Ryan G. Lyssy - Portfolio 2016 by Ryan G. Lyssy

RYAN G. LYSSY PORTFOLIO 2016

BIO: Ryan G. Lyssy (b. 1991) is a graduate student at the University of Kansas pursuing a masterâ&#x20AC;&#x2122;s degree in Architecture (M.Arch). He also earned a B.S. in Architecture from the Catholic University of America (CUA) in Washington, DC (Cum Laude, 2014). He has interned at Finkle + Williams Architecture in the Kansas City area and WDG Architecture in downtown Washington. He has worked as a software lecturer in the School of Architecture at The University of Kansas and worked in the Office of the President and the Office of Campus Ministry during his time at CUA. His goal is to become a licensed architect and practice internationally.

RYAN G. LYSSY PORTFOLIO 2016

ACADEMIC WORKS 01

Travis County Courthouse // Austin, Texas Site masterplan with institutional and mixed-use buildings

Lawrence Market Hall // Lawrence, Kansas Mixed-use community development

Aedificium Memoriarum & Aedes Mortis // Washington, DC Site Masterplan with museum and sacred buildings

IN PROCESS 04

School of Business Stair Furniture // The University of Kansas Furniture design and fabrication

Monteria Villiage Phase 1 // Santa Barbara, California HUD Innovation in Affordable Housing Design Competition

IN PRACTICE 06

WDG Architecture // Washington, DC Clarendon West Apartments // Schematic Design Tysonâ&#x20AC;&#x2122;s West Mixed Use // Programming & Renderings

Finkle + Williams Architecture // Overland Park, Kansas Inter Urban Lofts // Design Development Fenton Hockey Arena // Renderings

BY HAND

Field Sketching

RYAN G. LYSSY

ryanlyssy@gmail.com 913.219.6693

EDUCATION 2016

The University of Kansas // Lawrence, KS Master of Architecture Candidate // Social Entrepreneurship Concentration

2014

The Catholic University of America // Washington, DC Bachelor of Science in Architecture // Cum Laude

PROFESSIONAL EXPERIENCE

2015

Finkle + Williams Architecture // Overland Park, KS Design Intern Worked on design development for a 60,000 square foot residential project in downtown Overland Park // Developed the exterior design elements including material selections, 3D digital models, and elevation drawings // Designed multiple apartment unit plans // Participated in design meetings with client and contractor // Managed a variety of tasks across multiple projects // Collaborated with other architects on a team // Participated in community service projects and networking events

2013-2014

WDG Architecture // Washington, DC Design Intern Developed conceptual and schematic designs for a 500,000 square foot residential project in the Washington area // Worked directly with a Senior Designer pursuing design iterations // Produced 3D models, drawings, diagrams, and sketches for client meetings // Worked directly with principals doing precontract planning studies for projects // Worked simultaneously on multiple projects // Corresponded directly with clients adapting and developing schemes // Rendered 3D perspectives

2016

School of Architecture, University of Kansas // Lawrence, KS Software Lecturer Lectured to second and third year studio classes about software programs and architectural drawing conventions // Demonstrated efficient workflow processes in SketchUp, AutoCAD, and the Adobe Creative Cloud // Prepared three hours of course material and exercises with professors // Answered individual questions and gave one on one instruction to students

RESEARCH & LEADERSHIP 2015-2016

New Cities Housing Lab // The University of Kansas Graduate Research Student Researched innovative ways to house and provide for the growing population of seniors in our communities // Met with experts in medical technology, doctors, and contractors about the needs and possibilities regarding seniors // Developed schematic designs for a prototype unit to be built as a laboratory

2016

School of Business Stair Furniture // The University of Kansas Project Manager Lead a team of four graduate architecture students designing stair furniture for the new School of Business at KU // Collaborated with designers at Gensler and GastingerWalker& // Coordinated designs and details with the fabrication team at Zahner // Facilitated design presentations and meetings

