

RZ

MARK

29/06/12

07/06/12

10/05/12

19/04/12

15/03/12

08/03/12

21/02/12

09/02/12

27/01/12

20/01/12

13/01/12

23/12/11

DD/MM/YY

100% DESIGN DEVELOPMENT

ADVISORY DESIGN PANEL SUBMISSION #3


ISSUED TO CONSULTANTS

ADVISORY DESIGN PANEL SUBMISSION

DEVELOPMENT PERMIT APPLICATION

PROGRESS SET SENT TO CITY

PROGRESS SET

PROGRESS SET

PROGRESS SET

PROGRESS SET FOR COORDINATION

REZONING & SUBDIVISION APPLICATION

DESCRIPTION

NOTES:

NOT FORCONSTRUCTION

3" = 1'-0"

2/4/

2013

6:5

7:09

PM A-405

DETAILS,EXTERIOR

June 2012

SCD

Checker

Author

Surrey CentreMixed-Use Development

Surrey Tower DevelopmentManagement Corporation

103A Avenue & City Parkway, Surrey BC

3" = 1'-0"A-4051 OFFICE - VERTICAL MULLION

3" = 1'-0"A-4052 OFFICE - HEAD AND SILL (FIXED)

3" = 1'-0"A-4054 OFFICE - AWNING HEAD

3" = 1'-0"A-4053 OFFICE - INTERMEDIATE HORIZ MULL W/ BUTT AWNING SILL

3" = 1'-0"A-4055 OFFICE - VERTICAL MULLION W/ AWNING JAMB

PRODUCED BY AN AUTODESK STUDENT PRODUCT

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Office Facade West - Enlarged Elevation | Enlarged Plan

Office Facade West - Cut-away SectionOffice Facade West - Sill Detail

Office Facade West - Wall Section

20


LEVEL 16125.39

LEVEL 17128.35

LEVEL 18131.31

12 13

3A-316

1 112

1 1

112

1 1

1

2

2

2

2

1

1

1

1

2

2

2

2

2 1

1

1

1

2

2 1

2

2 1 1 1

ALUM WINDOW WALL (SERIES 3)

COMPOSITE ALUMINUM PANEL


GLAZING - SEE SCHEDULE

AWNING WINDOW, TYP.

AWNING WINDOW, TYP.

WITH BUTT GLAZED VERTICALJOINTS AND 3" DEEP HORIZONTALEXTRUDED ALUMINUM FINS

2

A-401

3

A-401

1

A-406

3

A-406

2

A-406

5

A-406

2

2

2

G

E

D

12 1319

3' - 3"

2'-0"

4'-8"

2'-0"

1'-6 3/8"

4'-1

7/8

"

11 1/2"

LEVEL 16125.39

LEVEL 17128.35

LEVEL 18131.31

9'-8

1/2

"9'

-8 1

/2"

1'-0

"1'

-10

7/8"

2'-1

5/8

"2'

-1 5

/8"

2'-0

3/8

"6"

BATT INSULATION




PROJECT:

CLIENT:

DRAWN

CHECKED:

SCALE:

JOB No:

DATE:

SHEET TITLE:

SEAL:

DRAWING NO: REV:


ISSUED:

PROJECT ADDRESS:

--

--

--

--

--

--

--

--

--

--

--

RZ

MARK

29/06/12

07/06/12

10/05/12

19/04/12

15/03/12

08/03/12

21/02/12

09/02/12

27/01/12

20/01/12

13/01/12

23/12/11

DD/MM/YY








PROGRESS SET

PROGRESS SET

PROGRESS SET



DESCRIPTION

NOTES:

NOT FORCONSTRUCTION

1/2" = 1'-0"

2/4/

2013

6:5

5:20

PM A-316

ENLARGEDELEVATION / WALLSECTION - HOTELWEST

June 2012

SCD

Checker

Author



103A Avenue & City Parkway, Surrey BC 1/2" = 1'-0"A-316

1 ENLARGED ELEVATION - HOTEL WEST

1/2" = 1'-0"A-3162 PLAN - HOTEL WEST

1/2" = 1'-0"A-3163 WALL SECTION - HOTEL WEST1


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LEVEL 16125.39

LEVEL 17128.35

LEVEL 18131.31

12 13

3A-316

1 112

1 1

112

1 1

1

2

2

2

2

1

1

1

1

2

2

2

2

2 1

1

1

1

2

2 1

2

2 1 1 1




GLAZING - SEE SCHEDULE

AWNING WINDOW, TYP.

