Alexa Wallert_Portfolio 2016

Alexa Wallert Portfolio Architecture + Design Selected Works 2011-2016

www.linkedin.com/in/alexa-wallert

Alexa Wallert JUNIOR DESIGNER

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CONTACT 860.539.9937 BOSTON CAPE COD ATLANTA Alexa.Wallert13@gmail.com Http://www.linkedin.com/alexawallert

HONORS & AWARDS >Deans List Design GPA- 3.7 >Scandinavia Symposium Psychology of Architecture Essay-2015

>Wentworth Design Competition Honorable Mention- 2014 >Facade Project Casella Gallery- 2013 >Norwich Academy Design Competition

First Place Awarded $5,000/year- 2011

ORGANIZATIONS A.I.A.S/ ΦΣΠ/ M.A.Y/ S.P.E.C/ W.A,C

SKILLS ADOBE SUITE

AUTODESK AUTOCAD

AUTODESK REVIT

MICROSOFT OFFICE

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EDUCATION

M. Arch @ WENTWORTH INSTITUTE OF TECH August 2015 - Present T h e one- year M as t er o f Architecture degree curriculum pr ov ide s an i n te n se l y f oc u se d p r og r a m o f s t ud y f o r s t udents w ho hav e successfully complete d th e Bac h e l or of S c i e n c e i n Archi t ect ure at Wentw orth. The pr ogram offers each stu de n t th e opportu n i ty t o ful l y d evelo p and d ef en d original r esearch in the for m of a d e si g n th e si s.

ISTANBUL TECHNICAL UNIVERSITY September 2015 V i s i t i n g S t ud ent , Arc hi t ecture + D esign

HOCHSCHULE FüR TECHNIK UND WIRTSCHAFT BERLIN August 2014 - December 2014 V i s i t i n g S t ud ent , Arc hi t ecture + D esign

WENTWORTH INSTITUTE OF TECHNOLOGY August 2011 - April 2015 A r c h i t ec t ural ed uc at i o n at Wentw orth embraces the complex n atu re of arc h i te c tu re a s a c o nc ep t ual, t echni cal, and social practice that is ultimate l y c e n te re d on th e art of ma ki ng. The p ro gram encour ages deep explorations in the mate ri al c u l tu re of a r c h i t ec t ure and c hallenges students to deploy this know ledge i n way s th at e n ri c h t h e b u i lt envi ro nm ent and enhance people’s liv es.

GLASTONBURY HIGH SCHOOL August 2007 - June 2011

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WORK EXPERIENCE

TEACHER ASSISTANT @ WENTWORTH ARCHITECTURE August 2015 - April 2016 M e n t or and gui d e und erg rad students in or der to help them m aste r stu di o assi g n me n ts a n d t o rei nf o rce learni ng concepts presented by the pr ofessor .

INTERN ARCHITECT @ A3 ARCHITECTS May 2015 - August 2015 H e l p e d f ac i li t at e t he d es igns, v isual r epresentation, and gr aphi c produ c ti on of h i g h e n d, n e t ze ro res i d ent i al p ro j ects. Responsibilities included produci n g se v e ral pre se n tati on r e n d e r i ngs , general cad and r ev it drafting, site documentation , an d man ag i n g an d up da t i ng t he web s i t e p o r tfolio. I had the opportunity to w or k di re c tl y wi th both th e p r i n c i p al and s everal c li ents to effi ciently achiev e the fi nal out c ome .

INTERN ARCHITECT @ TVSDESIGN May 2014 - August 2014 M y r e s p o ns i b i li t i es i nc lud ed schematic design, presentations, r e n de ri n g s, re v i t 3 d mode l i n g a n d det ai li ng, as well as sev eral inter national client meetings. Wi th i n a te am of abou t 20, I w a s r e s p o ns i b le f o r s everal zones w ith in the Dhirubhai Amban i Con v e n ti on & E xh i bi ti on Ce n t e r- R et ai l M all i n M umbai, India. I w orked closely w ith interi ors an d e n g i n e e rs to de si g n s e v e r a l lo b b y s p ac es , ex t er ior facades, and the ov er all modelin g / g raph i c re pre se n tati on .

