portfolio

E m i l y K r i e g e r

1 2 6 0 W e l s f o r d C t . , D a y t o n , O H 4 5 4 5 96 1 6 . 5 8 1 . 1 1 9 5 K R I E G E E Y @ G M A I L . C O M

Portfolio of Work

University of CincinnatiCollege of Design Architecture Art and PlanningSchool of Architecture and Interior DesignMaster of Architecture, Class of 2011Minor of Sustaining the Urban Environment

STUDIO WORKSPIRITUALITY’S RELEASE

URBAN HOUSINGKADIKOY FERRY STATION

SARDINIA SPRAWLCOMMUNITY BOOKS

CRANBROOK SPA

SUPPLEMENTAL SKILLSHAND RENDERING

ABSTRACT PAINTINGFIELD SKETCHINGPHOTOGRAPHY

A MOMENT IN DAAP

PROFESSIONAL WORKDAYTON BLOOD CENTER

KROCK CENTERHEALDSBURG

FASHION ISLAND ATRIUMAMERICAN EAGLE

07

SARDINIA SPRAWL

SARDINIA, ITALY

URBAN PLANNING

MINIMIZING URBAN SPRAWL

SUMMER 2008

While studying abroad in Italy, I partici-pated in a 10 day summer program on the Island of Sardinia focusing on ur-ban planning. Our project was to take a low-density site and give it a sustain-able city center and minimize urban sprawl. We found that the problems on our site were a poor urban nucle-us, lack of urban services, constantly changing population, low density, and mobility, while the opportunities were environmental sources, sea, pine and juniper trees, low density, agricultural areas, wind, good climate, good infra-structure, and minimal urban traffic.

The driving concept of the master plan was to create a better quality of life for the site while keeping it low density. The driving idea of our design is the “green corridor” concept. These corridors are environmental corridors that act as public spaces with multifunctional ac-tivities. These corridors follow the in-frastructure that moves people from one city to the next. Along with creat-ing public spaces the green corridors act as boundaries. Within these corri-dors “fingers” exist that hold the public spaces and multifunctional activities.

Caroline Bohlen

Carlo Chelo

Emily Krieger

Becca Kundysek

Manuela Porceddu

Jeffrey Rengering

Rosario Romano

Roberto Sussarello

Rodrigo Velazquez Bernabeu

Professor:

G. Maciocco

The image on the top left is a diagram of the existing conditions of the site that as a group we felt were important. The diagram on the bottom left is a conceptual master plan of our project. This is where we first started to incorpo-rate the different layer opportunities together.

A n a l y s i s :Our group started by identifying the problems and opportunities that existed within our site. We found that the problems were a poor urban nucleus, lack of urban services, social problems and disease, poverty of tourist services, constant-ly changing population, low density, poverty of house morphology, and mobility. The opportunities that we found to be evident were environmental sources, sea, pine and juniper trees, low density, agricultural areas, wind, good climate, good in-frastructure, and minimal urban traffic. Our group then decided to split up the existing conditions of the site into “layers” and analyzing the layers in-dividually. The five layers that we analyzed were water, vegetation, history and urban settlements, infrastructure, and topography. In our analysis we found that the vegetation that existed on the site was mostly pine, juniper, and agricultural land. Through our research we found that neither the pine or the juniper were natural to the site. In-stead they had been brought in to protect the dunes from erosion. to be respected or preserved.

After determined the opportunities that existed with-in the site we created a master plan that incorpo-rated all of the opportunities. The driving concept of the master plan was to create a better quality of life for the site while keeping it low density. The driving idea of our design is the “green corridor” concept. These corridors are environmental corri-dors that act as public spaces with multifunctional activities. The property lines, existing housing, and sprawl within the site determined the boundaries of the corridors. These corridors follow the infra-structure that moves people from one city to the next. Along with creating public spaces the green corridors act as boundaries. Within these cor-ridors “fingers” exist that hold the public spaces and multifunctional activities. This way residents no longer need to travel into the city for every day needs. No housing is allowed in the “fingers” which therefore also act as boundaries to the sprawl.

After we determined the opportunities that exist-ed within the site we created a master plan that incorporated all of the opportunities. The driv-ing concept of the master plan was to create a better quality of life for the site while keeping it low density. The driving idea of our design is the “green corridor” concept. These corridors are environmental corridors that act as public spaces with multifunctional activities. The prop-erty lines, existing housing, and sprawl within the site determined the boundaries of the corridors.

distribuzione insediativa: infrastrutture per chi?urban distribution: infrastructures for who?

The image above is a diagram of the infra-structure within the site. The diagram shows the major cities, direction of traffic along with the different types of traffic allowed to pass.

These corridors follow the infrastructure that moves people from one city to the next. Along with creating public spaces the green corridors act as boundaries. Within these corridors “fingers” exist that hold the public spaces and multifunctional activities. This way residents no longer need to travel into the city for ev-ery day needs. No housing is allowed in the “fingers” which therefore also act as boundaries to the sprawl.

We used the infrastructure to create sustainable transportation. Where different roads meet the type of transportation allowed through changes. The roads closest to the water are strictly pedestrian and bicycle traffic. As one moves outward scoot-ers, electric car, and full size vehicles are eventually added. Along the entire road multi level pathways exist for pedestrians and bicycles to travel on. These boardwalks continued out into the water connecting the coast with the sprawl. The “fingers” in this area transform into centers for tourists to use with the final “finger” being the boardwalk that continues into the water. Each “finger” holds multifunctional spaces and buildings. The boardwalk acts as a seamless connection between the water, the dunes, the pond, the vegetation, and the urban settlements.

1.

2. 3.

GRAPHIC ANALYSIS OF PROBLEM AREASCONCEPTUAL SITE PLANGRAPHICAL ANALYSIS OF SPRAWL LOCATIONS

1.

2.3.

Table of Contents

01 PROFESSIONAL EXPERIENCE DaytonVAMCRenovateRehab AmericanEagleOutfitters LexingtonVAMC5thFloorAddition JeffersonComplex DaytonDragonsStadiumImprovements RayandJoanKrocCommunityCenter02 ACADEMIC EXPERIENCE FutureformsforHealthyDevelopment LearningLaboratory TensionandRelaxation CranbrookAcademySpa SardiniaSprawl03 SUPPLEMENTAL SKILLS PhysicalModeling PhotoshopRendering HandRendering FieldSketching

Professional Experience

RC

CT DT DT TG

RS

KB

SB

NRNR

TT

SL

SL

TT

TT

SL

SO

TM

TT

PB

TT

MT

TT

ST

TT

TT

TC TC TC

TC TC TC TC

FC FC FC FC

FC

FC

FC

FC

FCTC

TC

TC

TC TC

TC TC

TC

TC

LC

PS

PR

LC

LC

FC FC

FC

FC

FC

FC

FC

FC

BC

Chiropractor2C101

Exam Room2C100C

Exam Room2C100B

Exam Room2C100A

TreatmentFloor

2C100

Toilet2C100H

RehabilitationStorage2C100E

Linen Closet2C100D

Admin. Office2C131

Office2C100F

Locker Room2C100G

AL

WR

A601J3

A601J4

N Scale: 1/4" = 1'-0"

New Plan

EQUIPMENT SCHEDULE

Tag

Description Cou

nt

Supp

lier /

Inst

alle

r

2C100Treatment Floor

20DT Decompression Table 2 VVKB Kore Balance 1 VVLC Linen Cart 3 VVMT Mat Table 1 VVNR Nustep Recumbant 2 VVPB Parallel Bars 1 VVRS Recumbant Stepper 1 VVSB Stationary Bike 1 VVSO Scifit Orgometer 1 VVST Stairs 1 VVTG Total Gym 1 VVTM Treadmill 1 VVTT Treatment Table 5 VVWR Weight Rack 1 VV

2C100AExam Room

4SL Stool 1 VVTT Treatment Table 1 VV

2C100BExam Room


2C100CExam Room


2C100DLinen ClosetAL Alex Automated Linen 1 VV

2C100FOfficeFC Flipper Cabinet 18 VVPR Printer 1 VVPS Paper Shredder Box 1 VVTC Task Chair 10 VV

2C101Chiropractor

4CT Chiropractor Table 1 VVFC Flipper Cabinet 4 VVRC Recliner 1 VVTC Task Chair 1 VV

2C131Admin. OfficeBC Business Center 1 VVFC Flipper Cabinet 8 VVTC Task Chair 5 VV

EQUIPMENT LEGENDCC Contractor Furnished, Contractor InstalledCF Owner Furnished, Contractor InstalledVV Owner Furnished, Owner Installed

GENERAL EQUIPMENT NOTESA. Furniture and Equipment sizes and locations are for reference only.

Final plan to be provided by Owner.

PROGRESS PRINTNOT FOR CONSTRUCTION

JOHN POE ARCHITECTS

Drawing Title

Approved: Project Director

Location

Building Number

Project Title

Checked DrawnDate

Project No.

Drawing Number

Dwg. of

one-

eighth inch = one foot

one-

quarter inch =

one foot

three-

eighths inch =

one foot

one-

half inch =

one foot

three-

quarters inch = one

foot

one inch =

one foot

one and one-

half inches =

one foot

three inches =

one foot

04

816

00

00

00

04

44

86

66

61

22

FE

DC

BA

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

FE

DC

BA

A R C H I T E C T SJ O H N P O E

116 EAST THIRDSTREETDAYTON, OHIO 45402-2130

VA Project No.ARCHITECT/ENGINEERS:CONSULTANTS:

Office ofConstructionand FacilitiesManagement

JPA Project No.