AWARDS & ACTIVITIES 2016 2014 2013 2013-2014 2013 2015-2016 2010-2016

HUD Innovation in Affordable Housing Design Competition // Finalist Monteria Village // Santa Barbara, CA Comprehensive Building Design Studio Competition // Finalist Aedificium Memoriarum // Washington, DC Patrick Cardinal Oâ&#x20AC;&#x2122;Boyle Student Design Competition // Runner-up Detroit Incubator Office // Detroit, MI Tau Sigma Delta Architecture honors society for the top 15% of juniors and seniors Study Abroad Studied in Rome and traveled across Europe for the entire Spring 2013 semester Youth Ministry Core Team Volunteer weekly planning and leading events for high school students Intramural Sports Participated in co-ed team intramural sports (football, volleyball, basketball)

PROFICIENCIES AutoDesk AutoCAD, Revit, Ecotect, Vasari 3D Modeling and Rendering Sketchup, Rhinoceros, Catia, Maxwell Render Adobe Creative Cloud Photoshop, InDesign, Illustrator Visualization Media Hand sketching, Physical model construction, Photography 7

Academic Works Travis County Courthouse // Austin, TX Comprehensive Building Design Studio Project Partner: Ashley Meadows Critic: John Trefry, AIA Spring 2015 The Travis County Courthouse is a site master plan project that is located in downtown Austin, Texas and serves the entire Travis County Area. The site is located just South of Republic Square Park and adjacent to the new Federal Courthouse. The deign aims to play off the park and its history alongside integration into the existing city culture and fabric. The project includes two phases, the first of which includes 100,000 square feet of mixed-use development and a 100,000 square foot harbinger courthouse that includes three courtrooms, chambers, the sheriffâ&#x20AC;&#x2122;s facilities, and the jury assembly room. The courthouse will serve as a vestibule to the full 500,000 square foot courthouse developed in phase two, along with a 1 million square foot mixed-use condominium tower. The design seeks to create a building that alone has a defined presence, but still foreshadows the future construction. Using a series of stacked volumes and various faĂ§ade systems, the courthouse will be able to effectively integrate the future phase two courthouse and tower.

Travis County Courthouse // Concept Timelessness, Inevitability & Permanence: Reflecting on these three words that are associated with the courthouse typology. These four images represent my own interpretation of how timelessness, inevitability, and permanence relate to our current society:

Boston south station bench

• A bench in Boston’s South Station is something that is permanent in an inevitable and timeless way. These benches are completely open to the public and are a constant in the varying landscape of the station. The benches are also spatial, separating and connecting people with evidence of the past in their worn wood finish. • Thinking about inevitability in a democratic sense, public transportation came to mind, but more specifically Massimo Vignelli’s 1972 subway map. This came at a time when the New York subway was unifying its lines. The image serves as a simple diagram of something chaotic.

Massimo Vignelli’s 1972 subway map

• The idea of timelessness is most often related to figures in the past. Attempting to challenge this idea, Taylor Swift came to mind as a current figure that will be considered timeless. Specifically her iconic red lips as a memory charged symbol that evokes different memories and associations dependent on the viewer. • The giant rock cuts that we have exposed for our massive highway systems. Millions of years of time and memory are seen in a fleeting moment in a layering that never stops.

Taylor Swift and her red lips

Massive rock cuts along highways

Three dimensional object sketch

Layers of Time & Memory Simple shapes derived from these images began to take shape in a simple repeat that continues in all directions. The repeat is altered slightly with color, opacity and line weight in a vertical fashion to form layers relating to the rock cuts. Color set behind the repeat helps exaggerate the horizontal layering and helps layer the composition deep into the field. Three dimensionally the pattern took shape in a series of wood blocks that are all treated differently. Some painted, burned, beaten, unfinished, and sanded, they each share a clean face exposing the interior properties. Vertical copper rods elevate the object from the ground and imply the potential layers to come.

Two dimensional pattern

Three dimensional object

Travis County Courthouse // Masterplan

Austin, TX

5th

Stre

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Downtown site plan

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Stre

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San

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Stre

4th

Stre

Challenging Courthouse Typology Unlike many courthouses, the design is downto-earth, embraces equality, allows everyone to connect with and want to be a part of the building. The courthouse intentionally does not stand out apart from the other programs within the site, but blends in as one unified building. The grand stair is a typological gesture in courthouses, but in this case is utilized as a vertical public space next to the building that allows the public to interact with the design at all levels.

