Eike Maas - Architecture & Design Portfolio 2021

EJM 2021

Architecture & Design

BIO Eike Maas

Inyo County, California, USA A year in Atlanta, then five quick years practicing architecture in New York City, when in the face of a socially-distanced winter, the West Coast called. By early September I was heading south, then west, on a motorcycle.

By early Fall, I found myself in Inyo County, California designing and building two concurrent renovations, a shipping container retrofit, a wood-fired kiln, and a village of tinyhomes in a protected conservancy.

When I’m not designing or building, I’m motorcycling, hiking, learning about clay, and dreaming of the Pacific ocean. email: eikejmaas@gmail.com phone: 717 634 1618

PERKINS + WILL 2014-2015

BRIDGESTONE TOWER TOPKAPI RESI TOWER TUZLA LOW-RISE RESI GOLF RESORT BMW CENTRAL OFFICE FERNBANK MUSEUM ‘FUGEES ACADEMY INTERACTIVE DAIRIES

GENSLER 2015-2016

NASHVILLE, ISTANBUL, ISTANBUL, JURMALA, GREENVILLE, ATLANTA, ATLANTA, ATLANTA,

USA TUR TUR LAT USA USA USA USA

JOB CAPTAIN

DELOITTE OFFICES PARAMETRIC MASON

NEW YORK & BOSTON, USA NEW YORK, USA

ZIMMERMAN WORKSHOP

JR ARCHITECT, FABRICATOR

2016-2018

HARLEM TOWNHOUSE CHELSEA LOFT OTTRA FURNITURE LINE

WOODS BAGOT 2018-2020

EXPERIENCE

ARCH 1, DIGITAL LEAD

79TH STREET RESI THE XI MIXED USE TOWERS 1 JOURNAL SQUARE TOWER 75 LEWIS MID-RISE

NEW YORK CITY, USA NEW YORK CITY, USA NEW YORK CITY, USA

DESIGNER NEW YORK CITY, NEW YORK CITY, JERSEY CITY, BROOKLYN,

USA USA USA USA

FREELANCE & ACADEMIC

DESIGNER, FABRICATOR

NICETOWN FREE CLINIC MALAWI EXCHANGE HOUSING L.A. VERTICAL VILLAGE TECHNOFORUM SPACEWORK MAGAZINE CHAISE LOUNGE BELTLINE BENCH CHINA RANCH CABIN CHINA RANCH RENOVATION WILD CLAY CERAMICS

PHILADELPHIA, BLANTYRE, LOS ANGELES, PHILADELPHIA, PHILADELPHIA, PENNSYLVANIA, ATLANTA, CALIFORNIA, CALIFORNIA, CALIFORNIA,

2014-2021

USA MAL USA USA USA USA USA USA USA USA

PROFESSIONAL WORK

DD model of the office; laser cutter, CNC router, hand-built.

BMW CENTRAL OFFICE 60,000SF | commercial office Perkins + Will | SD/DD/CD team | 2016 | Greenville, USA

This office for BMW’s US headquarters sought to marry BMW’s stark european styling with vernacular elements of South Carolina. I joined this project in the schematic design phase, building models with rapid prototyping techniques, creating visualizations with a Revit/ Rhino/3DS Max/Adobe workflow, and participating in design reviews with the client and principals.

When the project moved into later documentation phases, I stayed with the team and helped document the project in Revit. I began with researching and specifying materials to use for the building’s brise soleil, presenting a review to the client. I then assisted with the detailing of the exterior envelope, and developed the mock-up documentation set before jumping into the project’s final CD set.

Rendering of entry

South end of office

Rendering of promenade

East side of office

Curtain wall study model

5

6

4

3

8"

11/16" 3/8"

3 13/16"

3/4"

3/4"

1/4" 1/8" 3/8"

CONTINUOUS 4x4x1/4" AL ANGLE AT HEAD

STAINLESS STEEL CABL BASIS OF DESIGN: HAYN TENSIONING INTERNAL A

THERMALLY MODIFIED LUMBER SIDING ALUMINUM ALLOY RAIN SCREEN SIDING CLIP

STAINLESS STEEL 2 PAR BELOW EACH HORIZONT

1.5" ALUMINUM Z GIRTS 1" RIGID INSULATION

1/4" STAINLESS STEEL C

FLUID APPLIED AIR BARRIER

1 1/2" 1/4"

5/8" EXTERIOR SHEATHING

2 13/16"

COLD FORMED METAL FRAMING

B2 SECTION DETAIL AT WOOD RAIN SCREEN - EFC-1 3" = 1'-0"

1 1/2"

1/8"

1/8"1/4" 3/8"

1/2"

1/4" STAINLESS STEEL C

1/4" 1/8" 3/8"

3"

1/4"

STAINLESS STEEL 2 PAR BELOW EACH HORIZONT

11/16"

3/8"

2 3/4"

3/4"

4 5/8"

1/4"

3/4"

3/4"

3/4"

4 5/8"

8"

1/8"

1

THERMALLY MODIFIED LUMBER SIDING

STAINLESS STEEL CABL BASIS OF DESIGN: HAYN TENSIONING INTERNAL A

ALUMINUM ALLOY RAIN SCREEN SIDING CLIP 1.5" ALUMINUM Z GIRTS 1" RIGID INSULATION

CONTINUOUS 4x4x1/4" ALUMINUM ANGLE AT SIL

FLUID APPLIED AIR BARRIER 5/8" EXTERIOR SHEATHING COLD FORMED METAL FRAMING

NOTE: TENSION CABLE S CURTAINWALL ON EAST CENTER CABLES ON VER

B1 SECTION DETAIL AT WOOD RAIN SCREEN - EFC-2

B3 INTERMEDIATE SUPPORTS AT EFC-2 WINDOW SCREENS

3" = 1'-0"

3" = 1'-0"

07 54 23 RF-2 THERMOPLASTIC POLYOLEFIN (TPO) ROOFING NO INSULATION

1

1

06 16 00 2.3 SHEATHING PLYWOOD ROOF SHEATHING

07 54 23 RF-1 THERMOPLASTIC POLYOLEFIN (TPO) ROOFING WITH INSULATION

07 54 23 RF-1 THERMOPLASTIC POLYOLEFIN (TPO) ROOFING WITH INSULATION 5' - 2"

D4 A11-50

06 20 13 EFC-1 EXTERIOR FINISH CARPENTRY

C1 A11-50

07 42 13.13 FORMED METAL WALL PANELS LEVEL 04 41' - 6"

5' - 10"

LEVEL 04 41' - 6" 07 42 13.13 FORMED METAL WALL PANELS

C3 A11-50

08 44 13 GLAZED ALUMINUM CURTAIN WALL

09 29 00 GYPSUM BOARD OPEN OFFICE 331

07 42 13.13 FORMED METAL WALL PANELS

LEVEL 03 28' - 6"

LEVEL 03 28' - 6"

OPEN OFFICE 231

13' - 0"

6' - 8"

13' - 0"

3' - 4"

C4 A11-50

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

B1 A11-50 3' - 0"

06 20 13 EFC-2 EXTERIOR FINISH CARPENTRY

13' - 0"

13' - 0"

OPEN OFFICE 331

6' - 8"

06 20 13 EFC-1 EXTERIOR FINISH CARPENTRY

3' - 0"

08 44 13 GLAZED ALUMINUM CURTAIN WALL

07 42 13.23 METAL

LEVEL 02 15' - 6"

LEVEL 02 15' - 6"

OPEN OFFICE 231

3

2

1

07 42 13.13 FORMED METAL WALL PANELS

LUMINUM

LE TENSIONER NE LINES STUD ADJUSTER SYSTEM

RT WIRE STOP TAL SLAT

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

2

D

CABLE

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS 06 20 13 EFC-2 EXTERIOR FINISH CARPENTRY 07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

RT WIRE STOP TAL SLAT

07 42 13.13 FORMED METAL WALL PANELS

08 44 13 GLAZED ALUMINUM CURTAIN WALL

CABLE

07 42 13.13 FORMED METAL WALL PANELS

06 20 13 EFC-2 EXTERIOR FINISH CARPENTRY

LE TENSIONER NE LINES STUD ADJUSTER SYSTEM

07 42 13.13 FORMED METAL WALL PANELS

08 33 23 OVERHEAD COILING DOORS

07 42 13.13 FORMED METAL WALL PANELS

LL

C

SUPPORTS ARE LOCATED 4' O.C. AT T AND WEST ELEVATIONS(REF A4/A11-35) .

RTICAL MULLIONS.