937 461 3290 PHONE937 461 0260 [email protected]

99% OWNER REVIEW - NOT FOR CONSTRUCTION

9/21/2012 11:44:29 AM

Renovate Rehab DepartmentB330

9/21/12

EQUIPMENT PLAN

IF101KGTH

12010.00552-13-101

Dayton, Ohio330

Revisions Date

Renovate RehabDayton Veterans Affairs Medical CenterFederal / Health CareJohn poe ArchitectsWinter 2012

This project was a renovation of the physical rehab department in themainhospital at the Dayton VAMC. The renovation included a new therapy floor,examrooms,offices,andadministrationspaces.Thedesignintentwastocreateamorewelcoming,aswellasfunctional,spaceforthedialysispatients.Veryspecificphasingwasrequiredastheentiredepartmentneededtobecompletelyfunctionalthroughouttheentireconstructionprocess.

MyresponsibilitiesincludedworkingwithaProjectManageronschematicdesign,creatingdesignandconstructiondrawings,developingdetails,maintainingtheBIMmodel,interactingwithclients,andpreparingpresentationrenderings.

REFLECTED CEILING PLAN LEGEND

Recesseddownlight fixture Supply Air Diffuser

Return Air Grille2' x 4' fluorescentfixture

2' x 2' acousticaltile ceiling

Gypsum board / portlandcement plaster ceiling /soffit - painted

Pendant light fixture

Chain-hung light fixture

Access panel

Recessed wall-washfixture

Surface-mounted striplight fixture

2C101

2C100C

2C100B

2C100A

2C100

2C100H

2C100E

2C100D

2C131

2 22

2

2

2

1

1

1

1

3

3

3

10' - 0"

8' - 0"

8' - 0"

2A121

3A121

2A121

SIM

4

4' - 8 1/4" 4' - 8 1/8"9' - 8"

7' -

6 3/

4"21

' - 4

"

5

R15

' -3

1/4"

1

R20

' -8

1/4"

R 16' - 2"

8' - 0"

R16

' -2

1/4"

R24' - 9

1/2"

R24

' -9

3/4"

2A121

SIM

2A121

SIM

2A121

SIM 11' -

0"

8' - 0"

2 1

2A121

SIM

1' - 0" 1' - 0"

14

14

S2.1

S2.1

S2.1

S2.1

F F

S1.1

4A121

16

1"1' -

0"

6"

1' - 0"1

2

6

7

7

8 SEE PLAN

SEE PLAN

9

A6017

7/8"

9

10 11

12

137

9

715

GENERAL NOTESA. All wood blocking shall be fire retardant.B. Light fixtures, sprinkler heads, speakers, and HVAC devices shall be

located as close as possible to the center of acoustical ceiling panels.Confirm any deviation from this with the Project Engineer.

C. See P, M, E and FP drawings for additional information regarding finalinformation and quantites of fixtures/devices to be installed in ceiling.

D. See Electrical Drawings for lighting specifications.F. Ceiling height to be 9'-0" AFF, unless noted otherwise.

CEILING NOTES

Scale: 1/4" = 1'-0"1 REFLECTED CEILING PLAN

1 6" ACT grid edge trim.2 3-5/8" stud wall suspended from deck above with diagonal kicker

@8'-0"O.C. damaged fire proofing.3 Flexible cubicle curtain track.4 Overhead coiling counter door.5 Salvaged 'Solo Track' patient support track. See Detail 4/A121.6 Hanger wire.7 Acoustical ceiling tile.8 Cove light fixture.9 Existing composite concrete/metal deck.10 Existing structure with spray on fire proofing.11 Patient lift track furnished and installed by Owner's seperate contract.12 Semi-recessed patient lift track furnished and installed by Owner's

seperate contract. Contractor to coordinate installation with work underthis contract.

13 Patient lift cross track.14 Rework existing grid as needed15 Salvaged 'Solo Track' patient support track.16 X-Y patient lift assembly furnished and installed by Owner. Coordinate

all ceiling and above ceiling work with lift installer.

Scale: 1/2" = 1'-0"2 SECTION



JOHN POE ARCHITECTS

Drawing Title


Location

Building Number

Project Title

Checked DrawnDate

Project No.

Drawing Number

Dwg. of

one-


one-

quarter inch =

one foot

three-

eighths inch =

one foot

one-

half inch =

one foot

three-

quarters inch = one

foot

one inch =

one foot

one and one-

half inches =

one foot

three inches =

one foot

04

816

00

00

00

04

44

86

66

61

22

FE

DC

BA

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

FE

DC

BA


116 EAST THIRDSTREETDAYTON, OHIO 45402-2130

VA Project No.ARCHITECT/ENGINEERS:CONSULTANTS:


JPA Project No.

937 461 3290 PHONE937 461 0260 [email protected]


9/21/2012 11:36:55 AM

Renovate Rehab DepartmentB330

9/21/12

REFLECTED CEILING PLAN

A121KGTH

12010.00552-13-101

Dayton, Ohio330

Revisions Date


1. Rendering of Therapy Floor2. Rendering of Nurse Station3. Detail of Cove Lighting4. Rendering of Therapy Floor

2.

4.

3.

1. Photograph of Jean’s Department2. Rendering of Aerie Department3. Rendering of Jean’s Department4. Rendering of Entrance5. Photograph of Men’s Department6. Photograph of Main Entrance

American Eagle OutfittersNew York City, Times SquareRetailBAR ArchitectsWinter 2009

IwasanactivememberonaretailprojectteamworkingonaflagshipAmericanEagleOutfitterslocatedinTimesSquare,NewYorkCity.Alongwithmaintaininga3-Dmodelforcompany,client,andmarketinguses,Ialsoworkedwiththedesignteamduringthedesigndevelopmentphaseto create details, choosematerials, design fixtures and signage, anddevelopdesignschemes.

2. 3. 4.5. 6.

6.

5.

DN

DN UP

D

E

F

G

H

J

K

2 3 4 5 6 7 8 10

HealthAdministration

508

Mechanical500A

Vestibule500B

Stair #8ST-8

ChiefAmbulatory

Care501

CentralSchedulingSupervisor

502

Chief HIMS503

ConferenceRoom504 Family

Restroom506HAC

505

Copy Room507

ADPAC512

Asst. ChiefHAS511

Secretary510

Chief HAS509

Corridor513

Mens Toilet569

WomensToilet568 Conference

577

Side Waiting579

Waiting578

Corridor586

PassengerElevatorEL-P6

PassengerElevatorEL-P7

Closet585

Elec Closet584

Stair #9ST-9

Closet583

ConferenceRoom582

Disclosure581

Tech Closet580

ProgramSupport Asst.

552

NurseExecutive

551

NurseExecutive

550

Admin.Officer

549

ProgramSupport Asst.

548Admin.Officer

547Medical Staff

546Medical Staff

545

Asst. Chief ofStaff544

Assoc. Dir.Patient Care

Serv.543

Chief of Staff542

Workroom541Director

540

Asst. Director538

Staff Asst. toAsst. Dir

534

Staff Asst. toDir.533

Chief Quality532

Mngr. Risk530

Fee Basis529

Staff Lounge527

Corridor531A

Quality531B

PatientSafety Officer

535

Mngr.Utilization

536Admin.Support

528 NurseAccredidation

537

Administrative563

Elec Closet573

Copy Room572

Public AffairsOfficer

574Mang. Asst.

571

PrivacyOfficer

564

Chief Fiscal565

HumanResources

570Storage

575Vestibule

576

Chief HR566

VERACoordinator

567

Project Engs.514

Chief Eng.515

Fire Safety516

IndustrialHygenist

517

Copy518

IT519

ServiceElevatorEL-S7

ServiceElevatorEL-S6

ServiceElevatorLobby520

ElectricCloset

521

Stair #7ST-7

Storage523

Conference525

EngineeringReception

524

1

Storage553

Cubicle554

Cubicle555

Copy Room558

Fee Nurse559

Fee Nurse560

SupportCubicle

562

NursingServices

557

Classroom561

Toilet539

2

2

1

3

3

3

3

4

45

5

5

7

8

98

8

7

8

7

8

7

Kitchen531C

10

11

12

5

10

12 11

13

14

10

11

12

5

5

5

10

15

16

1012

11

16

17

10

11

19

18

19


RDC/ JOHN POE ARCHITECTS

Drawing Title


Location

Building Number

Project Title

Checked DrawnDate

Project No.

Drawing Number

Dwg. of

one-


one-

quarter inch =

one foot

three-

eighths inch =

one foot

one-

half inch =

one foot

three-

quarters inch = one foot

one inch =

one foot

one and one-

half inches =

one foot

three inches =

one foot

04

816

00

00

00

04

44

86

66

61

22

FE

DC

BA

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

FE

DC

BA


800 362 1523 [email protected]

VA Project No.RDC/JPA Project No.

ARCHITECT/ENGINEERS:CONSULTANTS:


XX

RDC /

524 FERNWOOD DRIVEALTAMONTE SPRINGS, FLORIDA32701


7/23/2012 5:39:36 PM

5th FLOOR MAIN ADDITION

07/24/2012

FURNITURE & EQUIPMENT PLAN

A901MD/EKJP

11003.00596-329

LEXINGTON VAMC

1A

N Scale: 1/8" = 1'-0"

FURNITURE & EQUIPMENT PLAN

Revisions Date1 VA TO REVIEW 7/24/2012

GENERAL FURNITURE NOTESA. Furniture plan is for reference only. Final design is to be coordinated

at a later date with Owner.B. Contractor to coordinate all MEP connections with owner provided

equipment.