Phase 2 Residential

Phase 2 Courthouse

Phase 1 Mixed-Use Phase 1 Courthouse Conceptual masterplan axon

Garage as Base

Courthouse Wrapped

Stair Divides Site

Clarity & Confusion In order to combine both clear and abstract elements into the site, the full amount of parking required for the entire masterplan is included as a part of phase one development. The parking garage is positioned on the center of the site as a clear central core. This core is wrapped with several â&#x20AC;&#x2DC;box-like formsâ&#x20AC;&#x2122;. These boxes serve as an abstract element, all similar in shape but slightly varying in size. The boxes are stacked in a way that creates a sense of balance. They play on light versus heavy though the ways in which they are stacked, creating voids within the solids. The tower is clear and orderly in its tall L-shaped form but is overlapped and intersected by these disordered boxes. However, each box has similar characteristics and facade treatments, making the program within each box unclear from the exterior.

Courthouse Camouflaged

Travis County Courthouse // In Plan

REPUBLIC SQUARE PARK

ERAL OUSE

PUBLIC ENTRANCE UP

JURY ASSEMBLY JURY ASSEMBLY 2418 SF

RETAIL RETAIL 3624 SF

LOBBY LOBBY 2211 SF

CLERK/CHECK-IN 196 SF

WC 115 SF

PARKING GARAGE

SERVICE 127 SF

WC 161 SF

WC 154 SF

STAFF ENTRANCE

WC 115 SF

RESTRICTED ENTRANCE 374 SF

LOADING LOADING 1397 SF

SECURE ENTRANCE

MECHANICAL 191 SF

SALLY PORT

SALLY PORT 1200 SF

STAFF & PUBLIC PARKING ENTRANCE

Level 1 - Jury Assembly

Level 1.0/P1 1/8" = 1'-0"

uadalupe St.

San Antonio St.

Integration of Public A

SHARED WORK SPACE

JUDGE'S OFFICE/CONFERENCE

One aspect of the courthouse that is very nontraditional is active integration of the public with the project. The public can actually access some of the exterior terraces throughout the building through the garage or grand stair. This allows the public to interact with and be a part of the building without actually entering or going through security.

DISTRICT COURTROOM RECEPTION

ATTORNEY CONF.

LAW CLERK

ATTORNEY CONF.

JURY ROOM

LOBBY

Along with this untraditional public interaction, this balcony also allows the public to see into the courtroom on the third floor, a somewhat controversial concept. This courtroom was designed for low profile cases, as its unique character does not provide top-notch security but yet appropriately challenges the typology of traditional courtrooms. G

Level 3.5 - Distict Court Mezzanine

+6"

C 23 SF

+1'

JUDGE'S OFFICE/CONFERENCE 608 SF

+1'

SHARED WORK SPACE 372 SF

WC 45 SF

+6"

SL 250 SF

DISTRICT COURTROOM 2421 SF

HOLDING CELL 122 SF ATTORNEY CONF. 160 SF

STORAGE/ WORKROOM 155 SF

RECEPTION 259 SF

LAW CLERK 145 SF C 54 SF

WC 97 SF

+6"

A/V 114 SF

HOLDING CELL 123 SF

ATTORNEY CONF. 165 SF SALLY PORT 1514 SF

WC 94 SF

JURY ROOM 296 SF

SL 132 SF

SL 96 SF

RECORDS 289 SF

WC 115 SF

OPEN WORK 259 SF

DC LOBBY 253 SF

LOBBY 2150 SF

COPY/MAIL 232 SF

MECHANICAL 193 SF UP

F CASHIER 54 SF

WC 61 SF

ADMIN. 147 SF

LOUNGE 509 SF MANAGER 186 SF

WC 62 SF

ADMIN 147 SF

Level 3 - Distict Court

View in district courtroom

Travis County Courthouse // In Section

View in vertical lobby

East-West Section

Vertical Connection A

+1'

+6"

LAW CLERK 149 SF

C 33 SF

SHARED WORK 262 SF

WC 50 SF

JUDGE'S OFFICE 685 SF

DISTRICT COURT 2396 SF

+6"