AWNING WINDOW, TYP.

WITH BUTT GLAZED VERTICALJOINTS AND 3" DEEP HORIZONTALEXTRUDED ALUMINUM FINS

2

A-401

3

A-401

1

A-406

3

A-406

2

A-406

5

A-406

2

2

2

G

E

D

12 1319

3' - 3"

2'-0"

4'-8"

2'-0"

1'-6 3/8"

4'-1

7/8

"

11 1/2"

LEVEL 16125.39

LEVEL 17128.35

LEVEL 18131.31

9'-8

1/2

"9'

-8 1

/2"

1'-0

"1'

-10

7/8"

2'-1

5/8

"2'

-1 5

/8"

2'-0

3/8

"6"

BATT INSULATION




PROJECT:

CLIENT:

DRAWN

CHECKED:

SCALE:

JOB No:

DATE:

SHEET TITLE:

SEAL:

DRAWING NO: REV:


ISSUED:

PROJECT ADDRESS:

--

--

--

--

--

--

--

--

--

--

--

RZ

MARK

29/06/12

07/06/12

10/05/12

19/04/12

15/03/12

08/03/12

21/02/12

09/02/12

27/01/12

20/01/12

13/01/12

23/12/11

DD/MM/YY








PROGRESS SET

PROGRESS SET

PROGRESS SET



DESCRIPTION

NOTES:

NOT FORCONSTRUCTION

1/2" = 1'-0"

2/4/

2013

6:5

5:20

PM A-316

ENLARGEDELEVATION / WALLSECTION - HOTELWEST

June 2012

SCD

Checker

Author



103A Avenue & City Parkway, Surrey BC 1/2" = 1'-0"A-316

1 ENLARGED ELEVATION - HOTEL WEST

1/2" = 1'-0"A-3162 PLAN - HOTEL WEST

1/2" = 1'-0"A-3163 WALL SECTION - HOTEL WEST1


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GLAZING

ALUMINUM WINDOW WALL

SYSTEM

GLAZING


SYSTEM


RIGID INSULATION

WATER / VAPOR BARRIER

COMPOSITE ALUMINUM

PANEL

4"

4 1/2" 2"

SE

CT

ION

DIM

EN

SIO

NS

EC

TIO

N D

IME

NS

ION


WEEP

WEEP

METAL FLASHING

WATER / VAPOR BARRIER -

LAP ONTO METAL FLASHING

4 1/2" 2"

2 1/2" 2"

4 1/2"

EXTRUDED ALUMINUM

WINDOW SILL EXTENSION

GLAZED IN "TRICKLE VENT"

10 3

/4"

ROLLER SHADE

EXTRUDED ALUMINUM

CLOSURE

5"

5"

3/4

"3/4

"

6 1

/4"

10 1

/2"

6 5/8"

GLAZING


SYSTEM

GLAZING


SYSTEM



RIGID INSULATION

WATER / VAPOR BARRIER

COMPOSITE ALUMINUM

PANEL

4"

4 1/2" 2"

4 1/2"

TOP OF FLOOR SLAB

SE

CT

ION

DIM

EN

SIO

NS

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NS

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COMPOSITE ALUMINUM

PANEL

10 3

/4"

2"

ROLLER SHADE"

EXTRUDED ALUMINUM

WINDOW SILL EXTENSION

EXTRUDED ALUMINUM

CLOSURE

5"

5"