Equipment Schedule

Tag

Description

ProvidedBy

InstalledBy

RemarksOw

ner

Con

tract

or

Ow

ner

Con

tract

or

10 Whiteboard X X SIZE????504

5 50" Flat Panel TV X X Wall mounted by VA10 Whiteboard X X SIZE????11 Telephone X X Wall mounted by VA12 VTEL Unit with Wall Shelf X X

5077 Copier X X

5088 Under Counter Refrigerator X X

5187 Copier X X

51919 Network Switches in Rack X X SAT Phone and Emergency Radio


52724" x 24" x 34" X X

9 35" x 32" RH X X13 Beverage Dispenser X X14 Vending Machine X X

531C8 Under Counter Refrigerator X X


55316 AV System / Equipment Cabinet X X SIZE????


5587 Copier X X

5611 Electric Projector Screen X X2 Ceiling Projector X X10 Whiteboard X X SIZE????15 AV Podium X X


5727 Copier X X

5758 Under Counter Refrigerator X X16 AV System / Equipment Cabinet X X SIZE????

5771 Electric Projector Screen X X2 Ceiling Projector X X3 60" Flat Panel TV X X Wall mounted by VA3 60" Flat Panel TV X X Wall mounted by VA3 60" Flat Panel TV X X Wall mounted by VA3 60" Flat Panel TV X X Wall mounted by VA4 60" Interactive LCD X X Wall mounted by VA4 60" Interactive LCD X X Wall mounted by VA11 Telephone X X Wall mounted by VA17 Synch Clock X X Wall mounted by VA18 AV System Podium / Casework X X SAT Phone and Emergency Radio

5785 50" Flat Panel TV X X Wall mounted by VA


58019 Network Switches in Rack X X SAT Phone and Emergency Radio




VA Confirm who is providing and installing equipment.Verify sizes and locations of VA provided and installedequipment are acceptable. Coordinate with plans andelevations.

1.

1. Fifth Floor Plan2. Exterior Rendering3. Corridor Elevation4. Curtain Wall Parapet Detail5. Curtain Wall Jamb Detail

5th Floor AdditionLexington, Veterans Affairs Medical CenterFederal/Health Care/OfficesJohn Poe ArchitectsFall 2012

ThisprojectinvolvedaddingafifthfloortotheexistingfourfloorhospitalattheLexingtonVAMC.TheadditionincludedallofthemajoradministrationofficesoftheVAMC,includingthedirector’soffice.WorkingcooperativelywithstructuralandMEPengineerstocreateasolutiontotieintoexistingutilitieswascriticaltothesuccessofthedesign.Thedesignwasrequiredtobeconsiderateofapossiblefuturesixthflooraddition.

My responsibilities as part of the project team included schematic design,design development, creating construction drawings, developing details andsections, selecting materials, maintaining the BIM model, interacting withclients,attendingprojectmeetingsandpreparingpresentationrenderings.

5th Floor154' - 8"

New Roof168' - 0"

D

A5101C

A5101A

A600E4.1

7.21

9.50

2.01

2.06

2.01

8.26

1' - 8 1/2" 7/8"

T.O. Existing Shaft159' - 10"

T.O. Masonry171' - 4"

1 1/2"

A5101B

12.04

12.04

2' - 7"

13.01

7.20

5.01

New Roof168' - 0"

A600E4.1

7.21

8.63

7.51

7.36

5.01


7.72

A600S2.0

8.26

7 3/

8"

7.20

13.01

6.09

7.20

5.46

5.45

2"

6.05

5th Floor154' - 8"

8 1/

2"

6 1/2"

8.26

8.63

6.05

A600S2.0

2.01

2.02

6.28

1' -

1 3/

8" +

/-

7.67

7.18

6.16

9.02

7.20

8.32

5th Floor154' - 8"

New Roof168' - 0"

G

A5102D

A5102A

A5102C

A5102B

A600E1.1

8.27

2.01

2.02

A600E1.1

9.50

7.21

5.01

4' -

0"


5.48

5.51

New Roof168' - 0"

G

A600E1.1

7.51

6.05

4.27

7.36

5.01


1' - 5"

A600E1.2

22.06

7.627.62

7.85

7.62

7.667.66

8"

5.47

5.48

5.49

1' -

4"

5.50

4.26

7.17

4.24

4.05

3 7/8"

5th Floor154' - 8"

A600E1.1

2.01

4.27

4.33

2.05

8" +

/-

5.51

7.17

4.26

4.24

A600E1.1

4.27

7.81

8.27

6.05

4.33

9.08

4.267.17

?

4.06

12.01

5.49

5.50

6.28

6.055/8"

7.81

7.612"

4.05

8.27

A600E1.1

5.51

8.31

A600S2.0

6.05

9.50

12.04

7.20

13.01

12.01

5th Floor154' - 8"

New Roof168' - 0"

K


A600E1.1

A600C1.0-F

A600E1.2

2.02

2.05

2.01

A5102A

Sim

A5102D

Sim

9.50

5.01



Drawing Title


Location

Building Number

Project Title

Checked DrawnDate

Project No.

Drawing Number

Dwg. of

one-


one-

quarter inch =

one foot

three-

eighths inch =

one foot

one-

half inch =

one foot

three-


one inch =

one foot

one and one-

half inches =

one foot

three inches =

one foot

04

816

00

00

00

04

44

86

66

61

22

FE

DC

BA

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

FE

DC

BA






XX

RDC /



7/23/2012 5:37:06 PM


07/24/2012

WALL SECTIONS

A510MD/EKJP

11003.00596-329

LEXINGTON VAMC

1A

SECTION NOTES


Scale: 1 1/2" = 1'-0"1C DETAIL

Scale: 1 1/2" = 1'-0"1A DETAILScale: 3/4" = 1'-0"2 SECTION

Scale: 1 1/2" = 1'-0"2D DETAIL

Scale: 1 1/2" = 1'-0"2A DETAIL

Scale: 1 1/2" = 1'-0"2C DETAIL

Scale: 1 1/2" = 1'-0"2B DETAIL

Revisions Date

2.01 Existing construction to remain.2.02 Existing structure to remain.2.05 Existing brick relief angle to remain.2.06 Existing concrete beam to remain.4.05 Brick soldier course.4.06 4" header course.4.24 Adjustable masonry veneer anchors @ 16" o.c. vertical, 24"

O.C. horizontal.4.26 Thru wall flashing.4.27 Full joint weep/vent @ 24" o.c. horizontal.4.33 Mortar mesh.5.01 Structural steel frame with fire spray on fireproofing. See

Structural Drawings.5.45 Light gage pour stop. See Structural Drawings5.46 Curtainwall gravity and lateral connection to slab edge insert by

curtainwall supplier. See Structural Drawings.5.47 Continuous bent plate. See Structural Drawings.5.48 Hanger support plate. See Structural Drawings.5.49 Hanger. See Structural Drawings.5.50 Brick ledge angle. See Structural Drawings.5.51 Steel facade support. See Structural Drawings.6.05 2" x pressure treated wood blocking.6.09 Do not fasten blocking or coping to curtainwall.6.16 5/8" exterior grade plywood.6.28 Solid surface sill.7.17 Air and moisture barrier. Lap air and moisture barrier over

thru-wall flashing.7.18 Air and moisture barrier.7.20 2" rigid thermal wall insulation.7.21 Roof Assembly A: Fully adhered TPO over cover board over

polyisocyanurate insulation over structural deck.7.36 Extend membrane up back of parapet, over blocking and turn

down exterior face of blocking.7.51 Prefinished metal coping.7.61 Aluminum sill flashing w/ end dams. Color to match storefront.7.62 Metal flashing.7.66 Corner flashing.7.67 Aluminum break metal to match curtainwall.7.72 Fire stopping.7.81 Continuous sealant over backer rod each side.7.85 Continuous bead of sealant.8.26 [4-1/2"] Aluminum storefront window system.8.27 6" Aluminum storefront window system.8.31 7 1/2" Aluminum curtainwall system. Design to expand vertically

to carry future 6th floor curtain wall.8.32 Curtainwall support bracket by curtain wall supplier. See

structural drawings.8.63 Insulated metal infill panel. Aluminum finish to match adjacent

curtain wall.9.02 3 5/8" non-structural metal framing @ 16" o.c.9.08 Metal framinig box header.9.50 Suspended acoustic ceiling tile/grid.12.01 Manual roller window shades.12.04 Aluminum sunshade.13.01 2-hr fire stop system: 2" foil faced mineral wool board insulation

with stiff back channels behind spandrel panels, min. 4" mineralwool batt safing between slab and curtain wall, capped withchemical fill material. Reference UL # CW-D-2027.

22.06 Overflow scupper similar to SMACNA standards - Plate 30.Flash roof memebrane per roofing manufacturing standarddetails. Finish to match adjacent brick.

Scale: 1 1/2" = 1'-0"1B DETAIL

Scale: 3/4" = 1'-0"5 WALL SECTION

Main St.

Manchester St.

3rd St.

Waller Ave.

Cooper Dr.

SLi

mes

tone

St.

N Broadw

ayRd.

Bryan Ave.

Winchester Rd.

75

75

64

Alumni Dr.

W High St.

Richmond Rd.

Chin

oeRd

.

Tate

sC

reek

Rd.

OldhamAve.

Maxwell St.

Liberty Rd.

Sir Barton Way

Loudon Ave.

US25 Bypass

Midland Ave.

Palumbo Dr.

New

born

Pike

Virginia Ave.

Shriners Hospital

LexingtonCemetery

Eastern StateHospital

1101 Veterans Dr.

KentuckyUniversity

ChristHospital

1/A101

XX.X-XX

XX

101

10'-8"

P-3X

X

EXTERIOR ELEVATION

X INTERIOR ELEVATIONSEE 700 SERIES SHEETS

1A101

SIMSECTION/DETAIL NUMBERDRAWING NUMBER

EQUIPMENT TAG

COLUMN GRID

NOTE

WINDOW OPENING

DOOR OPENING

ROOM NAMEROOM NUMBER

WALL TYPESEE SHEET A600

CEILING HEIGHT

FINISH DESIGNATION

X


JOHN POE ARCHITECTS

This drawing and all original design workcontained herein represents theunpublished work of John Poe Architects,Inc. intended solely for use related to theproject listed herein and shall not bereproduced in any fashion without theexpressed written consent of John PoeArchitects, Inc.

COPYRIGHT 2011

SET NO.

VA PROJECT NO.