S 1

14

14 07 54 23 RF-1 THERMOPLASTIC POLYOLEFIN (TPO) ROOFING WITH INSULATION

5' - 2"

C4 A11-50

SIM

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS 5' - 2"

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

LEVEL 04 41' - 6"

07 54 23 RF-1 THERMOPLASTIC POLYOLEFIN (TPO) ROOFING WITH INSULATION

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

C4 A11-50 LEVEL 04 41' - 6"

SIM

LEVEL 04 41' - 6"

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

13' - 0"

09 29 00 GYPSUM BOARD

13' - 0"

13' - 0"

05 40 00 COLD-FORMED METAL FRAMING

09 29 00 GYPSUM BOARD 05 40 00 COLD-FORMED METAL FRAMING 07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS LEVEL 03 28' - 6"

LEVEL 03 28' - 6"

LEVEL 03 28' - 6"

07 42 13.23 METAL COMPOSITE MATERIAL WALL PANELS

LEVEL 02 15' - 6"

13' - 0"

13' - 0"

13' - 0"

05 40 00 COLD-FORMED METAL FRAMING

LEVEL 02 15' - 6"

LEVEL 02 15' - 6"

B

TUZLA LOW-RISE RESI 250,000 sf

Perkins + Will | junior designer | 2015 | Tuzla, Istanbul, TUR

This low-rise residential development with ground-floor retail is set in an old, suburban neighborhood east of Istanbul, abutting a vibrant waterfront overlooking the Mediterranean Sea. The building is designed formalistically, with massing edits being driven by the contextual scale of the neighborhood, and the predominant winds of the sea. The ground floor retail spaces are connected to the surrounding neighborhood through ‘alleyways’ cut into the massing that open onto a landscaped park on the eastern half of the plat. The upper residential floors have a similar language of ‘alleyways’ which run parallel to the sea breeze.

As the junior designer on this project, I modeled using Rhino and Sketchup, created diagrams in Illustrator, and Renderings using 3DS Max, and participated in design reviews.

PT

ING

CONCEPT / JULY 17, 2014

THE CONCEPT

THE CONCEPT

TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014

TUZLA DEVELOPMENT CONCEPT / JULY 17, 2014

CARVING BY GREEN SPINES

CARVING BY SUMMER BREEZE

STANBUL CITY CENTER

FORM ISTA

SABIHA GÖKÇEN AIRPORT

EPT

MEABLE FABRIC CREATED BY NATURAL VENTILATION & GREEN SPACE

NT CONCEPT / JULY 11, 2014

sabiha gökçen airport - 18 km formula 1 istanbul park - 27 km istanbul city center - 50 km ataturk airport - 62 km

Entryway and morning forum for students at the ‘Fugees Academy

‘FUGEES ACADEMY 20,000SF | k-12 education

Perkins + Will | Designer | 2015 | Atlanta, USA

“Freedom in a framework,” is how the Academy’s director described her pedagogy to us. The ‘Fugees Academy is a school for refugee children from dozens of countries, speaking dozens of languages, united by their love of soccer. It is the classroom on the soccer pitch.

Most students at the Academy feel most comfortable when they’re outdoors, as many of their makeshift classrooms have been, but are striving to integrate with the typical American classroom experience. This design for the ‘Fugees Academy creates opportunities for the classroom to inhabit a variety of indoor, semi-indoor, and outdoor spaces, and maintains an elegant connection between the two beating hearts of the school: the classroom forum and the soccer pitch.

The project was designed using a combination of hand-sketching, photoshop, Rhino modeling, and Revit documentation.

LEVEL 3 - Education & Assembly

LEVEL 2 - Dynamic Education

LEVEL 1 - Community & Athletics

Rendering of “Petal” pod; Revit, 3DSMax/Mental Ray, Photoshop.

THE FERNBANK MUSEUM Installation | cultural

Perkins + Will | Tech team | 2015 | Atlanta, USA

The forms of this exhibition space and elevated walk through The Fernbank Museum’s grounds are inspired by the natural shapes surrounding it - and constructed using parametric modeling and a data-driven workflow.

Using Grasshopper for Rhino, we developed a parametric workflow that allowed us to quickly update our organic geometry, and also our scheduled data used in documentation. Linking the Grasshopper script to Revit through Excel, we were able to schedule each individual ‘frond’ of the fern and petal shapes, information which was coordinated through our contractor to the project’s fabrication teams.

28' - 1 1/2" 1 3/4" / 12"

SLOPE

2

2.9 3

3' - 7"

3' - 7" 2 1/2" 55' CURVED - 2" STEEL PIPE @ PERIMETER

A

B

C

D

E

F

G

2 1/2" X 1 1/2" WOOD LOUVER

PAVILION ROOF PLAN

3

4" CONT. 1/4" PLATE STEEL WELDED TO PIPE (TAPERED AT TOP AND BOTTOM)

1/4" = 1'-0"

6" DIA. STEEL STRUCTURAL PIPE BUILT-IN BENCH 2" DIA. OUTRIGGERS, ALIGN W/ LOUVERS

PARAPET WALL w/ PREFIN. METAL COPING

WOOD DECKING & STRUCTURE

T.P.O. ROOFING BELOW 933' - 6"

8' - 0" AFF

T&G WOOD CEILING

DOWN LIGHTS

1 A04-07

8' - 6" AFF

DOWNSPOUT

DOWN LIGHT STEEL DECK, SEE STRUCTURE

8' - 6" AFF STEEL PIPE KICKER

OVERFLOW SCUPPER SLOPE

CURB

1

EXHAUST FAN

932' - 10"

933' - 0"

EXHAUST FAN

UTILITY LIGHT

2 1/2" CURVED STEEL PIPE @ PERIMETER

DS DOWN LIGHT

1 DN

8' - 6" AFF

DOWN LIGHT 8' - 6" AFF

SOFFIT BELOW

D D

E

F

PAVILION LOWER ROOF PLAN

4

1

1/4" = 1'-0"

MARK DOOR NO

001 002 003 004 005 Grand total: 5

ROOM NAME

PAVILION PAVILION RESTROOM RESTROOM STOR.

DOOR SCHEDULE

W

3' - 0" 3' - 0" 3' - 0" 3' - 0" 2' - 6"

SIZE HT

7' - 9" 7' - 9" 7' - 0" 7' - 0" 7' - 0"

THK

0' - 1 3/4" 0' - 1 3/4" 0' - 1 3/4" 0' - 1 3/4"

TYPE

WD/SCREEN WD/SCREEN F / HM F / HM F / HM

2

1/2" = 1'-0"

1/4" = 1'-0"

INTERIOR FINISH PLAN LEGEND

2" T & G WOOD CEILING DECKING

C XX A-XXX

CONDUIT SIM

9' - 0" AFF

FERN SECTION 2

F

CORE REFLECTED CEILING PLAN

RCP LEGEND

DOOR

0' --13"3/4" 917'

E

G

CEILING DETAIL / SECTION TAG CEILING HEIGHT DESIGNATION PER AREA. WHERE NO HEIGHT IS DESIGNATED, ASSUME 9'-0" UTILITY STRIP LIGHT PENDANT LIGHT CYLINDER DOWN LIGHT UNDER COUNTER TASK LIGHTING CEILING FAN

ROOM FINISH TAG XXX XXX XXX XXX

CEILING FINISH WALL FINISH WALL BASE FINISH FLOOR FINISH

MILLWORK FINISH TAG XXX XXX

* XXX

COUNTERTOP CABINET FRONTS

1

FERN SECTION 1

1/2" =TO 1'-0" DENOTES MULTIPLE FINISHES, REFER REFELCTED CELING PLANS, FLOOR PATTERN PLANS AND/OR ELEVATIONS FOR INFORMATION. FINISH TAG

DS

DS

DN

DN

STEEL PIPE HINGE 6' - 1"

GLULAM BEAMS

28' - 1 1/2"

ELECTRICAL CONDUIT LOCATIONS

6' - 1"

EQ

CEILING FAN

2

EQ

T&G WOOD DECKING

4' - 0"

4' - 0"

PENDANT LIGHT CYLINDER

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

4' - 0"

2.9

4' - 0"

3

55' - 2"

A

5

B

C

D

E

F

G

PAVILION REFLECTED CEILING PLAN 1/4" = 1'-0"

2 A03-03

GUARDRAIL

12 A04-12

DECKING FLUSH AT PATH

TERRACE LINOLEUM FLOORING AT RESTROOMS

1 A04-12

1' - 0 " 3' - 9

WOOD DECKING]

3' - 9 "

1' - 0 "

003

2

DS

A03-04

4

004

1

RESTROOM CL

EQ

CL

EQ

CL

9' - 7

EQ

CL

6 6' - 1 0"

001

8"

1/2"

STOR. A101 25 SF

005 7 A04-12

4 A03-03

9' - 8

9 A03-04

A03-04

DS

DS

7

A102 55 SF

8

002 ROOF LINE ABOVE

5

RESTROOM 1/2"

A103 56 SF

1

5 A04-12

WATER FOUNTAIN

1' - 6 "

2 A04-12

1/2"

3

+ 923'-6"

GUARDRAIL - REFER TO DETAILS ON SHEET A04-01

1 A04-11

6' - 10" 10' - 11"

CONC. PATH ON GRADE (SEE LANDSCAPE)

4 A04-12

14 A04-12

3 A03-03 CABINET MILLWORK

A04-10

2 A04-09

4

PAVILION A100 798 SF + 923'-6"

14' - 0"

21' - 5"

21' - 9"

CEILING ABOVE PIVOTING PARTITION SCREEN

A03-04

11

23' - 6"

10' - 6"

13 ROOF LINE ABOVE

2

12

24' - 0"

2 X WOOD MULLIONS W/ SCREEN INFILL/METAL MESH BELOW 3' -6"

VERTICAL WOOD LOUVER SCREEN

2.9 3

8 A04-12

EQ

EQ TYP.