INSULATING SPANDREL

GLASS

CL

PLA

N D

IME

NS

ION

PLA

N D

IME

NS

ION

EXTRUDED ALUMINUM

MULLION EXTENSION

INSULATING SPANDREL

GLASS

ALUMINUM WINDOW

WALL MULLION

2"4 1/2"

CONCRETE COLUMN

METAL STUD PARTITION

AWNING WINDOW

CL

SE

CT

ION

D

IME

NS

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SE

CT

ION

D

IME

NS

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AWNING WINDOW

ALUMINUM WINDOW

WALL MULLION

4 1/2"

AWNING WINDOW

CL

PLA

N D

IME

NS

ION

PLA

N D

IME

NS

ION

EXTRUDED ALUMINUM

MULLION EXTENSION

GLAZING

ALUMINUM WINDOW

WALL MULLION

2"4 1/2"

FORMED ALUMINUM PANEL

WITH CONCEALED FASTENERS

RIGID INSULATION

AIR / WATER / VAPOR

BARRIER

SE

CT

ION

DIM

EN

SIO

NS

EC

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IME

NS

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1/4" PREFINISHED ALUMINUM

CHANNEL WITH CONCEALED

FASTENERS

WEEP

METAL STUD PARTITION

DEFLECTION HEAD

PREFINISHED ALUMINUM

FLASHING / DEFLECTION

HEAD

GALVANIZED METAL 'Z' FURRING

- ALIGN WITH METAL STUDS

EXPOSED CONCRETE SLAB

FINISH FLOOR

TOP OF FLOOR SLAB &

ALUMINUM CHANNEL

FORMED ALUMINUM PANEL

WITH CONCEALED

FASTENERS

SEALANT AND BACKER

ROD

8"

1"

1/2

"1/2

"

5"




PROJECT:

CLIENT:

DRAWN

CHECKED:

SCALE:

JOB No:

DATE:

SHEET TITLE:

SEAL:

DRAWING NO: REV:


ISSUED:

PROJECT ADDRESS:

--

--

--

--

--

--

--

--

--

--

--

RZ

MARK

29/06/12

07/06/12

10/05/12

19/04/12

15/03/12

08/03/12

21/02/12

09/02/12

27/01/12

20/01/12

13/01/12

23/12/11

DD/MM/YY








PROGRESS SET

PROGRESS SET

PROGRESS SET



DESCRIPTION

NOTES:

NOT FORCONSTRUCTION

3" = 1'-0"

2/4/

2013

6:5

7:14

PM A-406

DETAILS,EXTERIOR

June 2012

SCD

Checker

Author



103A Avenue & City Parkway, Surrey BC

3" = 1'-0"A-4062 HOTEL - HEAD AND SILL

3" = 1'-0"A-4064 HOTEL - EXTENDED SLAB

3" = 1'-0"A-4065 HOTEL - VERTICAL MULLION AT SPANDREL

3" = 1'-0"A-4061 HOTEL - INTERMEDIATE HORIZ MULLION

3" = 1'-0"A-4063 HOTEL - AWNING JAMB

3" = 1'-0"A-4066 METAL PANEL AT FLOOR LINE


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Hotel Facade West - Enlarged Elevation | Enlarged Plan

Hotel Facade West - Cut-away SectionHotel Facade West - Sill Detail

Hotel Facade West - Wall Section

21


01/03

BMW EXECUTIVE OFFICES

UNITED STATES BMW HQ / Spartensburg, SC

The BMW Executive Office project is a 3-story, approximately 68,000 sf office building located on BMW’s main campus in Spartensburg, SC. The concept for the building was aimed to be arfully systemmatic and boldly reflective. The biggest challange of this project was to integrate the company’s graphic standards as a part of the branded environment vision.

The exterior enclosure of the building will consist of three distinct metal wall panels. On the north side of the building, we used a custom two sided structurally glazed curtain wall with steel vertical T’s and structural glass horizontals.

Working with another architect, my responsibilities were focused on taking the lead for all design decisions, building and managing the BIM model, coordinating the documents with various consultants and drawing all of the elements of the enclosure and core of the building.