FOR

:

HEAPY ENGINEERINGMECHANICAL ELECTRICAL COMMISSIONING TECHNOLOGY1400 WEST DOROTHY LANEDAYTON, OH 45409937.224.0861 P937.224.5777 F

PRINTING

REVISIONS

GRAPHIC SYMBOLS

DRAWING INDEXVICINITY MAP

DATE

THP LIMITED INC.STRUCTURAL ENGINEER100 E. EIGHTH STREETCINCINNATI, OH 45202513.241.3222 P513.241.2981 F

JPA PROJECT NO.

ARCHITECTURE PLANNING INTERIOR DESIGN524 FERNWOOD AVENUEALTAMONTE SPRINGS, FLORIDA 32701937.461.3290 P937.461.0260 F

RDC / JOHN POE ARCHITECTS

7/23/2012 5:32:35 PM

11003.00

07/24/2012A101

5th

FLO

OR

MAI

N A

DD

ITIO

NVA

ME D

ICA L

CE N

TER

110 1

VETE

RAN

SD

RIV

ELE

X IN

GTO

N,K

Y4 0

511

5th FLOOR MAIN ADDITIONVA MEDICAL CENTERCOOPER DRIVE DIVISION1101 VETERANS DRIVELEXINGTON, KY 40511

596-329

A101 COVER SHEETA102 CODE DATAA103 CODE DATAA104 CODE DATAA110 SITE PLANA112 PHASING PLANA201 FOURTH FLOOR DEMOLITION PLANA202 EXISTING ROOF AND NEW FIFTH FLOOR

DEMOLITION PLANA301 FOURTH FLOOR PLANA302 FIFTH FLOOR DIMENSION PLANA303 FIFTH FLOOR NOTE PLANA311 REFLECTED CEILING PLANA321 ROOF PLANA322 DEDUCT ALTERNATE 2A401 EXTERIOR ELEVATIONSA402 EXTERIOR ELEVATIONSA403 EXTERIOR ELEVATIONSA404 EXTERIOR ELEVATIONSA405 EXTERIOR ELEVATIONSA501 BUILDING SECTIONSA510 WALL SECTIONSA511 WALL SECTIONSA520 STAIR SECTIONS & DETAILSA521 STAIR SECTIONS & DETAILSA522 SERVICE ELEVATOR SECTIONS & DETAILSA523 PASSENGER ELEVATOR SECTIONS & DETAILSA600 WALL TYPESA610 DOOR SCHEDULE & DETAILSA611 WINDOW TYPESA612 WINDOW TYPES & DETAILSA620 PLAN DETAILSA701 INTERIOR ELEVATIONSA702 INTERIOR ELEVATIONSA703 INTERIOR ELEVATIONSA711 CASEWORK SECTIONS & DETAILSA801 FINISH SCHEDULEA811 WALL FINISH PLANA821 FLOOR FINISH PLANA831 WALL PROTECTION PLANA901 FURNITURE & EQUIPMENT PLANS001 GENERAL NOTESS002 TYPICAL DETAILSS301 EXISTING ROOF / NEW 5TH FLOOR FRAMING PLANS302 NEW ROOF / FUTURE 6TH FLOOR FRAMING PLANS501 BRACING ELEVATIONS AND DETAILS1-FS1 FIFTH FLOOR PLANP1 LEGEND, SCHEDULES, NOTES, DETAILS & INDEX1-P1 PARTIAL FLOOR PLANS - NEW WORK1-P2 THIRD FLOOR PLAN - NEW WORK1-P3 FOURTH FLOOR PLAN - REMOVALS1-P4 FOURTH FLOOR PLAN - NEW WORK1-P5 EXISTING ROOF PLAN - REMOVALS1-P6 FIFTH FLOOR PLAN - NEW WORK1-P7 ROOF PLAN1-P8 SOIL, WASTE & VENT DIAGRAM1-P9 SOIL, WASTE & VENT DIAGRAMH1 INDEX, LEGEND AND GENERAL NOTESH2 SCHEDULESH3 SCHEDULESH4 DETAILSH5 DETAILSH6 DETAILSH7 DETAILSH8 PIPING SCHEMATICSH9 CONTROLS AND AUTOMATIONH10 CONTROLS AND AUTOMATION1-H1 FOURTH FLOOR PLAN - REMOVALS1-H2 FOURTH FLOOR PLAN - NEW WORK1-H3 FIFTH FLOOR (EXISTING ROOF) PLAN - REMOVALS1-H4 FIFTH FLOOR PLAN - DUCTWORK1-H5 FIFTH FLOOR PLAN - PIPING1-H6 SIXTH FLOOR (NEW ROOF) PLAN - NEW WORK1-H7 ENLARGED FLOOR PLANS1-H8 SECTIONSE1 SYMBOLSE2 LIGHTING FIXTURE DESCRIPTIONE3 LIGHTING FIXTURE DESCRIPTIONE4 ELECTRIC SINGLE LINE DIAGRAME5 ELECTRIC DISTRIBUTION AND DETAILSE6 SIGNALS CLOSET 519 ELEVATIONSE7 SIGNALS CLOSET 580 ELEVATIONSE8 SIGNALS RISER & DETAILSE9 SECURITY DETAILS1-E1 PENTHOUSE PLAN - REMOVALS1-E2 FOURTH FLOOR PLANS1-E3 FIFTH FLOOR PLAN - LIGHTING1-E4 FIFTH FLOOR PLAN - POWER1-E5 FIFTH FLOOR PLAN - SYSTEMS1-E6 ROOF PLAN - NEW WORK1-E7 ROOF PLAN - LIGHTING PROTECTION1-E8 TECHNOLOGY SUB-BASEMENT PLAN1-E9 PARTIAL FIFTH FLOOR PLANS - DEDUCT

ALTERNATE #2

GENERAL CONSTRUCTION NOTES11. THE GENERAL CONTRACTOR SHALL PROVIDE FIRE-RETARDANT TREATED 2X

BLOCKING IN THE STUD CAVITY AT ALL LOCATIONS REQUIRED TO PROVIDESOLID ANCHORAGE OF WALL SUPPORTED ITEMS INDICATED BY THEDRAWINGS, INCLUDING BUT NOT LIMITED TO: GRAB BARS, SHELVING,CABINETS, AND KITCHEN EQUIPMENT. CONTRACTOR'S OPTION TO PROVIDEGALV. 16 GA BY THE DEPTH OF THE WALL METAL STUDS AS BLOCKING UNLESSWOOD BLOCKING IS SPECIFICALLY CALLED FOR BY THE MANUFACTURER.

12. ALL WOOD BLOCKING, MISC. FRAMING, PANELS, ETC THAT ARE TO BE USEDSHALL BE FIRE-RETARDANT TREATED.

13. THE GENERAL CONTRACTOR SHALL CONTACT THE C.O.R. FOR INFORMATIONCONCERNING ALL SIGNAGE WHICH SHALL BE PROVIDED BY THE OWNER, ANDSHALL MAKE PROVISIONS FOR INSTALLATION OF SUCH SIGNAGE, INCLUDINGVERIFICATION OF DIMENSIONS (ADEQUATE SPACE AT THE DESIREDINSTALLATION LOCATION), AND SHALL BRING ANY CONFLICTS TO THEATTENTION OF THE C.O.R.

14. ALL CONTRACTORS SHALL BE RESPONSIBLE TO PATCH AND REPAIR ALLSURFACES WHERE EXISTING CONSTRUCTION IS REMOVED OR DISTURBED BYWORK UNDER THEIR CONTRACT.

15. IN ADDITION TO SPECIFIC REQUIREMENTS, THE GENERAL INTENT OF PAINTINGAND TRANSPARENT FINISHES IS AS FOLLOWS: WHERE SURFACES AREINDICATED TO BE PAINTED OR TRANSPARENT FINISH APPLIED, ALL OPENINGS,NEW AND EXISTING,INCLUDING WINDOWS, DOORS, FRAMES, TRIM, BASE, ETC.SHALL BE FINISHED OR REFINISHED IN CONJUNCTION WITH SURROUNDINGWORK. WHERE SURFACES ARE NOT INDICATED TO BE PAINTED ORTRANSPARENT FINISH APPLIED IN THIS CONTRACT, ITEMS OF NEW WORK ORREPAIR WORK ONLY SUCH AS WALLS, CEILING, DOORS, FLOORS, WINDOWS,ETC. SHALL BE FINISHED TO MATCH EXISTING ADJACENT FINISHES, EXISTINGADJACENT FINISH SHALL REMAIN. SEE ROOM FINISH SCHEDULE AND DOORSCHEDULE FOR FINISHES. THE CONTRACTOR SHALL VERIFY IN THE FIELD ALLFINISHES PRIOR TO EXECUTION OF THE WORK.

16. ALL SUSPENDED ITEMS SUCH AS CEILINGS, DUCTS, PIPES, CONDUITS, ETC.,SHALL BE SUSPENDED (ATTACHED) DIRECTLY TO STRUC AND SHALL NOT BEATTACHED OR ANCHORED TO EXISTING PLASTER, ACOUSTIC TILE, OTHERUTILITIES, ETC.

17. ALL PENETRATIONS SUCH AS NEW OR EXISTING DUCTS, CONDUITS, PIPING,ELECTRICAL OUTLETS, LIGHT SWITCHES, RECESSED DEVICES OR ITEMS,HOLES, VOIDS, CRACKS, ETC. IN ALL EXISTING, MODIFIED AND NEW CORRIDORWALLS, SMOKE PARTITIONS, AND FLOOR SLABS SHALL BE SEALED WITH FIRERATED SEALANT TO PREVENT PASSAGE OF ANY SMOKE, FLAME, GASES, ETC..SEE PLUMBING HVAC, FIRE PROTECTION, ELECTRICAL, ETC. DRAWINGS ANDSPECIFICATIONS.