EQ

9 A04-12

10 A04-12

6X8 WOOD POST. TYP.

6 A04-12

An example of an installation enabled by interactive infrastructure

2. A wall projection brings the theme of Milk to life, as an animation of pou the hours, or a crowd moves past on the catwalk. Opportunities for playfuln people could splash in the milk, or chase a cat down the catwalk as the an movements.

uring milk plays out counting ness are unrestrained nimation reacts to their

INTERACTIVE DAIRIES interactive public space

Perkins + Will | Designer | 2015 | Atlanta, USA

This concept at the Atlanta Dairies development was an early take on interactivity in architectural space, providing an example of how an infrastructure of hackable interfaces could lend the space a future-proof way to quietly inhabit the briefest moments of our lives.

Speakers subtly embedded in the softscape change their volume as visitors move closer or farther from seating places; as people congregate, the music changes to suit their tastes. Lights arranged throughout the quad grow brighter as more people collect around them,creating softlylit intimate places for couples, or vibrant places for bigger crowds. A wall projection brings the theme of Milk to life as a crowd moves past on the catwalk. Opportunities for playfulness are unrestrained: people could splash in the milk, or chase a cat down the catwalk as the animation reacts to their movements.

catwalk/architecture retail & office rentals permanent artworks rotating artworks seasonal displays stage performance

ar ye

n as o se

h nt mo

ek we

da y

ur ho

ins ta nt

interactive space

Atlanta is a high-tech city, and Atlantans are draw new generations of local & foreign students high-tech people. Atlanta is a symbol of Southern to the city. Atlanta is growing as an international Americana, but it has recently become a symbol hub of technology, media, and culture, and the of sophisticated technology and culture. With citizens of Atlanta want more. the presence of national and international media - - - - - - - - - - - - - - - - - - - - - - - - - - - - - companies such as Turner, Carat, and Huge, Atlanta Dairies is a place for people to have fun, Inc. Atlanta has attracted a generation of tech- to meet people with shared values and interests, savvy and culturally-aware consumers to work, and to experience an environment that is both live, and play in the city. Furthermore, Georgia fresh and classic. Dairies is a place where Tech has become an internationally-recognized traditional Southern Americana and high-tech institution for data & technology engineering cultural sophistication meld to give people what

e tim lif e

de

ca de

and high-tech industrial design and continues to they want.

Sequence of recursive bricklaying algorithm; Rhino/Grasshopper

PARAMETRIC MASON parametric modeling utility Gensler | technologist | 2016 | New York, USA

Parameterising bricklaying is a deceptively difficult task - the algorithm has to be designed to understand the base logic of masonry construction, and be able to adapt to irregularities caused by amorphous geometries.

This modeling utility takes one method of bricklaying - stack bonding - and adapts it through a recusive algorithm and simple logic to be applied to an amorphous guide surface.

Opportunities to expand this utility include adaptations for other bond patterns, scheduling geometric data like angle and ID, adding an ability to replace standard bricks with batts, and integration with robotic processes.

Five prototypes crafting using a combination of CNC and hand tool techniques

OTTRA FURNITURE LINE furniture fabrication

Zimmerman Workshop | fabricator | 2017 | New York, NY

For these sculptural wood pieces, designed

by Zimmerman Workshop’s principal architect, I engineered a production process employing both CNC machining and traditional joinery learned during a lifetime of tutelage under my dad, a professional furniture craftsman.

Initial prototypes were built using traditional hand tools and machinery only, including spoke shave, travisher, router, and bandsaw, with an understanding of which steps in the process could be easily transitioned to CNC. After prototyping finished, curved profile cuts were moved to CNC machining, and doublecurved surfaces were sliced and pathed in Rhino and roughed on CNC, before being hand carved to finish.

Colorful site axon showing zoning envelope and context

79TH ST RESI 35,000SF | resi high-rise

Woods Bagot | Designer | 2018 | New York, NY

This residential condo development is a classic max-FAR, max-zoning-envelope infill project, with nods to contextual building motif and proportion. These restrictions created a simple framework for design that allowed me to use a process based on iteration and review.

Clients wanted a relatively traditional style, clad in contextual brick, and the narrow proportions of the site quickly defined a limited series of viable plans.

Consultant coordination included structural, mechanical, refuse, and envelope specialists, as well as the client’s marketing and construction reps, and sales brokers. My design workflow used Rhino, Vray, and Adobe to create diagrams and visualizations, and AutoCAD for technical drawings. At the end of design, I transitioned the project to Revit.

01

Area Chart + Section 323 E 79TH ST

PR

01

SCHEMATIC DESIGN

KITCHEN/DINING Plan Analysis

CL

M.BATH

UTILITY 7’-9” X 9’

323 E 79TH STREET

04.11.18

PAGE 4

MBR 12’ X 12’

W/D

23’ X 9’-3”

Core Option 1 - Typical Residential Floor (3+ Bedroom)

BR3 9’-6” X 10’

CL

DINING 8’-3” X 10’-9”

RESIDENTIAL RESIDENTIAL

RESIDENTIAL

201’-0”

150’-0”

RESIDENTIAL

(13x) SIMPLEX, TYP. 1,930 GSF

RESIDENTIAL RESIDENTIAL RESIDENTIAL RESIDENTIAL RESIDENTIAL

MAISONETTE 2,800 GSF

RESIDENTIAL

T.O. Bulkhead Roof 32 Residential 10 Residential 10 Residential 10 Residential 10 Plan Analysis Residential 10 Core Option 1 - Duplex Upper Floor / 1-Bed Unit Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Residential 10 Plan Analysis KITCHEN 8’ X 11’9”

DINING 14’-9” X 11’

UTILITY 11’-9” X 7’-9”

323 E 79TH STREET

LIVING 22’-9” X 14’-3”

02

LIVING 14’-6” X 12’-3”

SCHEMATIC DESIGN

KITCHEN 9’-3” X 7’-9”

DINING 10’-6” X 12’-3”

CL M.BATH

MEP CL

SCHEMATIC DESIGN

01

323 E 79TH STREET

202 170 160 150 140 130 120 110 100 90 80 70 60 50 40 30 20 10

04.11.18

BR2 11’-6” X 12’-9”

BATH

04.11.18

PAGE 7

BR 3 11’-9” X 12’

10

BR 4 11’-9” X 12’-9”

0

CL

BATH

Cellar Sub-Cellar BELOW GRADE TOTAL DINING 11’-6” X 12’-6”

2 765 sf 2 765 sf 5 530 sf UTILITY 6’-7” X 10’

KITCHEN PAGE 12 12’-9” X 8’

SCHEMATIC DESIGN

02

FOYER 7’-3” X 6’-3”

M.BATH

04.11.18

MBR 13’ X 12’

CL

PR

Res.

BR2 12’-6” X 11’-6”

LIVING 23’ X 12’-6”

Total Permitted Zoning Floor Area Proposed Above Grade Building Area:

KITCHEN 12’-9” X 8’

02

33 204 sf 30 227 sf

BATH

PR

LIVING 14’-6” X 11’-6”

M.BATH

SCHEMATIC DESIGN

04.11.18

FOYER 7’-3” X 6’-3”

Plan Analysis

38 075.0 sf 2 767 sf 12.0 33 204 sf PAGE 8

CL

W/D

323 E 79TH STREET

1930.0 sf 32 545.0 sf 32545.0 sf

12'-0" 14'-0"

TOTAL PROJECT AREA (GROSS) Project Area PlanSite Analysis FAR Permitted Core Option 2 - Typical Residential Floor (3 Bedroom) As-of-Right Zoning Floor Area

323 E 79TH STREET

RESI AMENITY & MECHANICAL

CL

PAGE 9

MBR 14’ X 12’

CL

W/D

Core Option 2 - Typical Residential Floor (3+ Bedroom) BR2 12’-6” X 11’-6”

BR3 9’-6” X 10’

DINING 8’-3” X 10’-9”

BATH

MECHANICAL OVERRUN

KITCHEN 12’-9” X 8’ 323 E 79TH STREET

20’

03

UTILITY 11’ X 6’6”

LIVING 14’-6” X 11’-6”

SCHEMATIC DESIGN

CL

04.11.18

FOYER 7’-3” X 6’-3”

Plan Analysis

CL

W/D

Core Option 3 - Typical Residential Floor (3 Bedroom)

M.BATH

BR2 11’-6” X 12’-6”

DINING 8’-3” X 10’-9”

LIVING 13’ X 13’ 323 E 79TH STREET

150’

30’

PAGE 10

MBR 11’-6” X 12’

PR

BR3 9’-6” X 10’

10’