INTERN ARCHITECT @ CHERYL NEWTON ARCHITECT LLC May 2011 - August 2013 A s s i s t in t he d es i gn, vi s ual representation, and gr aphic pr oducti on of me di u m to l arg e s c a l e r es i d ent i al, ret ai l, and commer cial pr ojects. Responsibilit i e s i n c l u de pre se n tati on r e n d e r ings , general d raf t i ng, site documentation, and w or king di re c tl y wi th th e pri n c i pal t o e ffi ci ent ly m eet d ead li nes.

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T a b l e of C ont ent s

Acad emi c The Ribbon 10

Un d e r g r a d 2 0 1 2

B ibliothek 16

Abroad 2014

Resilient Infrastructures 26

Thesis 2016

P ro f es s i o n a l Ambani Convention Center Internship 2014

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Net Zero Home Internship 2015

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Various Homes Internship 2011-2015

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Per so nal Photography 82

2011-2016

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ACADEMIC

Wentworth Institute of Tech

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The Ribbon Undergrad 2012

Program The Ribbon winds through the steep landscape creating an imbrication of spaces that provides intimate and public gathering points that thread the entire site together. The summit of the park welcomes tourist wandering along the freedom trail to stop and rest; Pedestrians will enjoy the panoramic view of downtown Boston, providing an incredible backdrop for small performances.

The path pours into the community spaces opening up to provide a region capable of holding public festivals or performances. Adding life and animating the existing terraces will rejuvenate the site and provide an amiable provincial gathering point for the North End inhabitants.

In collaboration with: Adam Gonzalez

Site North End Copps Hill Performance Park

Professor Ben Peterson

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Bibliothek Abroad 2014

Program Bibliothek Zusatz This library addition took place in the city of Berlin as a part of the Wentworth Study Abroad Program.

The existing library lacked in FAR and had a poor circulation of program. By creating an extension of spaces and enhancing these elements the library became an iconic building dedicated to educating the children and teenagers of Berlin. As a growing architect this opportunity allowed me to experience international codes as w e l l a s d e v e l o p a L E E D c e r t i fi e d design.

Site Berlin

Professor Jociam

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F

6 5.5

E.5

E 5 D.5 4

D

3.5

6 7

3

C.5

8 C

2

1

B.5

5

9

B

1

A

10

2 11

3

4

museum

G R O U N D F LO O R P L A N e x i s ti n g & e x t e ns i o n

1 2 3 4 5 6 7 8 9 10 11

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front desk entry existing lobby newspaper archive existing library outdoor cafe cafe kitchen park entrance lobby reading room library extension reading garden

kindergarten

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C.5

C

B.5

D

D.5

E.5

E

E

3.5 Mechanical

Entry Lobby 4

5

Existing Entry Lobby

Courtyard Dish Return

Kitchen

3.5

4 Bridge

Children Books

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MATERIAL KEY CONCRETE 1

3

6

10

INSULATION

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CONCRETE ELEVATION BRICK ELEVATION

BRICK

WOOD

WATER PROOFING

EARTH

METAL

CARPET

AIR

GRAVEL

^bibliothek read. reflect. relax.

Since the war, Berlin has become one of the many cultural centers in western Europe. Their re-build has attracted an increase in contemporary architecture, as well as advances in environmental architecture.

This bibliotheck is a direct response to the cities growing culture. The concrete core of the addition represents the cities strong roots and history in which they use as a foundation. The double glass facade represents the cities advances in green technology and the courtyard provides spaces in which the community can experience the power of nature.

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BIBLIOTHEK

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^bibliothek

inner courtyard

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bibliothek^

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front entrance & park

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Resilient Infrastructures Thesis 2016

Program By integrating architecture into the built infrastructures of coastal protection, communities may be designed that not only create a direct link with the environment, but also allow resilient continuity in the face of natural disasters.