18. WHERE NEW CONSTRUCTION (I.E. DOORS, FRAMES, CASEWORK, EQUIPMENT,ETC.) IS INDICATED TO BE INSTALLED IN EXISTING CONSTRUCTION, THECONTRACTOR SHALL VERIFY ALL DIMENSIONS FOR PROPER FIT AND FORACCESS INTO THE BUILDING PRIOR TO SHOP DRAWING SUBMITTAL, ORDERINGAND DELIVERING TO THE SITE.

* CONTRACTING OFFICER REPRESENTATIVE IS REFERRED TO AS C.O.R.1. ALL WORK SHALL COMPLY WITH ALL APPLICABLE LOCAL, STATE OR, NATIONAL

CODES,RULES, ORDINANCES AND REGULATIONS INCLUDING THE AMERICANDISABILITIES ACT (ADA) AND THE AMERICAN NATIONAL STANDARDS INSTITUTE(ANSI) GUIDELINES.

2. IT IS INTENDED THAT THE DOCUMENTS INDICATE A NEW FINISH (I.E. PAINT,ACOUSTIC CEILING, FLOOR TILE, ETC.) ON ALL EXPOSED SURFACES OF THEBUILDING. WHERE A SPECIFIC FINISH IS NOT INDICATED AT ANY GIVENLOCATION THE CONTRACTOR SHALL PROVIDE THE FINISH INDICATED FOROTHER SIMILAR SURFACES.

3. THE C.O.R. SHALL PROVIDE TEMPORARY ACESS TO SERVICES REQUIRED TOFACILITATE THE WORK INDICATED, INCLUDING BUT NOT LIMITED TO THEFOLLOWING: POWER, LIGHTING, HEAT, AND WATER.

4. IT IS THE RESPONSIBILITY OF THE GENERAL CONTRACTOR TO NOTIFY THEC.O.R. OF ANY WORK WHICH MIGHT REQUIRE INTERRUPTION OF UTILITYSERVICES,CAUSE NOISE, OR CREATE VIBRATION PRIOR TO THECOMMENCEMENT OF THIS WORK.THE CONTRACTOR'S WORK AND SCHEDULESHALL BE APPROVED AND COORDINATED BEFORE HAND WITH THE C.O.R. SEEGENERAL CONDITIONS FOR FURTHER DETAIL.

5. THE GENERAL CONTRACTOR SHALL COMPLY WITH ALL APPLICABLEPROVISIONS OF THE SPECIFICATIONS, INCLUDING ALL GENERAL CONDITIONS,SUPPLEMENTARY GENERAL CONDITIONS, AND MATERIAL AND CONSTRUCTIONPROVISIONS, WHICH APPLY TO MATERIALS OR CONSTRUCTION METHODSREQUIRED BY THIS PROJECT.

6. PRIOR TO BIDDING, THE GENERAL CONTRACTOR SHALL VISIT SITE, EXAMINE,AND ACCEPT ALL EXISTING CONDITIONS. DATES FOR SITE VISITS WILL BEPOSTED IN THE SPECIFICATIONS. UNSCHEDULED VISITS WILL NOT BEALLOWED.

7. DO NOT PAINT ANY CAULKING OR SEALANTS WHICH ARE SUBJECT TOMOVEMENT - CONTROL JOINTS SHALL BE CAULKED AFTER PAINT AND SPECIALCOATING APPLICATIONS. PROVIDE CAULKING OR SEALANTS IN COLORS WHICHMATCH ADJACENT FINISHED SURFACE COLORS.

8. VERIFY ALL CONDITIONS AND DIMENSIONS IN THE FIELD BEFORE FABRICATINGANY MATERIALS.

9. CONTRACTOR SHALL BE RESPONSIBLE TO PATCH AND REPAIR ALL SURFACESWHERE EXISTING CONSTRUCTION IS REMOVED OR DISTURBED BY WORKUNDER THEIR CONTRACT. PATCH AND REPAIR ALL EXISTING SUBSTRATES ANDFINISHES INCLUDING BUT NOT LIMITED TO EXISTING WALLS, FLOORS, BASES,WAINSCOTS, CEILINGS, WINDOWS, WINDOW TRIM, WOOD WORK, DOORS,FRAMES, ETC. (UNLESS INDICATED OTHERWISE) AND PREPARE AREAS ASREQUIRED FOR NEW CONSTRUCTION FINISHES. ALL EXISTING CONSTRUCTIONTO REMAIN THAT IS DAMAGED OR DISTURBED DURING CONSTRUCTION SHALLBE PATCHED OR RESTORED AS REQUIRED TO MATCH EXISTING ADJACENTCONSTRUCTION UNLESS OTHERWISE INDICATED. CONTRACTOR TO PATCH ANDREPAIR EXISTING CONSTRUCTION REMOVED OR DISTURBED BY WORK UNDERTHEIR CONTRACT TO MATCH EXISTING ADJACENT UNLESS OTHERWISE NOTED.

10. IT IS THE INTENT OF THE DOCUMENTS TO INDICATE COMPLETE ANDOPERATIONAL SYSTEMS (I.E. STRUCTURAL, HVAC, PLUMBING, ELECTRICAL ANDETC.) THE CONTRACTOR SHALL PROVIDE THE SYSTEMS AS OPERATIONALSYSTEMS WHICH COMPLY WITH APPLICABLE CODES AND REGULATIONS. THISNOTE SHALL BE LIMITED TO THE SYSTEMS AS INDICTED BY THE DOCUMENTSAND SHALL NOT INCLUDE CHANGES TO THE SYSTEMS WHICH ALTER INDICATEDCAPACITIES, OPERATIONAL CHARACTERISTICS, ETC.

95%

OW

NER

REV

IEW

5th Floor154' - 8"

New Roof168' - 0"

5 6 7 8 9 10

J9A612

1CA510

Sim

1AA510

Sim

A

J10A612

Sim


16' -

6 1

/2"

7 1/

2"

1/2"2 1/2"

10 1/2"2 1/2"

4' - 10 3/8"2 1/2"

4' - 10 3/8"2 1/2"

4' - 10 3/8"2 1/2"

4' - 10 3/8"2 1/2"

4' - 10 3/8"2 1/2"

4' - 10 3/8"2 1/2"

1' - 4"2 1/2"

4' - 1 3/4"2 1/2"

4' - 1 3/4"2 1/2"

4' - 1 3/4"2 1/2"

4' - 1 3/4"2 1/2"

4' - 1 3/4"2 1/2"

4' - 1 3/4"2 1/2"

4' - 1 3/4"2 1/2"

1' - 4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

3' - 10 1/4"2 1/2"

1' - 4"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

4' - 5"2 1/2"

2' - 0 1/2" 4"

1/2"

2 1/

2"10

1/2

"2

1/2"

2' -

10 3

/4"

2 1/

2"2'

- 10

3/4

"2

1/2"

2' -

1"2

1/2"

2' -

9 3/

4"2

1/2"

2' -

11 3

/4"

2 1/

2"10

1/2

"2

1/2"

1/2"

M-1M-1

M-1

M-1

M-1

M-1

M-1

M-1 M-1

T-2

T-2

G-2

G-3

G-3 G-3

M-1

G-3

G-3

G-3

G-3

M-1

G-3 G-2

G-3

G-3

M-1

G-3

G-3 G-3

G-3 T-2

T-2

M-1M-1M-1 M-1

T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3

G-2

T-2

M-1M-1

G-3

G-3 G-3

G-3

G-2G-3

G-3 T-2

T-2G-3T-2

M-1 M-1 M-1 M-1

T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3

G-2

T-2

T-2

M-1 M-1

T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3

G-2

T-2

T-2 T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3

G-2

T-2

T-2

M-1 M-1 M-1 M-1

G-3

G-3

G-3

G-3

G-3

M-1 M-1 M-1 M-1 M-1 M-1

G-3G-3G-3G-3G-3

G-3 G-3 G-3 G-3 G-3

G-2G-2G-2G-2G-2

T-2 T-2 T-2 T-2 T-2

T-2T-2T-2T-2T-2

M-1 M-1 M-1 M-1 M-1 M-1

T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3

G-2 G-2

G-3

G-3

M-1

T-2T-2

T-2 T-2

M-1M-1 M-1

G-3

G-3

G-3

G-3

G-3

M-1 M-1

G-3

G-3

G-2

T-2

T-2

M-1 M-1

T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3

G-2

T-2

T-2

M-1 M-1

T-2

T-2

G-2

G-3

G-3

M-1

M-1

T-2

T-2

G-2

G-3

G-3

M-1 M-1

G-3

G-3 G-3

G-3

M-1 M-1

G-3

G-3 G-3

G-3

M-1

G-3

G-3

G-3

M-1M-1

T-2

T-2

G-2G-2

T-2

T-2

M-1M-1

T-2

T-2

G-2

5th Floor154' - 8"

New Roof168' - 0"

D E F

J9A612

1CA510

Sim

1AA510

Sim B

J10A612

Sim

1' - 4"


7 1/

2"16

' - 6

1/2

"

4" 2' - 0 1/2"2 1/2"

3' - 8 5/8"2 1/2"

3' - 8 5/8"2 1/2"

3' - 8 5/8"2 1/2"

3' - 8 5/8"2 1/2"

3' - 8 5/8"2 1/2"

3' - 8 5/8"2 1/2"

3' - 8 5/8"2 1/2"

1' - 4"2 1/2"

4' - 0 7/8"2 1/2"

4' - 0 7/8"2 1/2"

4' - 0 7/8"2 1/2"

4' - 0 7/8"2 1/2"

4' - 0 7/8"2 1/2"

4' - 0 7/8"2 1/2"10 1/2" 2 1/2"

1/2"

2 1/

2"10

1/2

"2

1/2"

2' -

10 3

/4"

2 1/

2"2'

- 10

3/4

"2

1/2"

2' -

1"2

1/2"

2' -

10 3

/4"

2 1/

2"2'

- 10

3/4

"2

1/2"

10 1

/2"