04

ET RE T HS T 9 7

66.6 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2 77.2

sf sf sf sf sf sf sf sf sf sf sf sf sf sf sf sf

46.0 46.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0 44.0

W/D

CL

MBR 11’-9” X 10’

LITERARY SOCIETY & MECHANICAL 04.11.18

sf sf sf sf sf sf sf sf sf sf sf sf sf sf sf sf

Core Option 2 - Typical Residential Floor (2+ Bedroom)

ABOVE GRADE TOTAL

RESIDENTIAL LOBBY

1665 1930 1930 1930 1930 1930 1930 1930 1930 1930 1930 1930 1930 1930 1930 1 930

PAGE 6

MBR 12’ X 12’

BATH

RESIDENTIAL

SCHEMATIC DESIGN

BATH

1 Lobby + Residence RESIDENTIAL TOTAL

RESIDENTIAL

RESIDENTIAL

17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2

BR2 11’-6” X 12’-9”

(ft2)

PROGRAM

PAGE 5

MBR 12’ X 12’

ZONING DEDUCTIONS (MEP)

W/D

FLOOR AREA (GROSS)

KITCHEN 11’9” X 8’-6”

Core Option 1 - Duplex Lower Floor

(ft2)

RESIDENTIAL

Plan Analysis

04.11.18

(ft)

01

CL

M.BATH

ELEVATION

RESIDENTIAL

PR

UTILITY 7’-9” X 9’

SCHEMATIC DESIGN

LIVING 14’9” X 14’-9”

HEIGHT

323 E 79TH STREET

LEVEL

RESIDENTIAL

(ft)

20’-0”

RESIDENTIAL

BATH

FLOOR TO FLOOR

PENTHOUSE 3,325 GSF

31’-0”

MECH

ZONING DEDUCTIONS (STAIR)

BR2 11’-6” X 12’-9” CL LIVING 23’ X 16’

Plan Analysis

DINING 10’-6” X 13’

BATH

BATH M.BATH

SCHEMATIC DESIGN

04.11.18

KITCHEN 12’-3” X 7’-9”

CL

PAGE 11

MBR 18’ X 12’

Core Option 4 - Typical Residential Floor (3 Bedroom) BR2 13’ X 12’

BR3 14’ X 11’-3”

KITCHEN 10’-6” X 9’ PANTRY LIVING/DINING 16’ X 14’-9”

PR

W/D

M.BATH

CL

MBR 17’-6” X 11’

BR3 16’-6” X 10’

BR2 13’-9” X 11’-3”

BATH

77.2 sf

44.0

GAS SERV. RM

25” WASHROOM

CL

323 E 79TH STREET

01

PR

WASHROOM HLS STORAGE

REFUSE ROOM

SCHEMATIC DESIGN

06.19.18

PAGE 5

01

Schematic Plans Ground Level - Option 1 FIRE PUMP ROOM

HLS ROOM 40’-9” X 24’-9”

KITCHENETTE

DINING 10’-9” X 10’-9”

323 E 79TH STREET

79th Street

79th Street

GAS BOOSTER FOR GENERATOR

78”

KITCHEN 11’-9” X 10’-9”

M.BATH

WD

SCHEMATIC DESIGN

LIVING 15’-3” X 14’-3”

06.19.18

PAGE 14

CL

Schematic Plans

MASTER 12’-4” X 10’-9”

CL

Typical Level (3-15)

BED 2 13’-6” X 9’-10”

BED 3 13’-8” X 9’ BATH

CL

CL

SPRINKLER BOOSTER PUMP

PR

Schematic Plans

KITCHEN 9’-7” X 10’-10”

CL

PR

GARDEN

01

KITCHEN 11’-9” X 10’-9”

Schematic Plans

M.BATH

WD

SCHEMATIC DESIGN

LIVING 15’-3” X 14’-3”

06.19.18

PAGE 14

CL MASTER 12’-4” X 10’-9”

CL

Typical Level (3-15)

BED 2 13’-6” X 9’-10”

BED 3 13’-8” X 9’ BATH

CL

CL

PR

CL

CL MUD ROOM

06.19.18

LIVING 16’-3” X 15’-3”

Schematic Plans

DINING 16’-9” X 11’-4”

Ground Level - Option 3 RESI LOBBY

GARDEN

14’-6” X 12’-7”

DINING 10’-9” X 10’-9”

323 E 79TH STREET

PAGE 7

KITCHEN 13’-6” X 7’-6”

79th Street

SCHEMATIC DESIGN

01

Schematic Plans

KITCHEN 11’-4” X 10’-3”

PAGE 8

LIVING 14’-0” X 13’-7”

PR

14’-6” X 12’-7”

GARDEN

01

PAGE 15

CL MASTER 12’-4” X 10’-9”

BED 2 13’-6” X 9’-10”

BED 3 13’-8” X 9’ BATH

CL

CL

PR CL

22”

DINING 10’-9” X 10’-9”

323 E 79TH STREET

Schematic Plans Ground Level - Option 4 RESI LOBBY

06.19.18

CL

40”

DINING 19’-7” X 10’-9”

06.19.18 GALLERY

M.BATH

WD

Typical Level (3-15)

MAIL/PACKAGE SCHEMATIC DESIGN

KITCHEN 11’-9” X 10’-9”

SCHEMATIC DESIGN

LIVING 15’-3” X 14’-3”

CL

PANTRY HLS LOBBY 7’-4” X 6’

79th Street

DINING 10’-9” X 10’-9”

323 E 79TH STREET

MAIL/PACKAGE

323 E 79TH STREET

01

PAGE 6

LIVING 17’-0” X 14’-2”

14’-6” X 12’-7”

HLS LOBBY 7’-4” X 6’

79th Street

DINING 17’-1” X 10’-7”

06.19.18

Ground Level - Option 2 RESI LOBBY

323 E 79TH STREET

01

CL

FOYER

SCHEMATIC DESIGNCL

79th Street

79th Street

01

PR

GALLERY

MAIL/PACKAGE

79th Street

HLS LOBBY 7’-4” X 6’ 323 E 79TH STREET

KITCHEN 11’-9” X 10’-9”

Schematic Plans

M.BATH

WD

SCHEMATIC 40” DESIGN

LIVING 15’-3” X 14’-3”

06.19.18

PAGE 16

CL MASTER 12’-4” X 10’-9”

CL

16th Level (Lower Penthouse)

BED 2 13’-6” X 9’-10”

BED 3 13’-8” X 9’ BATH

CL

CL

CL

SCHEMATIC DESIGN

KITCHEN 13’-1” X 10’-3”

PAGE 9

Ground Level - Flipped Stair RESI LOBBY

323 E 79TH STREET

GARDEN

14’-6” X 12’-7”

PR

DINING 13’-6” X 11’

PR HLS LOBBY 7’-4” X 6’

79th Street

LIVING 13’-10” X 13’-9”

Schematic Plans

KITCHEN 16’-8” X 10’-9” 06.19.18

PAGE 18

CL

16th TERRACE Level (Lower Penthouse) 26’ X 9’-6” LIVING 24’-9” X 19’-3”

SUN ROOM 9’-6” X 8’-3”

PR

CL

SCHEMATIC DESIGN

LIVING/DINING 27’-6” X 15’-3”

06.19.18

PAGE 10

RESI LOBBY 14’-6” X 12’-7”

GARDEN

KITCHEN 13’-1” X 10’-3”

BREAKFAST 9’ X 7’-7”

01

KITCHEN 15’-1” X 10’-3”

DINING 15’-9” X 10’-9” SCHEMATIC DESIGN

323 E 79TH STREET

Schematic Plans 2nd Level

01

PR

SCHEMATIC DESIGN

Schematic Plans

MAIL/PACKAGE

323 E 79TH STREET

01

DINING 18’-0” X 10’-9”

06.19.18

79th Street

79th Street

01

BREAKFAST 8’ X 8’

MAIL/PACKAGE

79th Street

HLS LOBBY 7’-4” X 6’ 323 E 79TH STREET

06.19.18

PAGE 19

CL

Schematic Plans 16th TERRACE Level (Lower Penthouse) 26’ X 9’-6”

LIVING 24’-9” X 23’-1”

SUN ROOM 9’-6” X 8’-3”

PR

Schematic Plans

CL

79th Street

CL

WD

CL

CL

BATH

CL

BED 2 13’-6” X 12’-3”

BED 3 15’-11” X 13’-6”

BATH

CL

12” 40” 10”

CL

323 E 79TH STREET

01

SCHEMATIC DESIGN

Schematic Plans

MASTER BED 24’-9” X 14’-10”

MASTER 12’-4” X 10’-9”

BED 2 13’-6” X 9’-10” BED 3 13’-8” X 9’ BATH

CL

BATH PAGE 21

BED 2 10’-11” X 10’-9”

Roof BED 3 13’-6” X 10’-11” WD OFFICE 24’-9” X 14’-10”

CL

CL

CL

MASTER BATH 06.19.18

CL

M.BATH

WD

CL

CL

LIVING 24’-9” X 23’-1”

SUN ROOM 9’-6” X 8’-3”

PR

KITCHEN 11’-9” X 10’-9”