Resilient design for vulnerable coastal cities threatened by sea level rise and storm surges can be accomplished through innovative planning and design and the combination of architecture, landscape, and infrastructure systems.

Site Charleston, South Carolina

Professor Robert Cowherd

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^resilience

neighborhood axon

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^charleston, SC

areas of further examination

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Water has historically been managed through various infrastructure systems to control sea level rise and protect from intense storm surges.

In an effort to control these natural disasters, infrastructures have often been designed with the main criteria of being economic and technical efficiency. However, nature has little respect for boundaries, barriers, and the infrastructure systems meant to control it.

Therefore, many of these infrastructure systems have failed at the most crucial of times. Also because several of these Infrastructure projects are generally designed with the criteria of economic and technical efficiency, they tend to produce large and isolated systems that prove to be unusable spaces that can cause a division between natural and built environments.

B L O C K M A T R I X SINGLE-FAMILY HOUSING DEVELOPMENT LOTS

Interior lots exposed to damage from front lot building debris.

Interior roads increase debris and are unsafe for traveling and seeking refuge.

Beachfront lots are exposed to high velocity storm surges and destroys the natural enviroments and gives little to no control over beach erosion.

COLLECTIVE HOUSING DEVELOPMENT LOTS

No vegitation buffers to absorb storm water and the storms impact.

Interior lots and roads are exposed to depris damage and are unsfae for traveling and seeking refuge.

Shore YVHKZ HYL L_WVZLK [V Ă…VVK LYVZPVU HUK KLIYPZ Beachfront lots are exposed to high velocity storm surges and destroys the natural enviroments and gives little to no control over beach erosion.

Below-grade utilities with shut-off valves on water and sewer lines.

Limmited-access driveways, especially for service and emergency vehicles. +LĂ„ULK dune // vegitation buffer zone.

Beachfront set back behind dunes and high hazard zone.

RECOMENDED HOUSING DEVELOPMENT LOTS

Compact linfrastructure, deep narrow lots.

No infrastructure or building within high velocity zone.

Beachfront lots are set back allowing for the natural enviroments; dunes and vegitation, to be protected and it also acts as a buffer zone to absorb the storm surges.

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Interior lots exposed to damage from front lot building debris.

Beachfront lots are exposed to high velocity storm surges and destroys the natural enviroments and gives little to no control over beach erosion.

Interior lots are level on the street side and have lowered backyards tha serve as storm surge canal.

Compact linfrastructure, deep narrow lots.

Elevated houeses and streets are protected from debris and high velocity storm surges.

Backyard lots allows natural marshes to re-grow, enhancing the overall eviromental impact.

STILT SOLID HEIGHT

ACCESS

MATERIAL

HEIGHT

ACCESS

MATERIAL

The hieght of the the stilts impacts the utility of the space underneath, the conncetion with the street and neighboring houses, and access to the house by residents who may be less mobile.

Access patterns for stilted houses include approach , vertical circulation, connection to a larger network of buildings, and integration into L_PZ[PUN [VWVSVNPLZ

Materiality differs depending on the location, size, occupancy L_WLJ[H[PVUZ ^H[LY JVUKP[PVUZ and budget of a project.

Advantages of some materials over others include load capacity and resilience.

The hieght of the the plinth impacts the utility of the space underneath, the conncetion with the street and neighboring houses, and access to the house by residents who may be less mobile.

Access patterns for solid based houses include approach , vertical circulation, connection to a larger network of buildings, and integration PU[V L_PZ[PUN [VWVSVNPLZ

Materiality differs depending on the location, size, occupancy L_WLJ[H[PVUZ ^H[LY JVUKP[PVUZ and budget of a project.

Advantages of some materials over others include load capacity and resilience.

stair // lift

earth

ZL]LU» Z[HPY SPM[ ^VVK

eight’ +

P R O:

P R O:

P R O:

P R O:

P R O:

P R O:

> allows full access to under side of building. > creates space for living and storage. > greater privacy for residents. > protects up to 9 feet VM ÅVVKPUN ^H[LY

> TVZ[ ÅL_PISL HJJLZZ > easy to construct. > intregrated into the structure. > supports circulation of people and small-medium items. > protected up to 9 feet of ÅVVKPUN ^H[LY

> malleable. > used universally. > large variety of construction methods avalible. > L_PZ[Z PU IV[O TVKLYU HUK vernacular conditions.