RECEPTION 181 SF

C 10 SF

SL 110 SF

+6"

WC 120 SF

WC 114 SF

A/V & STORAGE 175 SF WC 115 SF

WC 112 SF

SL 118 SF ATTORNEY CONF. 163 SF

HOLDING CELL 118 SF

SALLY PORT 1013 SF

Each lobby adjacent to the core has a distinct relationship to the others. Referencing back to floor plans, the lobbies on each floor have a cut out that enables one to see to the both the lobby above and the lobby below, helping one to orient himself on each floor and connect to people on every level. This void becomes a moment of clarity within the shifting programs. B

+1'

JURY ROOM 243 SF

SL 131 SF

HOLDING CELL 117 SF

ATTORNEY CONF. 162 SF

LOBBY 2971 SF MECHANICAL 185 SF

PRETRIAL LOBBY 238 SF PRETRIAL OFFICER 164 SF

RECEPTION WORK 190 SF

LOUNGE 193 SF

WC 67 SF

Level 5 - Distict Courtroom

A +1' +6"

+1'

ATTORNEY CONFERENCE 128 SF

ATTORNEY CONFERENCE 157 SF

CEREMONIAL COURTROOM 2991 SF

SL 162 SF

+6"

C SL 135 SF

WC 115 SF

LOBBY 2886 SF

WC 115 SF

SALLY PORT 188 SF

HOLDING CELL 149 SF

HOLDING CELL 151 SF

MECHANICAL 245 SF

C 43 SF

JURY ROOM 201 SF

SL 79 SF

WC 98 SF

F WC 97 SF

RECEPTION 245 SF JUDGE'S OFFICE 807 SF

C 13 SF WC 51 SF

SHARED WORK 344 SF LAW CLERK 148 SF

Level 4 - Ceremonial Courtroom

North-South Section

Conceptual section sketch

Travis County Courthouse // In Elevation

Final model

North elevation design sketch

North elevation

The whole site is unified through the various facade materials. Every ‘box-like form’ on this site takes on either glass, metal, or stone. The metal treatment is actually vertical strips of metal drapery that operate like a louver system shading and createing a sense of privacy. A unique condition on the façade is the jury assembly room, which is a curtain wall that is stained by local artist, Danna Gann, which celebrates and activates the pedestrian experience.

View in courtyard

Local art used for jury space

West elevation

Metal drapery

Stone veneer

Travis County Courthouse // Details

Glass Curtain Wall

Roof Membrane Sloped Rigid Insulation Waterproofing Concrete

Roof 91' - 0"

Drywall Ceiling Prefinished Aluminum Panel Metal Drapery Glass Curtain Wall Steel Structure

Level 5.5 81' - 0"

Stone Pavers Sloped Rigid Insulation Waterproofing Concrete Drywall Ceiling Prefinished Aluminum Panel

Level 5.0 69' - 0"

Glass Curtain Wall Steel Structure

Stone Pavers Sloped Rigid Insulation Waterproofing Concrete

Level 4.0/Plaza 51' - 0"

Limestone Veneer Air Space Rigid Insulation Waterproofing CMU Concrete Plaster Level 3.5/P5 41' - 0" Concrete Structure Metal Drapery Class Curtain Wall

4 Limestone Veneer Air Space

Level 3.0/P4 29' - 0"

Rigid Insulation Waterproofing CMU Stone Pavers Sloped Rigid Insulation Waterproofing Concrete Drywall Ceiling Prefinished Aluminum Panel Glass Curtain Wall

Level 2.0/P3 18' - 0"

Level 1.5/P2 9' - 0" Spray Insulation Concrete Structure Pavement Earth

Level 1.0/P1 0' - 0"

Level B1 -10' - 0"

Wall section through North elevation - original scale 1/4” = 1’-0”

Metal flashing Blocking Waterproofing

Metal flashing

Steel L angle Prefinished alluminum panel

Stone coping Metal flashing Blocking

Stone pavers

Limestone veneer

Paver pedestal

Stone clips fastened to vertical Z furring Roof 91' - 0"