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Perkins+WillBMW Executive OfficesSpartensburg, SC / October 2014

BMW EXECUTIVE OFFICES

A LOBBY

B CONFERENCE ROOM

C TEA ROOM

D SMALL CONFERENCE

E TERRACE

F OFFICE

A B

A B

B

D C

A

A

A

BUILDING SECTION A-A

BUILDING SECTION B-B

GROUND FLOOR PLAN

A

B

D

C

C

C

F

E

F

F

24


1A11-10

A11-211A11-21

2

TYP

4' - 0"

2' - 6

"

08 33 23 OVERHEADCOILING DOOR

TYP

13'-

0"

07 42 13.19 INSULATED METAL WALL PANEL, TYP (MTL-2)


1A11-10

A11-211A11-21

2

TYP

4' - 0"

2' - 6

"

08 33 23 OVERHEADCOILING DOOR

TYP

13'-

0"



3A11-10

2A11-10

A11-201

A11-202

A11-203

4A11-10

08 74 13 GLAZED ALUMINUMCURTAIN WALL (CW-1)08 74 13 GLAZED ALUMINUMCURTAIN WALL (CW-3)


08 74 13 GLAZED ALUMINUM CURTAIN WALL (CW-2 )


08 44 33 SLOPED GLAZINGASSEMBLIES (GL-4)

3A11-10

2A11-10

A11-213

4A11-10


08 74 13 GLAZED ALUMINUM CURTAIN WALL (CW-2)




07 42 13.19 INSULATED METAL WALL PANEL, TYP (MTL-2) 08 74 13 GLAZED ALUMINUM CURTAIN WALL (CW-2)08 74 13 GLAZED ALUMINUM CURTAIN WALL (SS-1)

3A11-10

2A11-10

A11-213

4A11-10


08 74 13 GLAZED ALUMINUM CURTAIN WALL (CW-2)




07 42 13.19 INSULATED METAL WALL PANEL, TYP (MTL-2) 08 74 13 GLAZED ALUMINUM CURTAIN WALL (CW-2)08 74 13 GLAZED ALUMINUM CURTAIN WALL (SS-1)

B

A

C D

SOUTH ELEVATION

NORTH ELEVATION

WEST ELEVATION EAST ELEVATION

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Perkins+WillBMW Executive OfficesSpartensburg, SC / October 2014

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CHARLESTON OFFICE BUILDING

Gateway Development Group / Charleston, SC

01/04

Perkins+Will was commissioned to design the first of four new office buildings for a new development located on the west side of Charleston, SC. This building contains approximately 150,000 square feet of office space including 20,000 square feet of retail space on the first level. The setback of the building at seventh level allows the roof of the structure below to become an occupied exterior roof garden / terrace along the North and East perimeter.

The exterior enclosure of the building will consist of three distinct aluminum curtain wall systems with six laminated glass types. On the North facade, the curtain wall system will be a highly articulated four sided capless system with vertical extruded aluminum fins.

As a lead designer of this project, my responsibilities were to build and manage the BIM model, coordinate amongst the consultants and document all of the elements of the enclosure and core of the building.

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Perkins+WillCharleston Office Building

Charleston, SC / August 2014

Top: Southeast Perspective

29


Perkins+WillCharleston Office BuildingCharleston, SC / August 2014

Top: Masterplan PerspectiveBelow: Building SectionOpposite: Perspectives + Site Plan

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Perkins+WillCharleston Office BuildingCharleston, SC / August 2014

Top: Detail PerspectiveOpposite: Curtain Wall Detail

32


B Enlarged Plan - South Facade

A Enlarged Elevation - South Facade

33


01/05

34


SHEET MUSIC - NASHVILLE OFFICE TOWER

Highwoods Development Group / Nashville, TN

Located in the heart of Nashville’s civic center, Sheet Music is a 30 story office building that sits adjacent to the music city plaza. The single tenant office building contains approximately 840,000 SF including ten double helix parking levels and 10,000 SF of retail at its base. The concept for the enclosure system represents a theme of sheet music with four curtain wall planes, adding a new modern addition to the Nashville skyline.