> allows storage and living space within solid plinth. > collective developments. > potential views from atop. > provided more privacy. > protects up to 8 feet of ÅVVKPUN ^H[LY

> TVZ[ ÅL_PISL HJJLZZ Z[YH[LN` for all typologies. > easy to construct. > intregrated into the structure. > supports circulation of people and small-medium items.

> most typical construction method. > HSSV^Z ÅL_PIPSP[` ^P[O KLZPNULK and vernacular methods. > strong, easily changed & TVKPÄLK

C O N:

C O N: > access to street diminished. > larger vertical circulation structure required. > not handicap accessible.

C O N: > requires large infrastructure. > requires larger footprint.

three-seven’

> requires large members. > ÅHTHISL > warps over time.

platform

C O N:

steel

C O N:

C O N:

> access to street diminished. > larger vertical circulation structure required. > not handicap accessible.

> requires large infrastructure. > requires larger footprint.

three-eight’

> possible risk of errosion. > cannont be used for storage.

platform

stone

P R O:

P R O:

P R O:

P R O:

P R O:

P R O:

> storage for large items and parking for cars and boats. > full access to underside. > protects from 3-7 feet VM ÅVVKPUN ^H[LY

> creates access to house from leveled surfaces. > allows networks of houses to form communities, while the enviroment takes hold of the land. > LHZPS` L_WHUKLK YL[YHJ[LK > WYP]H[L JVSSLJ[P]L

> smaller, tinner members. > simple and scalable construction methods. > networking capabilities TH_PTPaLK > larger suport capability.

> storage for large items and parking for cars, boats and bikes. > protected from 3-7 feet worth VM ÅVVKPUN ^H[LY

> creates access to house from leveled surfaces. > allows networks of houses to form communities. > supports transport of large items.

> ÅL_PISL JVUZ[Y\J[PVU TL[OVK > possible access o underside. > arrangement can be determined by site.

C O N:

C O N:

> access to street diminished. > underside cannont be utilized for liveable space. > not handicap accessible.

C O N: C O N: > land access can be limited. > potential buildable lots limited.

zero-three’

> weatherization treatment required.

terrain

C O N:

> access to street diminished. > underside cannont be utilized for liveable space. > not handicap accessible.

concrete

> engineering required. > possible risk of errosion.

C O N: > land access can be limited. > potential buildable lots limited.

zero-three’

terrain

concrete

P R O:

P R O:

P R O:

P R O:

P R O:

P R O:

> allows some storage. > small vertical circulation. > easy access to street level > protects from 3 feet VM ÅVVKPUN ^H[LY

> utilizes typically unusable space. > provides access on multiple levels. > ÅL_PISL NV\UKWSHPU MVY construction.

> highly adaptable and stong. > weather resistant. > sustainable. > structural members are versatile.

> TVYL ZOHWL JVUÄN\YH[PVUZ > small vertical circulation. > easy access to street level > protected from 3 feet VM ÅVVKPUN ^H[LY

> utilizes typically unusable and uneven terrains. > provides access on multiple levels. > ÅL_PISL NV\UKWSHPU MVY construction.

> highly adaptable and stong. > weather resistant. > sustainable. > PUL_WLUZP]L > many forms avaliable.

C O N:

C O N:

> limited funtionality of underside spaces. > greater engineering required.

> KPMÄJ\S[` PUU L_WHUZPVU > tension abilities limited.

C O N: > lack of space for larger items underneath. > hard to access underside. > not handicap accessible.

C O N: > lack of space for storing. > hard to access underside. > not handicap accessible.

C O N: C O N: > WV[LU[PHSS` KPMÄJ\S[ [V HJJLZZ > limited funtionality of underside spaces. > greater engineering required.