Level 4.0/Plaza 51' - 0"

Air Space Rigid insulation (3")

Roofing membrane

Water proofing

Sloped rigid insulation

CMU (8")

Section 1 Callout 2

1 1 1/2" = 1'-0" 1-1/2” = 1’-0” scale 1 Callout - original

Steel baluster

Roof drain

Steel rail baseplate

Roofing membrane

Metal flashing

Rigid insulation

Blocking

Drain pipe (1/4" per 1'-0")

1 Callout scale 4 original 1-1/2” = 1’-0” 2 Callout2 -Section 1 1/2" = 1'-0"

Stone paver Paver pedestal

Waterproofing Steel L angle Prefinished alluminum panel

Level 5.0 69' - 0"

Section 1 Callout 3 31 1Callout 1/2" = 1'-0" - original scale 1-1/2” = 1’-0”

A Metal Flashing

Metal Drapery

Adhesive Waterproofing

Steel Bolt (1/2") Aluminum Angle

Stone Coping Metal Flashing

Metal Flashing

Slope of blocking runs perpendicular to detail cut for drainage

Waterproofing Roofing Z-Angle Carpet

Limestone Veneer Stone Clips fastened to vertical Z Furring

Stone Paver

Air Space

Paver Pedestal

Rigid Insulation (3") Waterproofing

Level 3.0/P4 29' - 0"

CMU (8") Drop Ceiling Tie Wire Hanger Metal Stud Framing Drywall Ceiling

Section 1 Callout 1 1 scale 4 Callout - original 1 1/2" = 1'-0" 1-1/2” = 1’-0”

Academic Works Lawrence Market Hall // Lawrence, KS Mixed-use Community Development Critic: Farhana Ferdous, Ph.D Fall 2014 The Lawrence Market Hall is a community focused mixed use development in Lawrence, KS. The primary goals of the project are to connect the two bordering neighborhoods in Lawrence and extend the density of the downtown core. The two main components of the project were the built and unbuilt spaces. One of the many programmatic requirements on the site is a permanent place for the local farmers market. With a limited site availability, the solution was to hollow out the ground floor of the built space and connect it with the adjacent plaza to maximize area for the market and other community events. The main feature of the project is its kinetic skin that adapts to the needs of the site on a given day. With three main positions, the skin physically opens and closes depending on the scale and needs of the event or exhibit. The built space on the North side of the site includes a ground level grocery store that connects to the weekend market, kitchen spaces for classes and other food related events, and also a housing piece for visiting artists and lectures for the community and university.

Lawrence Market Hall // Lawrence, KS

New Hampshire Street

Massachusetts Street

Lawrence, KS

Ninth Street

Site plan

Rows of wheat

Goals:

Urban Harvest

• Highlight mid-block connection to the downtown corridor

After analyzing the needs of the Lawrence community, the concept of food was established as a unifying thread throughout the many programs in the community based project. The project allows for farming, processing, cooking, and selling food goods within the same building. As this site will be home to the existing Lawrence Farmers Market, it seemed very approriate to integrate other related programs in the project.

• Create a public space that promotes a range of social activity • Insert a permanent place for the Lawrence farmers market

As Kansas is know for its agrarian nature, the image of rows of wheat was used as inspiration for a kinetic façade system that is very innovative, but still has a connection to the history and past if this specific place.

Membrane

Vertical

Horizontal 27

View + Sun 28

View + Shade

No View + Shade

fooR "0 - '398

esuohtneP "0 - '288

3 leveL "0 - '378

2 leveL "0 - '468

1 leveL "0 - '848

West Facade

Roof 893' - 0"

Penthouse 882' - 0"

Level 3 873' - 0" fooR "0 - '398 Level 2 864' - 0" esuohtneP "0 - '288

Level 1 848' - 0"

3 leveL "0 - '378

South Facade 2 leveL "0 - '468

1 leveL "0 - '848

Roof 893' - 0"

Penthouse 882' - 0"

Level 3 873' - 0"

Level 2 864' - 0"

Level 1 848' - 0"

East Facade

Shading & Views A driving factor in the design of the skin was its ability to impact the quality of the interior spaces. By varying the depth and density of the louvers, the skin is able to control the amount of light in and views out of the building. In a mixeduse building, the programmatic needs of each space vary dramatically. The static nature of the skin is able to meet these needs in a single cohesive gesture.