2 1/

2"1/

2"1/

2"

M-1M-1 M-1M-1M-1

M-1G-2G-2G-2G-3

M-1G-3G-3G-3G-3

M-1T-2T-2T-2G-3

M-1

G-3

G-3

G-3

M-1

T-2

G-2

G-3

M-1

T-2

G-2

G-3

M-1

T-2

G-2

G-3

M-1

T-2

G-2

G-3

M-1G-3G-3G-3G-3G-3G-3G-3G-3G-3

M-1

T-2

G-2

G-3

G-3

M-1

T-2T-2T-2G-3T-2T-2T-2T-2T-2G-3

M-1M-1M-1M-1M-1M-1M-1M-1M-1M-1M-1

M-1

T-2

T-2

G-2

G-3

G-3

M-1

M-1

T-2

T-2

G-2

G-3

G-3

M-1

M-1

T-2

T-2

G-2

G-3

G-3

M-1

M-1

T-2

T-2

G-2

G-3

G-3

M-1

M-1

T-2

T-2

G-2

G-3

G-3

M-1

A600E1.1 8.27

7.81

6.05

7.18

D

10

A600S2.0

A600S2.0

8.31

5.01

8.31

7.81

6.05

A600S8.0-A

8.28

2.01

8.64

Vision Glazing

Metal Infill Panel

Spandrel Glazing

G-2

G-1

G-3

T-1

T-2

1/4" Clear Glazing

1" Insulated Tinted Glazing

1" Insulated, Tinted, Spandrel Glazing

1/4" Tempered Glazing

1" Insulated Tinted Tempered Glazing

M-1 Metal Infill Panel

GLAZING PANEL LEGEND

GLAZING NOTES

D

5

8.31

8.63

A600S2.0

A600S2.0

A600S2.0

5.01

7.18

10 1/2" 10 3/4"

9 7/

8"2

3/8"

A600E1.1

7.67

9.21

6.05

9.02

7.81

2.01

7.81

9.50

7.81 6.05

A600S2.0

A

3' - 8 7/8" 3' - 8 7/8" 3' - 8 7/8" 3' - 8 7/8" 3' - 8 7/8" 3' - 8 7/8" 3' - 8 7/8"

5' -

0"4'

- 0"

J17A612

SimJ17

A612

Sim

7BA511

Sim

7AA511

Sim

8.61

5th Floor154' - 8"

6' - 0"

4' -

4"6'

- 0"

7BA511

Sim

7AA511

Sim

J17A612

Sim

J17A612

Sim

C

8.61

J17A612

J17A612

Sim

5' - 0"

4' -

4"6'

- 0"

7BA511

Sim

7AA511

Sim

B

8.61

8.288.266.05

8.27

7.81

A600S2.0

A600E4.0

5.01

A600E4.0

7.81

8.27

6.056.05

7.81A600S1.0

A600E1.1 6.05

2"

8.28

8.26



Drawing Title


Location

Building Number

Project Title

Checked DrawnDate

Project No.

Drawing Number

Dwg. of

one-


one-

quarter inch =

one foot

three-

eighths inch =

one foot

one-

half inch =

one foot

three-


one inch =

one foot

one and one-

half inches =

one foot

three inches =

one foot

04

816

00

00

00

04

44

86

66

61

22

FE

DC

BA

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8 9

FE

DC

BA






XX

RDC /



7/23/2012 5:38:09 PM


07/24/2012

WINDOW TYPES & DETAILS

A612MD/EKJP

11003.00596-329

LEXINGTON VAMC

1A

Revisions Date

Scale: 1/4" = 1'-0"

CURTAIN WALL ELEVATIONS

J11 J9

J12S3

J10

S4

H9

WINDOW NOTES

2.01 Existing construction to remain.5.01 Structural steel frame with fire spray on fireproofing. See Structural

Drawings.6.05 2" x pressure treated wood blocking.7.18 Air and moisture barrier.7.67 Aluminum break metal to match curtainwall.7.81 Continuous sealant over backer rod each side.8.26 [4-1/2"] Aluminum storefront window system.8.27 6" Aluminum storefront window system.8.28 Aluminum entrance door.8.31 7 1/2" Aluminum curtainwall system. Design to expand vertically to carry

future 6th floor curtain wall.8.61 Prefinished aluminum louver. Finish to match existing louvers. See

Mechanical Drawings.8.63 Insulated metal infill panel. Aluminum finish to match adjacent curtain wall.8.64 Threshold.9.02 3 5/8" non-structural metal framing @ 16" o.c.9.21 5/8" Type X gypsum board.9.50 Suspended acoustic ceiling tile/grid.12.04 Aluminum sunshade.

Scale: 1/4" = 1'-0"

LOUVER ELEVATIONSJ14 J13

J15J16J17H10

563 543B 542 540A 540B 538

P-4

P-4

PRB-1

A3112

541

2' - 3"3' - 0" 1' - 6" 2' - 3" 2 3/8"

3' -

0"2'

- 0"

2' -

0"

2 3/8"3' - 6"3' - 6"3' - 6"

B2 B3 B1

W1W1W1

PL-1

SS-1

PL-1

PRB-1

P-3

11.01

1' - 6"2 3/8"

B3

2 3/8"

571 574 576

P-3

P-4

572A 578B578C

P-4 P-4

PRB-1PRB-1 PRB-1 PRB-1

A3112

P-1 P-1

P-1 P-1

P-1

PRB-1

P-4

P-1

P-1

557 561

P-2

P-2 P-2

PRB-1

6.39

2' - 0" 5' - 2 1/2" 2' - 0" 5' - 2 1/2" 2' - 0" 5' - 2 1/2" 2' - 0" 5' - 2 1/2" 2' - 0"

1' -

0"2'

- 0"

1' -

0"2'

- 6"

2' -

0"

WD-1

HR-1

11.06

6"



Drawing Title


Location

Building Number

Project Title

Checked DrawnDate

Project No.

Drawing Number

Dwg. of

one-


one-

quarter inch =

one foot

three-

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one-

half inch =

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one inch =

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04

816

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66

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22

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1 2 3 4 5 6 7 8 9

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7/23/2012 5:38:36 PM


07/24/2012

INTERIOR ELEVATIONS

A702DesignerApprover

11003.00596-329

LEXINGTON VAMC

1A

Revisions Date

Scale: 1/4" = 1'-0"16 ADMINISTRATIVE 563Scale: 1/4" = 1'-0"15 ADMINISTRATIVE 563

Scale: 1/4" = 1'-0"14 ADMINISTRATIVE 563

GENERAL INT. ELEVATION NOTESA. See Sheet A801 for Room Finish Schedule.B. See Sheet A801 for Finish Materials Legend.C. See Sheet A711 for Casework Sections and Details.

ELEVATION NOTES

Scale: 1/4" = 1'-0"13 ADMINISTRATIVE 563

6.39 Wood paneling stained to match PL-1. Delete in DeductAlternate 1

11.01 Owner provided and installed refrigerator. Coordinate utilityconnections with owner. See Electrical and Plumbing Drawings.

11.06 Owner provided and installed television. Coordinate utilities withowner. See Electrical Drawings.

Scale: 1/4" = 1'-0"17 CORRIDOR 586 3.

4.

5.

2.

Sheakley Athletics Complex RenderingsCincinnati, OhioSports StadiumMichael Schuster AssociatesSummer 2010

Sheakley Athletics Complex is a football practice field for the University ofCincinnati Bearcats. I created multiple renderings and design schemes forthingssuchasthepressbox-imagesrepresentedabove-theentrance,andthevariousglazingschemes.Therenderingswereusedforclientmeetingsandmarketingpurposes.

1. Rendering of concession stand2. Rendering of suite3. Rendering of team store

Dayton Dragons RenovationDayton, OhioSports FacilityMichael Schuster AssociatesSummer 2010

ThisprojectisarenovationtotheDaytonDragonsStadium,hometoaminorleaguebaseballteamlocatedinDayton,Ohio.Thegoaloftherenovationwastocreateanidentityfor the stadium as a whole and for each individual foodstand.

AspartoftheprojectteamIworkedondesignproposals,a3-Dmodel,renderings,andfloorplansforclientmeetingsandproposals.

3.

2.

1. View of cafe in the Rec. Center2. View of Technology Cafe3. View Technology Cafe4. View of Weight room5. View of Tech. Cafe5. View into Tech. Cafe5. View of Cafe in the Rec. Center

Ray and Joan Kroc Community CenterDayton, OhioCommunity CenterJohn Poe ArchitectsWinter 2007

ThisprojectwasacommunitycenterforSalvationArmywhichconsistedoffivebuildings:aneducationalfacility,arecreationalfacility,corporateheadquarters,awomenandchildren’s shelter, andaworship facility.Aspartof theprojectteamIhelpedwithconstructiondocuments,materialselection,creatingdetails,andcreatingandmaintaininga3-Dmodelforbothclientandmarketinguse.

Theimagesaboverepresenttherecreationalfacilityandthetechnologycafe,whichisthefocalpointoftheeducationalfacility.

2. 3.

7.

4. 5. 6.

Academic Experience

1. Fourth Floor Plan2. North Elevation3. West Elevation4. East Elevation5. Site Plan

Future Forms for Healthy DevelopmentCincinnati, OhioEducationThesis ProjectFall 2010 - Spring 2011

My thesis investigated the effect of nature on the emotional, physical, andmentalhealthanddevelopmentofhumans,especiallychildren.Ithenusedmyfindingstocreateadesignmethodologythatseamlesslyintegratesnatureintobuilt formwhich,when implemented,will reduce thenegativeeffects living inurbanenvironmentshasonhumanhealthanddevelopment.Thesestrategieswere then demonstrated through the design of an urban educational facilitylocatedinCincinnati,Ohio.