40”

LIVING 15’-3” X 14’-3”

26’ X 9’-6”

DRESSING PAGE 12

MASTER BED 20’-8” X 10’-9”

Typical Level (3-15)

DINING 10’-9” X 10’-9”

PAGE 20

16th TERRACE Level (Upper Penthouse)

DRESSING 06.19.18

WD

CL

06.19.18

CL

Schematic Plans

BATH

M.BATH SCHEMATIC DESIGN

BED 4

Schematic Plans 10’-10” X 10’-9”

KITCHEN 18’-5” X 10’-3”

DINING 15’-9” X 10’-9” SCHEMATIC DESIGN

323 E 79TH STREET

01

BED 2 13’-6” X 12’-3”

BED 3 15’-11” X 13’-6”

CL

79th Street

PAGE 11

MASTER BED 20’-8” X 10’-9”

2nd Level - Flipped Stair

323 E 79TH STREET

01

DRESSING 06.19.18

79th Street

79th Street

01

M.BATH BATH

SCHEMATIC DESIGN

79th Street

BATH

BED 4 10’-10” X 10’-9”

79th Street

CL

323 E 79TH STREET

PUBLIC TERRACE 555 SF

DINING 18’-0” X 10’-9”

79th Street

323 E 79TH STREET

01

PR

SCHEMATIC DESIGN

Schematic Plans

KITCHEN 06.19.18 16’-8” X 10’-9”

CL

16th TERRACE Level (Upper Penthouse) 26’ X 9’-6” LIVING 24’-9” X 19’-3” SUN ROOM 9’-6” X 8’-3”

BATH

79th Street

DRESSING MASTER BED 24’-9” X 14’-10”

MASTER BATH

BATH BED 2 10’-11” X 10’-9”

CL

BED 3 13’-6” X 10’-11” WD OFFICE 24’-9” X 14’-10”

CL

75 LEWIS MID-RISE 185,000SF | mixed-use tower Woods Bagot | Designer | 2019 | Brooklyn, NY

I served as designer on this 211-unit, 185,000sf residential project which adapted and renovated an 1800’s Catholic schoolhouse and chapel into market-rate apartment units, centered around a courtyard with a new-build extension. My initial tasks on this project including zoning studies and survey reconciliation, where I found a way to add an additional floor of 10 units to the new North wing of the project by developing a split-level section.

Working with the design director and project principal, I designed a facade relating to the existing module of the original schoolhouse building, and a glassy contemporary extension of the original South wing of the building into a shared courtyard.

From within the courtyard, the project’s three facade typologies and sections can be experienced. Further duties on the project included unit planning and code review. The project was modeled in Rhino, drafted in AutoCAD, and rendered using Enscape for Rhino.

WILLOUGHBY AVENUE

-

ST

24'-10"

409 SF

ST

10'-6"

03-19 -

10'-6"

-

1BR

409 SF

526 SF

03-29

03-28

10'-0"

03-20

10'-0"

10'-6"

03-21

1BR

-

524 SF

1BR

10'-6"

03-22

12'-1"

-

526 SF

10'-0"

03-18

-

524 SF

1BR

526 SF

5'-0"

57'-7" NEW CONSTRUCTION

1BR

15'-6"

03-17

12'-1"

-

589 SF

15'-6"

12'-1"

1BR

12'-1"

-

10'-0"

12'-1"

10'-6"

03-16

13'-1"

12'-5"

03-15

FF = 108.5'

FF = 107.5'

STAIR B

ELEV

ST

03-30 -

509 SF 5'-0"

-

ST

409 SF

15'-6"

DN

15'-4"

-

ST

409 SF

UP

12'-10"

-

25'-10"

03-14

15'-6"

10'-0"

13'-1"

16'-7"

REFUSE CLOSET

ELEV

1BR

03-27 -

03-26 -

1BR

546 SF

546 SF

10'-6"

10'-6"

03-25 -

ST

409 SF 10'-0"

ST

409 SF

15'-6"

15'-6"

5'-0"

DN

8'-0"

03-31 -

ST

25'-1"

-

03-13

TYPICAL BALCONY: EXPOSED CONCRETE W/ GLASS RAIL @ 42"AF

460 SF

1BR

491 SF 5'-0"

16'-1"

23'-3"

-

66'-7"

03-32 -

ST

484 SF

ST

426 SF

92'-6"

27'-3"

-

ST

488 SF

ST

430 SF

16'-11" 12'-3"

16'-11"

03-10 -

STAIR C

UP

10'-7"

10'-7"

03-34 -

18'-6"

DN

-

1BR

761 SF 11'-6"

12'-0"

03-35 -

1BR

782 SF

10'-7"

1BR

10'-7"

663 SF

10'-7"

10'-7"

03-36 -

10'-8"

03-37 -

1BR

663 SF

8'-8"

-

03-33

16'-2"

23'-5"

03-11

23'-6"

131'-0" EXISTING TO BE RENOVATED

03-38

13'-6"

1BR

720 SF 11'-10"

03-39

ST

-

421 SF 13'-7" 9'-5"

LAUNDRY

5'-0"

10'-4"

MEP

-

8'-6"

11'-4"

10'-6"

2BR

9'-2"

13'-10"

19'-11"

10'-0"

10'-2"

03-6 -

1BR

595 SF

10'-2"

03-5 -

1BR

630 SF 10'-0"

10'-0"

10'-2"

HART STREET

14'-6"

1BR

16'-6"

-

609 SF

19'-4"

03-7

14'-6"

1BR

17'-4"

-

504 SF

10'-0"

03-4 -

1BR

588 SF 10'-0"

15'-0"

03-8

14'-6"

25'-10"

1005 SF

12'-6"

12'-8"

8'-8" 10'-10"

03-9

03-3 -

ST

03-2 -

ST

356 SF

538 SF

13'-9"

16'-6"

7'-9"

18'-3"

7'-2"

1BR

533 SF

REFUSE CLOSET

16'-5"

LEWIS AVENUE

PRIVATE TERRACE 174 SF

COURT

8'-10"

11'-6"

03-12

23'-6"

18'-9"

EL. 132.17' EX LEVEL 05 RES UNIT

RES UNIT

PRIVATE TERRACE

EL. 121.17' EX LEVEL 04

RES UNIT

RES UNIT

RES UNIT

RES UNIT

RES UNIT

RES UNIT

EL. 108.5' EX LEVEL 03 EXISTING STRUCTURE BEYOND, TYP THIS WING

EL. 94.75' EX LEVEL 02

EL. 80.5' EX LEVEL 01

COURTYARD RAISE FLOOR LEVEL IN HART WING THIS LEVEL WITH FRAMED ASSEMBLY SIMILAR TO HART WING ADDITION. REFER TO STRUCTURAL DOCUMENTS FOR ASSEMBLY

EL. 70.92' EX CELLAR - LEWIS EL. 69.50' COURTYARD-HART

EL. 62.08' EX SUBCELLAR - LEWIS

RES UNIT

RES UNIT

T.O. PAVE T.O. SLA

CAST-IN PLACE CO STRUCTURE, TYP F CONSTR

CONCRETE SLAB ON

D AMENITY

ER = 58.5' AB = 57.5'

ONCRETE FOR NEW RUCTION

EL. 142.0' T.O.PARAPET EL. 138.5' T.O.PAVERS EL. 137.5' ROOF

ROOFTOP AMENITY

EXISTING BUILDING ENVELOPE

RES UNIT

RES UNIT

EL. 127.5' LEVEL 04A RES UNIT

RES UNIT

EL. 117.5' LEVEL 04 RES UNIT

RES UNIT

EL. 107.5' LEVEL 03 RES UNIT

RES UNIT

PROPOSED STRUCTURE BEYOND, TYP THIS WING

EL. 97.5' LEVEL 02 RES UNIT

RES UNIT

EL. 87.5' LEVEL 01A RES UNIT

RES UNIT

LIGHT WELL

FENCE/RAIL

RES UNIT

EL. 77.5' LEVEL 01

AMENITY

2 LEVELS ATTENDED PARKING 106 SPACES TOTAL

EL. 67.5' COURTYARD LEVEL

EL. 57.5' LEVEL C1

N GRADE

EL. 48.5' LEVEL C2

WILLOUGHB

The XI towers, designed by BIG, Woods Bagot as AOR; rendering by others

THE XI MIXED-USE TOWERS 800,000SF | mixed-use tower Woods Bagot | Documentation team | 2018-2020 | New York, NY

I served as Revit advisor, CA assistant, and penthouse design coordinator/PA on these 280+ unit, 800,000+sf mixed-use condo towers designed by BIG. The project team comprised dozens of consultants and client reps; and, due to its scale, the building construction was phased, with penthouse interiors still in schematic design while the lower floors were already occupied.

As Revit advisor I assisted a 16-member team with everyday Revit tasks, and developed simple utilities in Dynamo to automate basic tasks. In my role as a CA assistant, I updated our Revit model in response to continued coordination of the building envelope, issued related ASK’s, and produced documents relevant to the CO and permitting process. As penthouse coordinator and PA, in addition to advising the designer on code compliance, I led a complex mechanical coordination process that coordinated 3 different potential interior designs over 5 floors.