Roof 893' - 0"

Penthouse 882' - 0"

Level 3 873' - 0"

Level 2 864' - 0"

Level 1 848' - 0"

Lawrence Market Hall // Market Plaza Market Plaza One of the original goals of the project was to create a permanent place for the Lawrence Farmers Market. This was solved by creating a folded plate roof structure over half of the site and hollowing out the bottom level of the building, creating a functional space for the market as well as a flexible space for the community. View inside building courtyard

Daily Use

Final massing model

Farmers Market

Special Event

GROCERY/RETAIL

COURTYARD

LOBBY

MARKET PLAZA

Level 1 - Market plaza

Lawrence Market Hall // In Plan Kinetic Skin The site is programmed to host a range of events at a variety of scales. The solution to this need was a simple kinetic skin that can frame the plaza in three major ways: it could be closed for private events or exhibits, partially open for daily use to provide selected access into the courtyard, and fully open market which is fully open for public events mainly the farmers market.

Parametric modeling in Catia

Final sectional model

View on rooftop

URBAN FARM

Level 4 - Urban farm 1

STOR.

EXHIBIT 3

ADMIN. 4

PROCESS

View inside building

CLASSROOM

Level 3 - Process and lecture space 1

OFFICE CONF.

STOR.

OFFICE

ADMIN. 4

View near skin

KITCHENS 6

Level 2 - Test kitchen space

Lawrence Market Hall // In Section

Plaza column design sketch

MARKET PLAZA

Section through building and plaza A

Final sectional model

Roof 894' - 0"

GROW

Penthouse 884' - 0"

PROCESS Level 3 874' - 0"

CREATE

Level 2 864' - 0"

BUY/SELL Level 1 848' - 0"

Academic Works Aedificium Memoriarum + Aedes Mortis // Washington, DC Undergraduate Comprehensive Building Design Studio Competition // Finalist District Architecture Center Exhibition // January 2015 Project Partners: John Berrios, Maura Rossi, and Carlos Paiz Critic: Bill Jelen, AIA Spring 2014 The Aedeficium Memoriarum has two different paths of ascension. The first is through a heavy, concrete wall that dematerializes as one journeys upward. There is a stair embedded into the thick concrete wall and leads one up the face of the building to the rooftop, where one experiences a pivotal moment of looking out over the river. The secondary journey is up through the tower; one walks into a heavy concrete structure into a light and airy space with travertine walls and an open view to the sky. This moment immediately draws ones eye upward and invites them to ascend. Materiality is a key component in facilitating this journey of ascension: from dark to light, from heavy to weightless. The Aedes Mortis is the counterpart of the Aedificium Memoriarum. This building focuses on oneâ&#x20AC;&#x2122;s descent. The existing topography set a perfect backdrop for this concept. As you journey down toward the Aedes Mortis, you see a cube structure with a large wall behind. The entrance to this building forces you to journey down the slope and around the building. The heaviness of the material allows one to feel as if they are in the earth.

Aedificium Memoriarum & Aedes Mortis // Site & Concept

Washington, DC

WALL OF MEMORY AEDES MORTIS

Site plan

AEDIFICIUM MEMORIARUM

Concept Ascending

Building

The concept of the project came out of the idea that “death is simply the separation of body and soul.” Two major goals for the project were established: first, the connection of earth and sky and second, highlighting the feeling of ascension and descension. The design includes various moments of ascension and descension, but ultimately was viewed as the overlap between the two ideas.

Descending

Conceptual render of ascension

Conceptual render of descension

soul 1 CONNECTION

2 ASCENDING

OF EARTH AND SKY

AEDIFICIUM MEMORIARUM

body Death is simply separation of body and soul.

DESCENDING AEDES MORTIS

Aedificium Memoriarum & Aedes Mortis // Program

View in hall of memory

Program The program is arranged in a unique way with the private spaces expressed as a solid base for the public programs to sit on top of. With the private programs having a more solid quality and the public programs being highly transparent, an interesting design opportunity arose where the two meet.