ThedesignwasarenovationofanexistingschoolindowntownCincinnati.Thenewdesigninvolvedretrofittingtheexistingbuildingintoamixedusespaceandadding a newwing for academic classrooms.Naturalmaterials, open plans,glazing, and vegetationwere integrated into all spaces to blur the boundarybetweentheinteriorandexteriorwhilecreatingspacesthatchangeandadaptasthechildreninteractwithandexplorethem.1.

2.

3.

4.

5.

1. Floor Plans2. Massing Model3. Biophilic Relationships Diagram4. Physical Model

SOCIOCULTURALFACTORS

ECOLOGICAL DIVERSITY

SENSE OF PLACET

INDIRECTINTERACTION

DIRECT INTERACTION

SYMBOLIC INTERACTION

T

BIOPHILICVALUES

EMOTIONAL DEVELOPMENT

INTELLECTUALSKILLS

MORAL / ETHICALPERSPECTIVES

BUILT ENVIRONMENT FACTORS

EXPERIENCE WITH NATURE

ENVIRONMENTAL VALUES

HEALTH AND DEVELOPMENT OUTCOMES

1.

2.

3.

4.

1. Building Section2. Building Layout Studies3. Classroom Program Study4. Elementary Adjacency Study5. Academic Spaces Adjacency Study

CLASSROOM PROGRAM

FIRST FLOOR CLASSROOM PROGRAM SECOND FLOOR CLASSROOM PROGRAM

Core Learning Area

Core Learning Area Core Learning Area

Core Learning Area

Focus Group

Focus Group

Core Learning Area

Outdoor Classroom

Outdoor Classroom

Eco LearningArea

Interior / ExteriorLearning Space

Social LearningArea

Activity Center

Activity Center

Small GroupLearning Area


Small GroupLearning Area Small GroupLearning AreaTechnologyArea

ProjectArea Project

Area

Focus GroupFocus Group


Social LearningArea

Small GroupLearning Area Small GroupLearning Area Large GroupLearningArea

Small GroupLearning Area Small GroupLearning Area


Children Only Leanring Area


Scale: 1/16" = 1'-0"

NORTH - SOUTH SECTION2

PRO

DU

CED

BY

AN

AU

TOD

ESK

ED

UC

ATI

ON

AL

PRO

DU

CT

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

PRO

DU

CED

BY A

N A

UTO

DESK

EDU

CA

TION

AL PR

OD

UC

T

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

CLASS CLASS

CLASS CLASS

STOR.WORK R.RKINDERGARTEN

DRIVE

EXTERIOR SPACES

PLAYGROUND

1.

2. 3.

4. 5.

1. Photograph of the solar panels installed in their completed frame.2. Photograph of the final vegetated wall and solar panel systems3. Detail drawing of the two systems4. Enlarged Detail of the Vegetated Wall System5. Solar Panel Frame Detail

Learning LaboratoryCincinnati, OhioDesign/Build64 SFSpring 2010

The goal for this assignment was to design and build a learning laboratory.Theentirelaboratorywasdesignedasastudio,withspecificdetailsdesignedby four individual groups.These groupswere: interior design, exteriorwalls,vegetatedwall,andsolarpanels.Iwasoneofthreemembersinthesolarpanelandvegetatedwallgroup.Imagesofthedetaildrawingsandprocessandfinalphotographsareshownabove.

2. 3.

4.

2x3

2x4

2X6

2x3

2x4

1” BLACK IRON TUBING

2x6

4” STEEL PLATE

SOLAR PANEL2X8

4” C Channel

6” Steel Plate

2X3

2X3

2X42X4

2X6

2X62X4

2X3

PHOTOVOLTAIC PANEL

2X62X8

SECTION DETAIL B

6” = 1’-0”

SECTION DETAIL A

6” = 1’-0”

SECTION DETAIL C

6” = 1’-0”

Solar Thermal StrategiesPlans and Details

Emily KriegerEmily Samsonow

Steve Stidham

5.

2x3

2x4

2X6

2x3

2x4


2x6

4” STEEL PLATE

SOLAR PANEL2X8

4” C Channel

6” Steel Plate

2X3

2X3

2X42X4

2X6

2X62X4

2X3

PHOTOVOLTAIC PANEL

2X62X8

SECTION DETAIL B

6” = 1’-0”

SECTION DETAIL A

6” = 1’-0”

SECTION DETAIL C

6” = 1’-0”



Steve Stidham

2x3

2x4

2X6

2x3

2x4


2x6

4” STEEL PLATE

SOLAR PANEL2X8

4” C Channel

6” Steel Plate

2X3

2X3

2X42X4

2X6

2X62X4

2X3

PHOTOVOLTAIC PANEL

2X62X8

SECTION DETAIL B

6” = 1’-0”

SECTION DETAIL A

6” = 1’-0”

SECTION DETAIL C

6” = 1’-0”



Steve Stidham

1. Photograph of completed vegetated wall system2. Photograph of the south side of the learning laboratory3. Photograph of corner detail from above4. Photograph of corner detail from below5. Detail drawing of the solar panel frame

4.3.

2.

1.

5.

1. Teammates assembling supports2. Installing the solar panels3. Main support before installation4. Partial frame before installation

1.

2.

3.

4.

1. Structural Model on the Site2. Exterior Perspective of Building and elevated Track3. Exterior Perspective of Building4. Building Section5. Exterior Perspective Sketch6. Second Floor Plan

Tension and RelaxationCaesar Creek, OhioSports ComplexSummer 2009

Theassignmentforthisquarterwastodesignatriathlontrainingfacilityusingthethemeofthree.Iemployedthisthemeinthestructuralsystemofmydesign,whichwasatensilesystem.

Thedrivingdesignconceptwasthatofcompressionandrelease,muchlikethemusclecompresses-flexes-andreleasesduringphysicalactivity.Theformofthebuildingmimicsthisprocessbycontractingatthemiddle,bothverticallyandhorizontally.

4.

2.

7.

9.

3.

5.

6.

1. Final Bay Model2. Section Perspective of Spa Spaces3. Structural Model

Cranbrook Academy Spa

Cranbrook, Michigan

Wellness Center

10,000 sf

Fall 2008 / spring 2009

This assignment was a two quarter long wellness center focusing on structure,environment,andconstruction.Thedrivingconceptofmydesignwastobothacceptandrejectanexistinggridthroughtheuseoftwocontradictorywings.Thetraditional,rectangular wing respects the grid and the existing building typology, while themodern,angularwingrejectsthegridandtypologies.

Detail andmateriality were employed to create two visually different wings, as iftheyweretwoseparatebuildings.Therectangularwing,housingthehospitalityandadministrationspaces, isdetailed tobe“heavy”usingbrickandotherstones.Theangularwing,housingallspaspaces,isdesignedtobelightusingglassandwoodmaterials.

2.

3.

1. Rendered Site Plan2. First Floor Plan3. Design Sketches4. Elevation Sketches5. Elevation Sketch6. Site / Landscape Studies

1.2.3.4.5.

PROGRAM DIAGRAMELEVATION STUDIESELEVATION STUDYCONCEPT SKETCHESSITE SKETCHES

11




CRANBROOK SPA



A MOMENT IN DAAP




SystemsAll of the systems and technology of the building, such as the plumbing and HVAC, are integrated into the building in a way that makes them invisible to those inhabiting the space. The HVAC, plumbing, and equipment are integrat-ed into the foudation of the buidling. At no point is there are volumetric indi-cator of any of the systems. Having them invisible allows the spaces to have a character that is uninterupted by the technology required to functionally run the space, making it experientially seem as though the technology does not exist. This therefore allows those inhabiting the space to focus on the functions of the spaces rather than the technology running them.

ConstructionThe construction details and decisions share the same intent as the volu-metric, site, and detail ones of the building. Each space has a different construction type which emphasizes the volumetric intent of the spaces be-ing visably different from each other to emphasize the difference in function. Each space is asked to be visible constructed differently than the other space.

Systems + Construction

ARCHITECTURAL INTENT

Hospitality Spaces

Systems Spaces

Spa Spaces

CRANBROOK ART ACADEMY: GRID + AXISCampus grid + axis

1. 2.

3.

4. 5.

1.2.3.4.5.


11




CRANBROOK SPA



A MOMENT IN DAAP








Hospitality Spaces

Systems Spaces

Spa Spaces


1. 2.

3.

4. 5.

1.2.3.4.5.


11




CRANBROOK SPA



A MOMENT IN DAAP








Hospitality Spaces

Systems Spaces

Spa Spaces


1. 2.

3.

4. 5.

2.

3.

4.

5.

1.2.3.4.5.


11




CRANBROOK SPA



A MOMENT IN DAAP








Hospitality Spaces

Systems Spaces

Spa Spaces


1. 2.

3.

4. 5.

6.a. a. a. a.a.b. b. b. b. b.

c. d.e. f. f.

g. h.

i.

i. j.

k.k.k.

l.m.

m.

m.

m.

m.

n.a. GuestRoomb. GuestRestroomc. Library/Readingd. Kitchen/Dininge. Lobby/Receptionf. Restroomg. Mechanicalh. AdministrationOffices

i. Lockers/Dressingj. Saunak. Massagel. PlungePoolm Pooln. OutdoorPool

2.

1.

1.2.3.4.

BUILDING SECTIONSTRUCTURAL DIAGRAMSSTRUCTURAL MODELDIAGRAM OF THERMAL MASS




CRANBROOK SPA



A MOMENT IN DAAP




12

BUILDING SECTION 2SCALE: 1/2” = 1’-0”

The interior wall that divides the hospitality spaces from the corridor acts as a thermal mass. Direct gain enters the building through the southern wall glazing system and is stored in the wall. At night when the temperature cools the wall expells the heat into the room mini-mizing the temperature flux within the space.

Both walls are bearing walls that also act as part of the structural system. The exterior wall has two brick layers and one CMU block layer. The top 6’-0” of this wall is all glazing to allow the maximum amount of direct gain into the space in the winter. The interior wall is a CMU block wall with stone tile finishing on either side.