The exterior enclosure of the building will consist of two distinct aluminum curtain wall systems. On the north and south sides of the building, the wall system will consist of clear, capless glazing system with terrace setbacks at the top of the north and south facade. On the east and west facade, the curtain wall system will be a highly articulated four sided capless system with vertical extruded aluminum fins.

Working amongst other designers, my responsibilities were focused on building and managing the BIM model, coordinate with various the consultants and document all of the elements of the enclosure and core of the building.

35


Perkins+WillNashville Office TowerNashville, TN / October 2014

Top: Model PhotographsOpposite: Model Photographs

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Perkins+WillNashville Office ToweNashville, TN / October 2014

Top: Detail RenderingOpposite: Perspective Rendering

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A

B

Ground Floor Plan - Parking Ingress/Egress

Typical Parking Plan

40


C

D

Typical Parking Level Diagram

Parking Level Axonometric

Most of my responsibility on this project was to take the lead on designing the parking levels. This involved significant research on local parking codes and standards. I found that working in 3D was the greatest aid to solving the circulation and code constraints.

Double Helix Parking Levels

41


FRANKLIN SCHOOL - COSTAR

COSTAR REAL ESTATE GROUP / Washington, DC

Located in the heart of Washington, DC, the Franklin School is a historic landmark that was originally was purposed as a school in the early 1900’s. The landmark sits on the edge of one of the city’s largest parks, Franklin Square, and resides in the middle of central business district.

Perkins+Will was commissioned by the Costar group to develop a proposal for reuse of the building including a small addition in-between the Franklin School and its neighboring building.

Working with the design team, I was in charge of generating the BIM model of the existing building, as well as proposed. I also produced the entire visualization package, rendering the model in 3DS Mac and Photoshop.

Other duties included coordinating the 3D model with various subcontractors and fabricators. Through this experience, I was able to expand my skill level in Revit, Photoshop and 3DS Max.

01/06

42



Conceptual Studies

44


Transverse Section

45




BALLOU HIGH SCHOOL REPLACEMENT

LEED SILVER PUBLIC HIGH SCHOOL / Anacostia, VA

Designed to be not only a flagship high school but a community asset and symbol, the Ballou High School complex includes a performing arts theater, aquatic center, athletic and fitness complex, health center, day care center, 700-seat auditorium, and library in addition to academic and administrative spaces.

This project was a joint venture with Perkins+Will designing the interior space and Bowie Gridley Architects designing the exterior shell. The school is now under construction, to be completed towards the end of 2014.

Working with a team of interior designers and architects, I was in charge of developing design directions to the various interior spaces including media center, auditorium, health center, and more. This consisted of producing a set of construction documents and renderings to portray design ideas.

Other duties included coordinating the 3D model with various subcontractors and fabricators. Through this experience, I was able to expand my skill level in Revit, Photoshop and 3DS Max.

01/07

48



INTERNATIONAL MONETARY FUND

IMF RENOVATION COMPETITION / Washington,DC

The International Monetary Fund (IMF) is an international organization. The organization’s objectives are to promote international economic cooperation, international trade, employment, and exchange rate stability, including by making financial resources available to member countries to meet balance of payments needs. Its headquarters are in Washington, D.C., United States.

Perkins+Will was issued a request for a proposal for design ideas that would bring more light and life into the main atrium space and adjacent space as well.

As part of the competition team, I worked with two other designers to build the Revit model and produce a set of drawings, illustrations, and renderings of our proposed design. During a short time frame I produced three renderings using 3DS Max, using Photoshop to emphasize the quality of light in the main spaces.

Perkins+Will was short listed for this competition beating out a pool of a hundred entries. This was a significant achievement for the Washington, DC office.