The penthouse living room; design by Pierre Yovanovitch

The penthouse po

ool; design by Pierre Yovanovitch

L32S DOOR SCHEDULE DOOR NUMBER OF CLEAR NUMBER LEAVES HEIGHT

FD

2A

0" R1 '-

GN

7/8"

ALI

4' - 2

3' - 9

0"

6' - 10

1/4"

R1' -

- 3"

- 0" R1' 0"

R1 '-

- 3" R2'

R4'

- 3"

R4'

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

7

7

12F 1' - 5"

A

1' - 5"

ALI

GN

1' - 1"

4' - 1"

EQ

7

7 ALI

1' - 7" MIN

GN

4' - 1"

7

12F

1' - 5"

7' - 6"

7E

N LIG

EQ

4' - 1"

8 17' -

SQUARE TO CORE WALL

1/2"

EQ

GN

ALI

4' - 1"

GN

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

" 5' - 11 2" 2 1/ 19' -

PLAY ROOM

7 ALIGN FINISH FACE TO INSIDE FACE OF MULLION

2" - 0 1/

5/8"

1/4"

7" 1' -

9 12' -

GN

2 19' -

SQUARE TO FACADE ALIGN FINISH FACE TO INSIDE FACE OF MULLION

1/4"

12F

7

7

1' - 7" MIN

SQUARE TO CORE WALL

7

7E

1/2"

GN

- 0"

2' - 3

ALI

VIF

GN

3' - 5"

BATH

3' - 10

7

ALI

12F

12E

9' - 4"

3/4"

R1'

" 3' - 10

GN

2' - 9

5/8"

BED 2

8 A-770.A

12F

12

0"

3' - 0" AR CLE

6

ALI

1' - 0"

6'

1/2"

GN

1/4"

EQ

ALI

3/4" 4' - 4 IN M 4'-0"

2' - 6"

2' - 0

ALI

2' - 0

2' - 8"

7/8"

1/4"

2' - 3

1 11' -

12Z

9' - 4"

" 3' - 10

1' - 0"

1/2"

1/4"

5' - 2

4' - 4

1/2 "

1/2" EQ

1' - 0"

R4 '-1

2' - 10

2' - 8"

GN

5/8"

A

STO

GN ALI

2' - 3"

2' - 6" 6' - 0

N LIG

12B

13

ALI

EQ

CL 12B

0"

7E

7 7

ICE

1/2"

R1' -

7

WINE 7 5 3/4"

12B

26

STO

FRZ

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

7 9" 33' -

7

GN

ALI

R2' 2"

ALI

EQ

1' - 0"

4' - 3

1/4"

3' - 0"

1/8"

2' - 8

12B 1/4" 3' - 2 1/4" 1' - 3

0"

12Z

7' - 5"

2' - 0

7

3 1/2" 23' - - 3 1/2" 17'

7

7E

7

3/8"

1/4"

7 - 0"

4' - 5

2' - 8"

GN

7

A

5 3/4"

R3' -

N LIG

5' - 2

ALI

E

EQ

N LIG

R3'

1/2"

GN ALIQ EQ

GN GN

4' - 4"

GN

GN

ALI

ALI

GN

A

GN

12B

R1' -

5' - 2"

7

OVEN

7

7

7

OVEN

7E

25

1' - 6

SQUARE TO FACADE

SQUARE TO CORE WALL

12B

7

12B

7 ALI

7

8

9

KITCHEN

7

1/4"

ALI

7 13' -

8" 13' -

7

ENCLOSE PIPE WIC

GN

REF

4

7

12G

- 0"

7 R1 '-0 "

7

9

GN

ALI

7E

7

7

14

12B

12G

6' - 0"

2' - 0

- 0"

GN

WORK KITCHEN

ALI

3/4"

12F

1' - 0"

7' - 0

5

7E

1' - 7" MIN R1'

12B

7

PR

1/4"

ALI

ALI

EQ

1/4" 1' - 0 IF V

ALI

4' - 6"

EQ

REF/ FRZ

3/4" GN

11" 4" - 5 1/

OVEN

8' - 5

13' -

5' - 6"

ALI

3/4"

1/4"

2' - 6"

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

BED 3

15

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

7

7E

12B

7' - 0

7

7

CORR

R1'

6' - 9

1/2"

EQ

1' - 7" VIF 0° 22.5

7

11" 7

7

7E 1/2" 5' - 2

GN

4' - 2"

7E

A-770.A

12F

7

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

7

CORR

CL

7

4

12B

7

" 5' - 11

7

CL

12B

BATH

1' - 6"

ALI

10

- 3"

7

12B

GN

R1' - 0"

1/2"

UT

0 12' -

SETO

1/2" 4' - 2"

8' - 6"

R4'

7

12B

MASTER BED

1/2"

FOYER

SQUARE TO FACADE

7

7

12F

12B

7

11 VIF

7

ALI

7

GN

5' - 7

A-770.A

12B

2

R3' - 0"

7

7

ALI

- 3"

7

12F

4 1/4" VIF

3"

5'

12B

4' - 7"

12G

12A

8" R1' -

7

24

R1' 0"

7

1' - 7" MIN SQUARE TO CORE WALL

12B

7

11

12B

3/4"

1/2"

9' - 6"

4' - 9

7

7

- 0"

WIC

GN

2' - 7

3' - 4"

R5'

4" 11 3/

GN

12B

7E

ALI

GN ALI GN

ALI

GN

GN

ALI

12B

7E

1/4" 1' - 5

ALI

CL DOOR

1/2"

M BATH

7

12F

3

ALI

- 10

7E

EQ

CENTER WALL ON INTERSECTION

R4' - 0"

EQ 0° EQ 2.5 22.50° 2 4" 1/ 3' - 2 VIF

3' - 8"

2B 12F

1/2"

7

7/8"

R4'

12B

12B

3' - 4

2A 5' - 2

3' - 6"

1' - 7 EQ

1' - 0"

CL

R2' -

7

2' - 1

1"

7

7

7

22.50°

2A

DUCT TO MOVE EAST TIGHT TO EDGE OF SLAB OPENING

BED 4

12F

GN

2' - 7"

" 6' - 10

7

2

1"

1/4"

5

16

2' - 8"

3' - 6" CLR

3' - 6" CLR

CL

EQ

2 HR

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

- 0"

7E

1

4' - 9

R1'

TYP

EQ

FIRE RATING 2 HR

A-770.A

ALI

A-466

CLEAR WIDTH 63" 32" 32" 32" 54" 54" 32" 32" 52" 52" 32" 32" 32" 32" 32" 32" 32" 32" 32" 32" 62" 39" 46" 36" 42"

7E

7E

"

1' - 0" 9 1/2" VIF

7

12B

9 1/2"

EQ

3' - 6" CLR

3' - 6" CLR

7 16

110" 110" 110" 110" 121" 121" 121' 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110" 110"

7

17

7' - 1"

7

7

1' - 7" VIF

1/2"

7

7E

0 'R1

2 1 1 1 1 1 1 1 2 2 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2

7 12B

12F

1/2"

BATH

EQ

7

7

7

7

GN

2' - 9"

6' - 9"

2' - 0"

GN

6' - 4

EQ

2' - 9"

ALI

12F

7

3' - 0"

1' - 0"

7

4' - 3

10"

2' - 0"

7

GN

7

4' - 0"

EQ

GN

GN

ALI

12F

7 GN ALI

7

7

EQ

ALI

8' - 6"

ALI

A

5' - 2"

7

12B

12F

7

7E

3/4"

A

7

7

12F

0" R1' -

6' - 5

3/4"

A

2

12B

N LIG

23

20

10 10' -

7

7

" 9' - 10

12F

1' - 0"

1' - 0"

1' - 0"

7

19

7E

21

GN

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

1' - 7" MIN

EQ

2

7

2' - 8"

ALI

B

8 1/4"

10"

22

7E

18 12B

1/2" 4' - 6 VIF

12D

ALI

9' - 3"

LAUNDRY

1/4"

7E

2A 2' - 2"

5' - 9

2A

2' - 0"

12B 2A

10"

1 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

LOGGIA

7

N -130' - 8 3/8" E 132' - 8" FD

- 0"

FD

7

0 14' -

R3'

3/8"

1' - 5"

7

3' - 0" CE PLA FIRE ING N OPE

6' - 0"

7

1 18' -

7

LIVING/DINING ALIGN FINISH FACE TO INSIDE FACE OF MULLION

7

7" 1' -

SCHEDULED FINISH FLOOR - EXTEND TO MULLION

" '-0 R10

SPECIFIED SUBFLOOR RADIATOR ALIGN FINISH FACE TO INSIDE FACE OF MULLION

MT3 WINDOW MULLION 7"

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

1' - 7"

8"

7" 1' -

N FINISH FACE TO E FACE OF MULLION

1/2"

ALIGN FINISH FACE TO INSIDE FACE OF MULLION

1

FLOOR - FLOOR AT PERIMETER RADIATOR PY

4"

POE TW/V 3' - 1 1/8" 1' - 10 1/4"5' - 1 7/8"

7' - 4"

22' - 10 1/8"

10

B DR: C.00.01D

10

14' -

10A

2 A-491

10A

STAIR B

10

FD

20' " 2 5/8

10

10A

7' - 6" .