> KPMÄJ\S[` PUU L_WHUZPVU > tension abilities limited.

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In order to design for resilience, the structural and social vulnerabilities must be addressed. Awareness of the vulnerabilities and assessing the strengths and potentials of the site and design is important. A resilient coast will be designed to be diverse and adaptive, allowing the project to operate successfully under a variety of situations and to adjust according with changing circumstances.

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Through a balance of environmental, economic, and technical priorities, infrastructure systems are able to provide ecologically secure recreational and urban environments that are enriching to the coast while simultaneously creating a storm surge and sea level rise defense system.

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RESIST Charleston has always had such a wide variety of residential typologies, everything from a beach bungalow to a historical stone town house. By recreating these typologies and strengthening their resilience and improving their environmental impact, we are able to not only achieve a better global influence, but a more reactive, cultured, and diverse community.

100 YEAR FLOOD CAT. 4 HURRICANE RECORD REAINFALL

GREEN ROOFS

ABSORB

C O N N E CT

Marshes, Wetlands, and Swamps are just some of the earth’s most essential biomes. These environments provide the world with vital resources. However, many of these areas are being destroyed. Several animals and plants have become displaced or have died off. These coastal environments are in need of revitalization. By re-purposing the lower flood zones back into “controlled” wetlands, Charleston could lower the carbon footprint as well as rejuvenate several ecosystems. These Wetland Parks also become overflow zones during flooding and storm surges.

Most of the open space is dedicated to the natural preservation through wetland and storm surge parks. However, these spaces along with the Citadel quad and the neighborhood blocks allow for both protection and recreation. Here, sports fields and nature promenades connect the urban fabric to community. These parks are multifunctional spaces, providing people with a variety of activities from picnic spaces to basketball courts, farmer markets to concerts, and foremost these parks play an essential role in hurricane resiliency. Due to the lowered topography, these parks serve as flood zones that break down waters flow into smaller streams and serve as retention areas. These parks are designed to handle heavy rainfall as well as re-route the water towards buildings that are capable of using the water’s movement as a source of hydro energy.

BIOSWALE WETLAND

GREEN WALLS

GRASS ROOFS

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40

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^resist

cat. 5 flood

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44

^absorb

rain // cat. 1 flood

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46

^connect

street level

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48

^connect

community yard

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PROFESSIONAL Internships & Co-ops

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Ambani Convention Center Internship 2014

Program While working for tvsdesign I had the opportunity to further develop the Dhirubhai Ambani Convention & Exhibition Center-Retail Mall. This is a mixed-use development project located in the heart of the Bandra Kurla Complex, a commercial complex in the suburbs of Mumbai.

Covering 75,000 square meters of land, it will house a convention and exhibition center, auditorium, cultural plaza, a p a r t m e n t s a n d o f fi c e b l o c k . M y responsibilities included schematic design, presentations, renderings, revit 3d modeling and detailing, as well as several international client conference calls. With in a team of about 20, I was responsible for several zones with in the Ambani Convention Center. I worked closely with interiors and engineers to design several lobby spaces, exterior facades, and the overall modeling/ graphic representation.

Site Charleston, South Carolina

Supervised By tvsdesign

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Net Zero Home Internship 2015

Program A ten acre site adjacent to farmlands and the commuter rail train to Boston, the existing site is a spectacular pastoral setting. Unfortunately, the previous owner had abandoned construction just after the foundation was complete. The project would require Historic, Conservation and Planning approval.

The structure is designed to be net-energy zero, meaning it will produce as much energy as it will use. The high performance house design begins with enhancing the envelope. The roof is R:60, walls R:40 and basement walls R:20 and under-slab R:15. We utilized extremely high performing triple glazed European windows by Makrowin with an R-10. Also the existing foundation was fortunately sited in a good spot for passive solar gains. The design became Tier 3, Energy Star rated.

Site Lincoln, MASS

Supervised By A3 Architects

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The previous design was a 10,000 SF farmhouse, but A3 Architects were able to design a much smaller, modern interpretation with 2 simple shed roof structures intersecting.