There is an overheated portion of the year. During these times of the year the glazing system is shaded so not direct gain enters the building.

Having the glazing located here for passive heating also allows for a good opportunity to bring natural light into the space, even in the over heated parts of the year. The roof overhang that acts as the shading system shades the space completely in the summer so no interoer lou-vers or blinds are necessary.

Thermal Mass

ENVIRONMENT

Thermal Mass

Glazing; direct gain entrance

Heat dispursed into the interior at night

Direct gain in the winter

Direct gain in the summer; blocked by roof overhang

The volumetric intent for the building calls for the buiding to have two distinct structural systems; one bearing wall, one steel framing. For the hospitality spaces the bearing wall structure is integrated into the interior making. It is detailed in a way that makes it invisible. The structural system of this portion of the wellness center mimic the sur-rounding buildings on campus and the structural expressed is therefore expressed to mimic the buildings.

The structure of the spa spaces is expressed. This is to illustrate the lightness of the space and to visibly separate the structure from the skin. This further illustrates the transparency of these spaces.

The section and daigrams above are a transverse section through the hospitality spaces. This space is a single height space supported by bearing walls. The section shows the distribution of the gravity loads that exist within the build-ing. Each bearing wall is just over 1’ thick and the longest span is 20’ with the smaller span being 8’. The roof at the south wall is supported by a beam and column that were included to accomodate the recessed glazing.

Conjecture

STRUCTURE

Shear Diagram

Moment Diagram

2.

1.

3. 4.

1. Structural Diagrams2. Diagram of Existing Campus Grid3. Building Section with Environmental Studies 3.

1.

ShearDiagram

MomentDiagram

CRANBROOK ART ACADEMY: GRID + AXIS




CRANBROOK SPA



A MOMENT IN DAAP




07

SARDINIA SPRAWL

SARDINIA, ITALY

URBAN PLANNING

MINIMIZING URBAN SPRAWL

SUMMER 2008

While studying abroad in Italy, I partici-pated in a 10 day summer program on the Island of Sardinia focusing on ur-ban planning. Our project was to take a low-density site and give it a sustain-able city center and minimize urban sprawl. We found that the problems on our site were a poor urban nucle-us, lack of urban services, constantly changing population, low density, and mobility, while the opportunities were environmental sources, sea, pine and juniper trees, low density, agricultural areas, wind, good climate, good infra-structure, and minimal urban traffic.

The driving concept of the master plan was to create a better quality of life for the site while keeping it low density. The driving idea of our design is the “green corridor” concept. These corridors are environmental corridors that act as public spaces with multifunctional ac-tivities. These corridors follow the in-frastructure that moves people from one city to the next. Along with creat-ing public spaces the green corridors act as boundaries. Within these corri-dors “fingers” exist that hold the public spaces and multifunctional activities.

Caroline Bohlen

Carlo Chelo

Emily Krieger

Becca Kundysek

Manuela Porceddu

Jeffrey Rengering

Rosario Romano

Roberto Sussarello

Rodrigo Velazquez Bernabeu

Professor:

G. Maciocco

The image on the top left is a diagram of the existing conditions of the site that as a group we felt were important. The diagram on the bottom left is a conceptual master plan of our project. This is where we first started to incorpo-rate the different layer opportunities together.

A n a l y s i s :Our group started by identifying the problems and opportunities that existed within our site. We found that the problems were a poor urban nucleus, lack of urban services, social problems and disease, poverty of tourist services, constant-ly changing population, low density, poverty of house morphology, and mobility. The opportunities that we found to be evident were environmental sources, sea, pine and juniper trees, low density, agricultural areas, wind, good climate, good in-frastructure, and minimal urban traffic. Our group then decided to split up the existing conditions of the site into “layers” and analyzing the layers in-dividually. The five layers that we analyzed were water, vegetation, history and urban settlements, infrastructure, and topography. In our analysis we found that the vegetation that existed on the site was mostly pine, juniper, and agricultural land. Through our research we found that neither the pine or the juniper were natural to the site. In-stead they had been brought in to protect the dunes from erosion. to be respected or preserved.

After determined the opportunities that existed with-in the site we created a master plan that incorpo-rated all of the opportunities. The driving concept of the master plan was to create a better quality of life for the site while keeping it low density. The driving idea of our design is the “green corridor” concept. These corridors are environmental corri-dors that act as public spaces with multifunctional activities. The property lines, existing housing, and sprawl within the site determined the boundaries of the corridors. These corridors follow the infra-structure that moves people from one city to the next. Along with creating public spaces the green corridors act as boundaries. Within these cor-ridors “fingers” exist that hold the public spaces and multifunctional activities. This way residents no longer need to travel into the city for every day needs. No housing is allowed in the “fingers” which therefore also act as boundaries to the sprawl.

After we determined the opportunities that exist-ed within the site we created a master plan that incorporated all of the opportunities. The driv-ing concept of the master plan was to create a better quality of life for the site while keeping it low density. The driving idea of our design is the “green corridor” concept. These corridors are environmental corridors that act as public spaces with multifunctional activities. The prop-erty lines, existing housing, and sprawl within the site determined the boundaries of the corridors.

distribuzione insediativa: infrastrutture per chi?urban distribution: infrastructures for who?

The image above is a diagram of the infra-structure within the site. The diagram shows the major cities, direction of traffic along with the different types of traffic allowed to pass.

These corridors follow the infrastructure that moves people from one city to the next. Along with creating public spaces the green corridors act as boundaries. Within these corridors “fingers” exist that hold the public spaces and multifunctional activities. This way residents no longer need to travel into the city for ev-ery day needs. No housing is allowed in the “fingers” which therefore also act as boundaries to the sprawl.

We used the infrastructure to create sustainable transportation. Where different roads meet the type of transportation allowed through changes. The roads closest to the water are strictly pedestrian and bicycle traffic. As one moves outward scoot-ers, electric car, and full size vehicles are eventually added. Along the entire road multi level pathways exist for pedestrians and bicycles to travel on. These boardwalks continued out into the water connecting the coast with the sprawl. The “fingers” in this area transform into centers for tourists to use with the final “finger” being the boardwalk that continues into the water. Each “finger” holds multifunctional spaces and buildings. The boardwalk acts as a seamless connection between the water, the dunes, the pond, the vegetation, and the urban settlements.

1.

2. 3.

GRAPHIC ANALYSIS OF PROBLEM AREASCONCEPTUAL SITE PLANGRAPHICAL ANALYSIS OF SPRAWL LOCATIONS

1.

2.3.

1.

1. Caption2. Caption3. Caption4. Caption5. Caption

Sardinia SprawlSardinia, ItalyUrban PlanningSummer 2008

WhilestudyingabroadinEuropeandAsia,Iparticipatedina10daysummerprogramon the islandoff thecoastof Italy,Sardinia,which focusedon localurbanplanningproblemsinthearea.Mygroup’sassignmentwastocreateasustainablemasterplanforalow-densitysiteadjacenttothewater.

Thedrivingconceptofthemasterplanwastocreateabetterqualityoflifeforthoseinhabitingthesitewhilekeepingitlow-density.Theuseof“greencorridors”was utilized to accomplish this goal. These corridors are environmentallyprotected areas that act as public spaceswithmultifunctional activities. Thecorridors follow theexisting infrastructure thatmovespeople fromonecity tothenext.Alongwithcreatinghealthy,publicspaces,thegreencorridorsactasboundarieslimitingwhatcanbebuiltinordertohelpprotecttheenvironment.

1. Diagram Representing Problem Areas in the Surrounding Context of the site2. Schematic Master Plan3. Diagram Representing Urban Sprawl in the Surrounding Cities

2.

3.

Supplemental Skills

Physical ModelingCincinnati Reds Stadium RenovationMichael Schuster AssociatesFall 2009 / Winter 2010

MSAproposedarenovationtotheCincinnatiRed’sStadium.Myroleaspartof theproject teamwas toupdateanexistingpresentationmodelwhich,whenfinished,wasgiventotheclientfordisplayinthecorporateoffices.Themodelwasadetailedrepresentationoffixtures,stations,andgraphicsproposedtotransformtheterracelevelofthestadiumintoamoreusable,family-friendlyspace.

1. View from Main Entrance2. View of Mini Stadium and Overlook3. View of P&G Stage4. Aerial View of Stadium5. View of Children’s Play Area6. View of P&G Stage

2.

3.

4.

5. 6.

1. Yagoot floor plan rendering2. Kendle floor plan rendering

Photoshop RenderingCincinnati Design AwardsMichael Schuster AssociatesFall 2009 / Winter 2010

BothimagesonthispagearerenderedfloorplansIcompletedforsubmissiontotheCincinnatiDesignAwards.

2.

1. Charcoal Still Life2. Mixed Media Drawing3. Pencil Rendering4. Graphite Still Life

Hand RenderingCharcoal, Graphite, Color PencilFall 2005

ImagesaboverepresentrenderingsdonebothforacademicandpersonalpurposeswhileattendingtheUniversityofCincinnati.

2.

3.

4.

1. Marker sketch of the Blue Mosque in Istanbul, Turkey done using the dot method.2. Water Color of Ponte Vechio in Florence, Italy.3. Christian Church in Istanbul, Turkey.4. Site study of Kadikoy Ferry Station

Field SketchingItaly and TurkeySummer 2008 + Summer 2010

While studying abroad in Italy and Turkey in thesummer of 2008 I took a field sketching course.Throughoutthesummerwevisiteddifferentsignificantarchitectural sites and practiced different styles andmethodsofsketchingsuchaswatercolor,perspective,marker,andthedotmethod.TheimagesaboveareaselectionofthoseIdidforthiscourse.

3.

2.3.

4.

Thank You

portfolio

Documents

urban settlements

r i e g e e y

lack of urban services

low density

minimal urban traffic

r i e g e r1

poor urban nucleus

y s i s