MIN

4'-0"

29 39 28

27

26 66' -

26

PE-15 (PIT) W.00.05

10 E 10 DR: C.00.01B

10A

10A

10

25

37

6' - 5

5/8"

N ALIG

FD

35

5/8"

N ALIG

20

26

34 33

23 FD

41

26

36

24 FD

4' - 9

26

43

FD

26 32

22 31

21

45 26

FD

FD

26

FD FD

N ALIG

FD

FD

26

10A

18

23' - 9 1/8"

17 N -129' - 2 3/4" E 146' - 8 5/8"

26

7' - 1 3/8"

21' -

9' - 4"

16

12' - 0 1/2"

HOTEL BIKE STOR C.00.83 28 BIKES 89 90 91 92 93 94 95

6

FD

113 115 112 114 116

A EL -10' - 0" TOFF DR: C.00.83A EL -10' - 0" TOS

96 97 98 99100101102103

6' - 3 3/4" FD

1

7

10A ALIGN

9

10

10A

A DR: C.00.81B

A DR: C.00.86C

A DR: C.00.86B 2' - 6"

FD

N -170' - 7 7/8" E 127' - 10 1/8"

ALIGN

FD

A DR: C.00.86D

A DR: C.00.81A

BOH C.00.86

MEP - ELEC POE C.00.81

6

LINE OF 7'-0" HEAD HEIGHT

A DR: C.00.86F DR: C.00.86E 6A

DN

UP

PE-11 (WALKIN PIT)

1 A-454

6A

PE-12 (WALKIN PIT)

7' - 1 5/8"

8

N -189' - 6 1/2" E 17' - 5 5/8"

6A

6

3

11

ENVIRONMENTAL CONTAINMENT WALL

2

23' - 0 7/8"

FD

6

10

STAIR-C

PE-10 (WALKIN PIT) A DR: C.00.86A

ALIGN EL -15' - 1" TOFF EL -15' - 1" TOS

10

6' - 8"

6' - 7 3/4"

6' - 10"

6' - 1"

5' - 9"

A DR: C.00.74A

TRANSFORMER VAULT

S.

31' - 11" MULLION (OR

15' - 1"

15' - 1"

14' - 6"

15' - 1"

STEEL FACED CURB

A

6' - 11"

15' - 1"

14% WN

7' - 0"

10

10

MEP - FAN ROOM C.00.82

10A

1/4"

10

7% WN

O PE D SLO

A 10 DR: C.00.85A HOTEL STORAGE 10 C.00.85

SE-4

13

7/8"

8' - 9

4

12

BOH CORR C.00.84

10 A DR: C.00.82A

6' - 2

O PE D SLO

10A

B DR: C.00.84A

14

FD

162 164 163

10A

N ALIG

5

111

119 117 118

10A FD

104 106 108 110 105 107 109

FD

B DR: CE.00.10A

/8" 10 3

TRENCH DRAIN

10A

FD

15

26

38

26 2

FD

N -79' - 5 5/8" E 186' - 10 3/8" "A"

9 5/8"

FD

10

19

N ALIG

10A

PE-13 (WALK-IN PIT) W.00.07 Q DR: W.00.07

FD

10A

30

26

FD

PE-16 (PIT) W.00.06

JAN. CLOSET C.00.02

6' - 0" .

MIN

4'-0"

A DR: C.00.08

10A

10

6 Q DR: W.00.06

CLEANOUT HOLES

PE-14

12H

10A

B DR: C.00.09

D

A DR: C.00.02

12H

10

D

10

6

ELEC RM W.00.03

CORR C.00.01

A DR: C.00.10

10

3/4"

N ALIG

BUILDING STORAGE C.00.16

B DR: C.00.07

7' - 3

N ALIG

FD

D

N ALIG

B DR: W.00.03

B DR: C.00.03B

DETENTION TANK

FD

FD

D

STAIR A

10

10A

B DR: W.00.02

FD

LAUNDRY #1 C.00.08

W

A DR: C.00.01A

UP

10

W

1

10A

N ALIG

20

20

W

ELEC RM W.00.02

A DR: C.00.11

REF

BLDG STAFF A FD C.00.10 DR: C.00.12 F LCKR / WC / SHR C.00.12

FD

1/4"

6" 1

FD

10A

5/8" 3' - 8 10A

TRASH COMPACTOR RM C.00.07

FD

M LCKR / WC / SHR C.00.11

PLAZA PLUMBING ROOM C.00.09

4' - 1

16' -

10

FD

MW

10A

FD

A DR: W.00.01 EL -10' - 0" TOFF EL -10' - 0" TOS

N -29' - 7 3/4" E 194' - 3"

FD

N ALIG

10A

TRASH COMPACTOR

6

10A

7

N ALIG

10A

4' - 6"

SE-5

W

A DR: C.00.03A

N -32' - 10 3/8" E 119' - 11 1/2"

6 5/8"

N ALIG

10 N -54' - 2 3/4" E 35' - 5 3/8"

N ALIG

N ALIG

1 A-485

10A

WORKSTATION CK.00.21

10A

B DR: C.00.06C IDF C.00.13

9

HOUSE TRAP C.00.15

10A

N -21' - 4 1/2" E 162' - 10 1/8"

10A

6' - 0"

CORR C.00.01

ADA TENANT STORAGE C.00.17 A DR: C.00.17A

10

10

1 A-430

/4" -63

/8" 10 7

9 9

A DR: C.00.06B

3"

7/8" 9' - 7

N ALIG

73 1 72 70 7 8 69 7 6 66 6 5 6 64

2'

12' -

RESIDENTIAL TENANT STORAGE C.00.06

UP

5/8"

1' - 4" A DR: C.00.04

A DR: C.00.05

BIKE STOR #1 C.00.05 88 BIKES

EQUIPMENT LIFT

10

7

A DR: C.00.01C

14' -

1 A-493

10A

1/2"

7' - 4"

3' - 8" 1/4" 3' - 9 7/8"

74 75 76 77 78 79 80 81 82 83 84 85 86 87 88

8' - 11

EL -15' - 0" TOFF EL -15' - 0" TOS

4' - 8

10

10

N ALIG

10

10

DN

14' - 3 1/2"

7

SUMP PITS C.00.03

46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31

5' - 1

4' - 9 5/8"

EL -10' - 0" TOFF EL -10' - 0" TOS

10

10

15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

METER RM 0.04

5/8"

RAISED SLAB (UNOCCUPIED SPACE)

2' - 2 3/4"

INFILL CMU WALL BELOW SLAB

1 A-494

EL -5 - 11" TOS ALIGN

RAISED SLAB (UNOCCUPIED SPACE)

10A

2 63 61 6 9 60 58 5 6 57 55 5 3 54 52 5 0 51 49 5 7 48 90 4

0A

EL -6 - 2" TOS

UP

10A

1 2 3 4 5 6 7 8 9 10 11 12 13 14 89

ALIGN

7

34' - 4 5/8"

4

2' - 10 1/2"

2' - 10 7/8"

8' - 7 5/8"

10' - 5 1/8"

4' - 8"

POE CS : 15"

POE POE WS : 6" FS : 8"

6' - 1 5/8" 10

ACADEMIC WORK

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Site axon of the masterplan

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NICETOWN FREE CLINIC master plan + 50,000 sf

Jefferson University | peer project | 2014 | Philadelphia, PA

A free clinic in one of Philadelphia’s most underserved neighborhoods provides the space for both healthiness and treatment. For this 5-acre, 50,000sf masterplan and design, we met with community leaders, design critics, and healthcare professionals from the Patch Adams foundation to develop a space plan prioritizing community health over sickness treatment and a design language of multifunctional, re-orientable spaces built at low cost.