Interestingly enough, Lincoln happens to have a strong history of modern architecture.

The Historic Board celebrates their modern heritage and were pleased with the project

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Various Homes Internship 2011-2015

Program W o r k i n g a t s m a l l e r fi r m s a l l o w e d m e t o gain extensive knowledge about the full process. I was given the opportunity to shadow the principle during several client meetings for new construction and was able to work independently on addition projects, My job was to take the each client’s vision and make it a reality. I started with document existing conditions and programming. Then schematic design allowed the client and I to explore multiple options to collaboratively identify the best possible design solution for the home. Finally I created a series of construction documents, electrical plans, exterior and interior elevations and sections, door and window schedules, as well as p l u m b i n g fi x t u r e & l i g h t i n g s c h e d u l e s .

Site Lincoln, MASS

Supervised By Cheryl Newton Architect / A3 Architects

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Lowery House A3 Architects

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Charbit House A3 Architects

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12'-0"

36'-0"

22'-0" 4'-0"

6'-0" ABOVE 4'-0"

14'-0"

2'-10"

10'-0" 3'-2"

2'-0" EAVE

12'-0"

12'-0"

ABOVE

OFFICE

20'-0" x 12'-0" WOOD 19'-2"

8'-0"

9'-0"

4'-0"

9"

EAVE

(3) STEPS DOWN

6'-0"

ABOVE

DECK

6'-0"

LIVING ROOM

BENCH

(3) CAR GARAGE

ABOVE

22'-0" X 18'-0" WOOD

12'-0" x 15'-0"

CAR LIFT BY OWNER

10'-0" X 20'-0"

EDGE OF LOFT, OPEN TO ABOVE SPACE

CONNECTOR/ MDRM

8'-5"

-7"

-7"

3'-2"

6'-0"

TEMP TEMP BELOW

HIGH BAY

DBL GLAZED

ABOVE TEMP

20'-0"

TEMP

12'-0" x 6'-0"

20'-0"

ENTRY

6'-0"

6'-0"

56'-0"

12'-0"

12'-0" APA NARROW WALL BRACING, SEE APA DOCUMENT, S1.1 FIRST FLR FRAMING PLAN

5'-9"

12'-2" 6'-0"

5'-10"

CUSTOM BOOKCASE/ DOORS TO OFFICE

BY OWNER

TEMP

DROP CEILING @ 21 BATH TO ACCOMODATE STAIR, VERIFY IN FIELD PRIOR

ABOVE TEMP

ABOVE

DN

-7"

6'-0"

12'-2"

8'-0" X 5'-0" ISLAND

WORKSHP

12'-0" X 16'-0"

KIT./DINING 12'-0" x 24'-0" TILE

DBL GLAZED

SCREENED PORCH

11'-8"

2 BATH 3'-0" x 7'-0"

24'-0"

1

FLR DRAIN

BROOM

OUTLINE OF CAR LIFT: 110" WIDE X 189" DEEP X 100" TALL -- 7000 #

UP

4'-10"

BAY

12'-0" x 15'-0"

18'-0"

18'-0"

30'-0"

12'-0" x 8'-6"

BAY

12'-0" x 15'-0"

DW

DBL GLAZED

WALL OVEN

DBL GLAZED

DBL GLAZED

ABOVE

7'-0"

TRIPLE GLAZED WINDOWS, UNLESS OTHERWISE NOTED, DOUBLE GLAZED WINDOWS AT GARAGE

12'-4"

EAVE 9"

OUTLINE OF DECK ABOVE

9"

COOKTOP

6'-0" 2'-0" EAVE

12'-0"

12'-0" 36'-0"

6'-0"

9'-6"

2'-6" 12'-0"

18'-0" 22'-0"

4'-0"

2'-10"

EAVE

3'-2" 6'-0"

10'-0"

FIRST FLOOR

65

48'-0"

6'-0"

22'-0" 4'-0"

4'-0" ABOVE

14'-0"

2'-10"

3'-2"

4'-0"

TEMP

GUEST BDRM

12'-93 4"

14'-6" x 11'-6" WD FLR

8'-0"

ON DEMAND WATER HEATER

19'-2"

ABOVE 12'-0"

9'-0"

BATH

5'-0" x 11'-6"

6'-0"

ABOVE

BARN DOOR

5'-0"

13'-0"

6'-0"

3'-10"

3'-8"

OPEN TO BELOW 270 SF

4'-6" 6'-0"

ABOVE DECK BELOW

8'-5"

12'-0"

DECK BELOW

ABOVE

5'-10"

2'-6" C.O.