01/08

50


Perkins+WillInternational Monetary Fund Competition

Revit / 3DS Max / Photoshop

51


MEGASTAR DUBIOTECH MEGASTAR MIXED-USE DEVELOPMENT / Dubai, UAE

MegaStar is a 100,000 square meter mixed-use development located in DuBiotech, a 2.8 million square meter biotechnology and research park. The development consists of a 280-room hotel, 550 serviced apartments, ballroom and meeting facilities, and a retail shopping mall. The tower, which is a landmark to the entrance of Dubiotech, incorporates innovative features such as sustainable construction materials and methods, alternative energy resources, and recycling. MegaStar will be a luxury urban resort and destination for the region.

The tower—the signature element of the project—was to create a significant landmark entrance to the research park and the development itself.

In a team that consisted of planners, engineers, and architects I was one of three designers that was in charge of developing design directions to the apartment, and hotel portions of the tower. This consisted of producing a set of drawings and renderings to portray design ideas.

One of the signature features of the design was to use passive solar strategies throughout the exterior and interior of the building including planted terraces on the tower façade, a green roof, louvers, recessed balconies, and a double-skin to reduce heat gain. The double-skin also reduces light pollution and promotes natural air circulation throughout the building.

01/09

52



Perkins Eastman | MegastarSky Terrace Rendering3DS Max / Photoshop

54


Perkins Eastman | MegastarSchematic Design Documents

55


Perkins Eastman | MegastarLobby Perspective Rendering

Perkins Eastman | MegastarSouth Elevation

56


Perkins Eastman | MegastarNortheast Perspective Rendering

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02/

Masters Thesis /01

Diagrams, Elevations, Renderings

Parametric Lantern /02

Process, Renderings, Fabrication

Design/Build Studio /03

Detail Drawings, Renderings, Fabrication

Re-skin Studio /04

Process, Renderings, Fabrication

SEC Studio /05

Process Models, Drawings, Renderings

Graduate Work


TAYLOR SOUTHGATE BRIDGE PAVILIONMASTER’S THESIS | PARAMETRIC UTILITY + FORM / Spring 2013

The scope of this thesis research and design project encompasses the virtual design process as well as the design of the product. The thesis document will focus on rationalizing the methods of execution, creating a substantial root for further constructed exploration.

The point of departure for the design project was informed by overlaying current trends in curtain wall methods and parametric design techniques. The project focus will be prioritized on the relationship between the composition of the enclosure elements and the existing constructs of an particular site condition and program.

My thesis design project objectives include an architectural proposal for a new bridge enclosure for the use

of pedestrians. This enclosure will be physically attached to existing automobile bridge that spans from the heart of downtown Cincinnati, Ohio to Newport, Kentucky. The new pedestrian bridge will include a rooftop garden, observation deck, bar and open gallery space. In order to attain realistic structural integration, some preliminary calculation will be necessary for load distribution.

This bridge enclosure system will employ the use of a curtain wall-like assembly that is parametrically generated and controlled. By integrating a context and program to the design project, a set of global, local, and environmental parameters will be present to drive the design of this architectural project.

02/01

64



Existing Conditions

Site Views

66


Site Zones

Proposed Circulation Site Parameters

67


Elevation, Plan & Perspective

68


Elevations + Sections

69




PARAMETRIC LANTERNPARAMETRIC LANTERN | GRASSHOPPER SCRIPTING / Spring 2012

The objective of this course was to utilize scripting methods such as Grasshopper and Rhino-scripting to develop a light fixture. The next objective was to fabricate the light using lasercutters and other rapid prototyping methods.

The first part of the assignment was to develop a volumetric surface model with the goal of populating a modularized component within a systematic structure. Using scripting I was able to subdivide the lofted surface into a individual bays. Using box-morphing and scripting logic I was able to devise a way to populate the surface with a variety of geometric shapes. The next steps were to group these subdivisions in a way that I could control their behavior parametrically.

The next steps consisted of separating each row of faces. Once the rows had their own separated function, I was able to control the row’s geometry separately.

The diamond components were a series of points that were connected and faceted. The particular shape and deformation of the diamond was driven by a sin curve. From top to bottom, the diamond geometry gradually closes, but the trimmed openings get larger.