Slab and steel frame construction on a module reduced cost, while operable sections of exterior envelope and partition carefully placed with regard to privacy, enabled flexibility within the module. Site access from the neigborhood to public areas is organized to flow from most public to most private areas, with a range of implied to hard barriers delineating access.

aluminum cornice 6” light gauge metal track 1/2” plywood sheathing vinyl flashing silicone sealant epdm weatherproof membrane 4” extrude polystyrene insulation moisture control barrier 2.5” steel roof deck 3” x 6” steel L-angle 1.5” x 3” steel U-channel 6” fiberglass batt insulation 30K10 open web bar joist W18x109 steel wideflange girder W18x91 steel wideflange beam aluminum siding weatherproof membrane 1/2” plywood sheathing 6” metal stud vinyl gasket 6” light-gauge metal track drip edge

vinyl gasket 6” x 8” steel U-channel aluminum mullion for KalWall KalWall translucent insulated wall panel hinge pin 3/8” steel connection plate cable seat & connector cross-bracing tension cable aluminum mullion for KalWall 4” dia. steel bar door pivot axis 8’ dia. cog transitional cog drive chain 3’ dia. handwheel/cog input

4” extruded polystyrene insulation gravel bed KalWall translucent insulated wall panel aluminum mullion for KalWall cable seat & connector 3/8” steel connection plate hinge pin 6” x 8” steel U-channel vinyl gasket aluminum drainage grate 8” dia. perforated pvc drainage pipe gravel drainage bed

plaza

threshold space

media space

View through central promenade to community spaces Clinic entryway

Urban farm area

MALAMULO EXCHANGE HOUSING master plan + 2,000 sf

Jefferson University | peer project | 2013 | Blantyre, Malawi

How can we create a familiar home using unfamiliar construction methods in a foreign place? For the volunteer doctors who staff the Malamulo free health clinic in Blantyre, Malawi, this is the pervasive question at the end of endless shifts helping some of Malawi’s most at-need. This peer project seeks to define the moments that define ‘home’, and recontextualize them using the tectonic methods and architecture of the local vernacular.

The building evolves from a diagram relating common moments that define ‘home’ onto two scales: public-private, and personalcommunal. From this diagram, ecompassing spaces are defined, then spatial relationships between those spaces, and finally constructions which realize those spaces.

Experience

Spatial Experience Doctor’s Housing

CONCEPTUAL EXPERIENCES | DOCTORS es are evaluated based on the degree r various tasks. This process aims COMMUNAL omfortable spaces suitable for various many people involved

SPATIAL EXPERIENCES | DOCTORS

Appropriate levels of privacy and sociability are determined for different parts of the program. Program is designed around user activities.

COMMUNAL

Barbeque for the community

barbeque for the community

Kicking a ball with neighbor kids

ered, and s

kicking a ball with neighbor kids

Familiar meal with family and friends

Having friends over at night

Conversation with neighbor Watching the sunset

Tending the gardens

Reading a good book

Napping in the shade Laundry

Hot shower after a long day

Shared khonde

having friends over at night reading a good book Living room

Morning tea Crying on someone’s shoulder A good night’s sleep

Kitchen Office working at desk

PERSONAL

ffic

Liv in g

Ba th

Pl an

pa ce oo rs ou td c ub li i-p m Se

Do ct or ’s

Be dr oo

m

Ba de kh on on al rs Pe

Ho us in g

ro om

O

th

om ro

e

Kit

a Sh

ch

en

d re

Liv in g

ro om

Kit

ch e

n

Be

dr oo

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m

ffic

e

Ba

th

Pe rs o

o ro

na

m

lk

ho n

Ba

de

o ro th

m

43

Be dr oo

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39

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tending the gardens napping in the shade having clean laundry

hot shower after a long day Bathroom

PERSONAL

Be

conversation with neighbor

watching the sunset

morning tea crying on someone’s shoulder Bedroom a good night’s sleep

one or two people involved

dr oo m

Personal khonde

PUBLIC

Working at desk

PRIVATE

PUBLIC

familiar meal with family and friends

n

PRIVATE

Semi-public outdoor space

central khonde #,#m

kitchen #,#m

gum pole 100mm 2x2 timber framing

corrugated metal roofing insulated sandwich panel 2x2 timber framing

steel barndoor wheel steel barndoor wheel track

gum pole purlin 100mm

steel barndoor hanger slatted wood barndoor

2x2 timber framing

bolt lock 90*-stop door hinge slatted wood panel

softboard ceiling fixed to subframing to be painted

stainless steel i-bolt, 5mm dia.

reinforced concrete lintel stainless steel j-bolt, 5mm dia. nylon marine-grade cord, or stainless steel chain counterweight, max. 5kg or 1/2 weight of wood panel if cord, aluminum tie-down cleat; if chain, chain hook pre-cast concrete sill

n

ents

appropriate spaces suitable for various activities, OPERABLE TABLE APERTURE KITCHEN: KITCHEN AND CENTRAL KHONDE INTERACTION to live comfortably.

rdens

Morning tea

Barbeque for the community

Having clean laund

Axonometric site rendering

L.A. VERTICAL VILLAGE 200,000SF | mixed-use

Jefferson University | Undergrad thesis project | 2014 | Los Angeles, CA

Could technology enable a community to live more compactly without sacrificing the variety that lets us feel human? Could infrastructure be generic enough to be replicable while being diverse enough to feel humanistic? These are the questions that the LA Vertical Village addresses.

The typical horizontal experience of our day-today lives is turned vertically, where limitations of space can be resolved by just going up.

Reprogrammable pods adjacent to microparks are seeded into the building, providing an everchanging experience of the village. Envelope, partitions, and utilities are modular, meaning spaces can be combined, split, modified and resuited to fit the needs of diverse inhabitants across generations. And, the entire building is structured on modular spaceframe cores and diagrid exoskeleton, ready to expand.

An example of IoT-integrated smart objects

TECHNOFORUM conceptual exercise

Jefferson University | peer project | 2014 | Philadelphia, PA

What does the home of 2020 look like? In 2013, when the idea of an “Internet of Things” was nascent, Comcast’s ideation team posed this question to our class. Over the next 48 hours we developed a response that addressed how the IoT would impact our lives at every scale of ‘home’, from artifact to city.

We began to address the question by assuming every object we interact with is able to communicate with us, and with every other object we’ve experienced. A network of objects passively communicating to each other become a living system, with the same needs for hierarchy and politics as a human society. Where does this structure come from? What determines its methods?

When society integrates with the IoT, the answer to the Home of 2020 quickly expands in complexity.

digital data

physical interface

(

+ RFID IN/OUT PROCESSOR

)

+ OUTPUT

= physical data

+

INPUT SENSOR

physical interface

(

object

+ OUTPUT

=

TEDDY

TECHNO-TEDDY

+ BRAIN

object

)

+

INPUT

REAL BOY

BODY

Function at personal scale

Function at community scale

Diagrammatic table of contents in Spacework vol 1

SPACEWORK MAGAZINE student publication

Jefferson University | Founding senior editor | 2013 - 2014 | Philadelphia, PA

During the summer of 2013, I got together with three friends to launch a zine of architectural ideation and critique. By the start of our final year, we’d convinced the College of Architecture’s dean and program director to create a 10-person studio for our project, and secured $5,000 in funding to publish 500 copies of our publication.

We expanded our scope to feature student work from all students in the College, and expanded content to include interviews with academics, peers, and professionals, as well as architecture-themed puzzles and quirks for interest. The course continued to be offered for 5 years, publishing a new edition annually.

PERSONAL WORK

Chaise lounge crafted using hybrid boat-building/formed plywood techniques

CHAISE LOUNGE furniture design & fabrication Fabricator | 2014 | Pennsylvania, USA

My education began when I was given my own sharpened chisel, saw, and block plane at just four years old. My first educator was my dad, a master woodworker, and the lessons he taught me were all taught in the way only a craftsman can: by hand, with tools, surrounded by raw materials in his workshop. I learned quickly that solving problems hands-on opened a world of creative answers that could only be found through the slow, thoughful process of craft.

Thinking divergently, wondering what a material could become, then convergently, strategizing how to reach a conclusion, challenged my intellect uniquely, spurring me to ask unexpected questions and find unexpected solutions. I carry those lessons with me still as a professional in architecture. This chaise lounge, built with years of experience, is a demonstration of my passion for craft.

Concept sketch

Sanding between layers

Fairing veneers

Layer forming

Final product in fumed oak

An example of the bench existing both in digital and physical space

BELTLINE BENCH interactive installation Designer | 2015 | Atlanta, USA

Atlanta’s Beltline, a linear park wrapping around the entire city, is a backyard destination for recreation in the city - but, is there a way for the experience of the beltline to reach beyond recreation and beyond the narrow swath it carves? Is there a way for the Beltline to live both within the constraints of physical space and to live unconstrained in digital space?

My solution to these questions takes the form of an Internet of Things-enabled network of benches serving as beacons along the beltline, and a companion social app that can only be accessed near a bench. By synthesizing elements of social media geotagging & messageboards with real-world, real-time locations each beacon on the beltline serves as an ever-changing community message board, meeting place, graffiti wall, and place of respite - a physical place with an ethereal life.

ON THE BOARDS

View across kitchen from banquette

S

CHINA RANCH MICRO VILLAGE 500+ SF | tiny house village

Architectural Designer | 2021 | Inyo County, USA

A pro-bono project for China Ranch Date Farm in Inyo County, CA, an organic heritage date farm in a protected national wildlife refuge.

Ranch managers Travis Brown and Lenae Day commissioned me to design a micro tinyhome community in a way that minimizes land impact on the protected refuge. A collection of ‘camping cabins’ with their own bed, breakfast, and study space are designed with motifs and materials typical of the local desert architecture. A service cabin providing a communal kitchen and bathhouse is built in a 40-foot shipping container on a non-permanent foundation, taking cues from traditional rail-car diners both to solve the narrow proportions of the shell and as a hat-tip to the railroad history of the region.