3'-3"

2'-1012"

9'-81 4"

24'-0"

2'-0"

CLST

5'-0" x 15'-0" WD FLR

M. BDRM

17'-1014"

DECK 7'-0" X 12'-0"

15'-0" x 16'-0" WOOD FLR

ABOVE

2'-6" C.O.

3'-6" x 7'-4"

SCREENED PORCH BELOW

BARN DOOR

5'-0"

6'-0"

FUTURE BATH (ROUGH ONLY)

BENCH

BARN DOOR

TEMP FIXED

12'-0" 12'-0"

6'-0"

12'-0" 24'-0"

6'-0"

2'-6"

9'-6"

4'-0"

12'-0"

SECOND FLOOR

66

4'-0"

6'-1112" 6'-214"

ABOVE

13'-0"

2" STAIR CONFLICT

12'-0"

TILE M. BATH STEAM 8'-6" x 6'-6" SHWR: 3'-0" X 6'-6"

7'-0"

6'-03 4"

SINK

(3) 2X8 HEADER

3'-214"

W/D

(16) R @ 7 5 8" (15) T @ 11"

WINDOW LOCATIONMULLED UNIT? MATCH DOOR/WIN. UNIT BELOW?

21" CLR

12'-0" x 10'-0" WOOD FLR STAIR DN

OFFICE

18'-0"

30'-0"

LIBRARY

22'-0" x 28'-0" WOOD FLR

2'-9"

BARN DOOR

BUILT-IN BENCH WINDOW LOCATIONMULLED UNIT? MATCH DOOR/WIN. UNIT BELOW?

20'-0"

LOFT

10'-0" x 18'-0" WOOD FLR

5'-9"

18'-412"

6'-0"

5'-0"

SHORT OVERHANG - 6" NOT 2'

14'-0" 22'-0"

4'-0" ABOVE 2'-10"

3'-2"

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Sullivan House A3 Architects

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Mitchell House A3 Architects

PRIVACY FENCE @ EXTERIOR SHOWER

EXTG CONDESERS TO BE RELOCATED PRIOR TO CONSTRUCTION BY HVAC CONTRACTOR

16'-0"

3'-6"

4'-0"

12'-6"

PAINTED WOOD CATHEDRAL CEILING @ CONNECTOR, SEE SECTION

NEW BLUESTONE PATH

5'-0"

CUSTOM PVC BEAD BOARD BULKHEAD

PROPOSED BLUESTONE EXTERIOR FIREPIT, LOCATION TBD IN FIELD

9'-6" x 19'-6"

-8

VERTICAL PAINTED WD WAINSCOTING TO MATCH FINISH @ EXTG. WALLS EXTG CONDESER

-18 1'-0"

DW

EXTG. TBL SUPPLIED

BY OWNERS

6'-912"

13'-3" x 13'-3" EXISTING WOOD NEW DBL SLIDING BARN DOOR @ EXTG. CASED OPENING, PATCH AND REPAIR AS NECESSARY

DN

PATIO

30" MIRCOWAVE CAB. BELOW

DBL WALL OVENS

-8

RIDGE AND FALSE BEAMS ABOVE

TEMP

BUILT IN BENCH

BUILT IN BENCH

BUILT IN STORAGE

-8

5'-7" x 8'-6"

LIVING/DINING 19'-0" x 22'-0" WOOD FLR

TEMP

6'-0"