From using Grasshopper to manage every step in the process, I have not only become knowledgeable of the program but have also started to think parametrically with every project since.

02/02

76


Grasshopper Script

Lofted Surface / Point Cloud Surface Division Surface Framing

78


Component Generation Scaled/Trimmed Geometry

79


Parametric LanternIllustration | Rhino + Illustrator

Opposite: Fabrication Photographs

3

1

2

80



DESIGN | Build STUDIO METROLAB DESIGN BUILD STUDIO / Spring 2012

The MetroLab Design/Build studio was a class that introduced students to the concept of design-build. In the studio each student was responsible for a system of an historic building in Over the Rhine sections of downtown Cincinnati.

At the outset of the project, it was important to analyze the current conditions that the building was in, and perform tests to evaluate lighting levels, structural stability, moisture leakage, and other systematic problems.

I chose to analysis the existing non-party walls with the vision of enhancing the

current windows that were in filled with concrete masonry units.

The vision I had was inspired by the box window methods. This assembly system would allow me to give a threshold of tolerance to a non-linear condition. Through the use of blocking and vents, I designed the box window to suspend in the opening.

Cladding the inner faces of the window with strips of cedar, developed by using grasshopper and rhino, I thought it would be elegant to slowly bow the strips to mimic the existing conditions.

02/03

82


MetroLab Design|Build ProjectSite | Existing Conditions

83


Window Design | Section Detail

84


Window Design | Plan Detail

Window Design | Enlarged Elevation

85



Top: Window Design | Exterior RenderingBottom: Window Design | Cut-away Section

87


RE-SKINNING STUDIORE-SKINNING - EXISTING FACILITY / Fall 2011

In this professional and academic collaboration, topics such as parametric design, building performance analysis, simulations and fabrication were introduced with the objective to design and fabricate building facade components.

This course heavily relied on involvement of practitioners during the course. Co-taught by Ming Tang, Dr. Ajla Aksamija, Todd Snapp and Mike Hodge, the course covered parametric modeling techniques associated with performance-based design and digital fabrication.

The students were introduced to a real adaptive re-use project, where a 10-story, 400,000 SF (37,000 SM) cold storage facility constructed during the 1910’s is being converted into a commercial office building.

The independently structured exterior facade of this building will be removed and replaced. Therefore, the purpose of the collaboration was to design a new building skin for this project using digital design methods and performance analysis and to construct physical prototypes using digital fabrication methods.

Using a di-grid system, each shading component was morphed depending on the amount of radiation that was present on that particular area of the facade. Using Maya and 3D Max to construct and render the computer model, I learned one of the many ways to create specifically controlled components that could be fabricated into a prototype.

02/04

88


Fabrication Process

89

Concept Diagram

N W S E

Section Perspective


S.E.C STUDIOCranbrook Wellness Center / Spring 2011

This comprehensive building studio was the first studio that I took when I started the program. The class was structured around teaching us the hierarchical methods of assembly. It also established a theoretical lens the decision making process.

The program for this particular project was a wellness center on the campus of Cranbrook Acadamy in Michigan. The outlining goal of the studio was to study the mechanical, construction, and structural systems with the intent of finding integrated relationships.

The development of the constructional ethic of the building through detailed drawings of the spatial envelope assemblies was an end product of the studio.

Drawings, models and renderings were to demonstrate evolving ideas about assembly, construction, material, and space. Illustrating one’s attitudes about how integration (structure, thermal envelope, and environmental controls) deployed in space was necessary to inform decisions about envelope.

1940 - 42 1998-2000 2009 2011 - project proposal

02/05

96


Site Diagram

97


Site Analysis

98


Site Analysis

99


Forming The Quad

Entry Sequence Spatial Diagram

100


Formal Analysis

101


Volumetric Study

102


Top: Ground LevelBottom: Basement Level

103


Section Detail of Hot Spa

106


Exterior Envelope Rendering

107

Andrew Newman

ThankYou!

Andrew Newman Portfolio

Documents

design concepts

design goals

environmental design

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