TEMP

BATH 2

OUTLINE OF EXTG. CONNECTOR & GARAGE TO BE DEMO-ED

NEW DECK: COMPOSITE DECKING

13'-3" x 21'-9" EXISTING WOOD

FIXED ABOVE FIXED

16'-0" BUILT-IN

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-7

OFFICE

10'-11" x 11'-11" EXISTING WOOD

DEMO EXT'G PATIO

SALVAGE AS PRACTICAL FOR FIREPIT/LANDSCAPE STEPS

NEW14'-0" X 3'-0" PERGOLA ABOVE ENTRY DOOR

ABOVE

20'-0"FIXED

ABOVE FIXED

+/- 18'-0"

+/- 4'-0"

BUILT IN STORAGE

LIVING ROOM

12'-0" x 20'-0" BLUESTONE (REUSE EXT'G AS PRACTICAL)

3'-0"

UP 13T@921" 14R@7"

12'-0" X 3'-0" SALVAGED PERGOLA, SHOWN DASHED

UP

BUILT IN STORAGE w/ HOOKS

11'-4" x 14'-2" WOOD FLR

ISLAND 4'-0" X 8'-0"

PANTRY

6'-9" x 11'-4" EXT. FLR

EXISTING BEAM TO BE REMOVED IF PRACTICAL

REF

KITCHEN

36" GAS COOKTOP W/ HOOD ABOVE

NEW CASED OPENING

SITTING ROOM

2'-712"

6'-2" X 6'-3" TILE

DROPPED BEAM & POST ABOVE

OFFICE

DN

HALF BATH

EXTG CONDESER

FIXED

EXTG W/D

SHELVING @ PANTRY, SUPPLIED

BY OWNERS

7'-0" x 11'-4" NEW WOOD FLR

-7

6'-0"

NEW CONDESER

30'-0"

BLUESTONE PATIO

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BED 2

9'-2" x 14'-4"

DN

STUDY

5'-11" x 7'-6"

BATH 3

5'-7" x 7'-10"

BED 3

BED 4

9'-2" x 14'-4"

FULL FOUNDATION

9'-2" x 11'-5"

WALL: +/- 52"

APPROXIMATE LOCATION OF CRAWL SPACE

SLAB ON GRADE/ CRAWL SPACE @ EXTG. BARN, V.I.F.

WALL: +/- 44"

DN

FULL FOUNDATION

-4"

WALL: 78"

FIREPLACE ABOVE

WALL: 80" WALL: +/- 48"

WALL: +/- 44"

APPROXIMATE LOCATION OF CRAWL SPACE

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ELECTRICAL SERVICE PANEL

(3) 2x12 DROPPED BEAM (HGHT FROM SLAB: 70")

FULL FOUNDATION

SLAB ON GRADE/ CRAWL SPACE @ EXTG. CONNECTOR, V.I.F.

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Zahner House Cheryl Newton Architect LLC

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PERSONAL Travel Photography

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Photography Travel Photography

Locations America Norway Denmark Germany Prague Vienna Budapesh Italy Netherlands France England Ireland Iceland Turkey

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<tybee light house

tybee island museum

tybee island, georgia canon t1i ef 70-300mm 1:4-5.6 is usm

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abandon>

the bee hive

belfast, maine canon t1i ef 70-300mm 1:4-5.6 is usm

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<eiffel tower gustave eiffel

paris, france canon t1i ef 70-300mm 1:4-5.6 is usm

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big ben^

palace of westminster

london, england canon t1i ef 70-300mm 1:4-5.6 is usm

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^â&#x20AC;?holy wisdomâ&#x20AC;? hagia sophia

istanbul, turkey canon t1i ef 70-300mm 1:4-5.6 is usm

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layers>

blue masque

istanbul, turkey fujica film X-fujinon 1:2. f=55mm

89

^ARoS aarhus art museum olafur eliasson installation

aarhus, denmark cannon t1i ef 70-300mm 1:4-5.6 is usm

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Poul-Gerhard Andersen organ^ bagsvĂŚrd church

bagsvĂŚrd, denmark cannon t1i ef 70-300mm 1:4-5.6 is usm

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