CLASSROOM

OFFICES

CONSERVATION LAB

North-South section

2300 SF

1200 SF

PUBLIC (SOUL) MEMORIAL COURT.

1200 SF

4700 SF

400 SF 1050 SF

480 SF

800 SF

550 SF

1200 SF

4700 SF

1200 SF

400 SF 1050 SF

480 SF

800 SF

550 SF

800 SF

GALLERY LOBBY

OOMS CAFE PRIVATE CLAS RSOVERLAP N. SHOP (BODY) ERVICES ADMI(?) CONSERV. COURT. CONSERVATION LAB 800 SF

2300 SF

GALLERY LOBBY MEMORIAL COURT.

CLAS ROOMS CAFE SERVICES ADMIN. SHOP CONSERV. COURT. CONSERVATION LAB

CAFE HALL OF MEMORY SHOP

Ascent to the Sky Aedificium Memoriarum, or Building of Memories, as seen in this view walking up a long hill from the south. The long glass cantilever supported by a massive two story truss that collides with a large perforated concrete wall. The solid tower seen penetrating the glass volume is the main entrance that is exposed to the elements. One enters this solid volume on the North side and can ascend all the way to the roof of the building. The other pathway from the North is also an exposed stair that is behind the perforated concrete wall. This path is about experiencing the wall of memory which is a vessel of objects and artifacts from those buried in the cemetery.

Aedificium Memoriarum & Aedes Mortis // The Wall of Memory

Wall Experience Section

View of wall of memory

Interior Wall Experience

Existing site walls

Interactive Site Walls The wall of memory is first established in the main building, but extends beyond the structure, incorporated into a site strategy. Originally the wall was born out of a need for a source of income for the project. This solution allows individuals to purchase a void in the wall to be dedicated to their loved one that has passed and allow them to deposit items in this void. This is a new way for people to be remembered in this historic cemetery. The wall will change with time as voids will be filled and plaques are added. Once this wall is completely filled, smaller walls will be added as a wayfinding device and revenue source for the cemetery.

Vacant Plaque Portal Wall of Memory Over Time

Aedificium Memoriarum & Aedes Mortis // In Plan & Details

View of cafe overlooking hall of memory

OFFICE

Level 2 - Hall of memory

CONSERVATION LAB

Level 1 - Conservation lab

SHOP

HALL OF MEMORY

LED Light bar Metal coping

2" Travertine veneer 3" Air space

3" Rigid insulation Vapor/air barrier

Tower

48' - 0" wall 10" Structural concrete

14' - 11 1/4"

Ultra smooth finish

5' - 0 3/8"

Metal coping 6" Concrete wall

Parapet 41' - 0"

3' - 9 1/4"

Glass curtain wall flyby Roof membrane

2' - 8 27/32"

Concrete curb 8" Soil

Roof 36' - 0"

3" Gravel

5" Rigid insulation W18x35 top cord of truss Roofing membrane 11' - 6"

5" Concrete

Composite metal deck

32' - 9 27/32"

22' - 5 29/32"

W12x26 exposed steel structure

Level 3 24' - 0"

W6x25 diagonal web of truss Rebar ties 11' - 0"

Concrete floor

3" Stained concrete floor

6' - 1 5/16"

Radiant floor system 1' - 8 31/32"

5" Concrete

Level 2 12' - 0"

Composite metal deck 5" Rigid insulation

W21x44 bottom cord of truss 1' - 6"

10' - 3 1/32"

11' - 0"

W12x26 steel beam Glass curtain wall flyby Finished metal ceiling Rebar ties Concrete footing

Level 1 0' - 0"

4' - 6"

1' - 0"

Slab on grade

3' - 0"

Tower Detail 1/2" = 1'-0"

Wall section through hall of memory

Descending from the North

Sectional Perspective

Descent in the Landscape Aedes Mortis, or House of Death, is a small pavilion to host funeral services at the cemetery. Because the cemetery has very harsh topography and large historic headstones, hosting burial services throughout the cemetery can be very challenging. Aedes Mortis follows the same aesthetic as the Building of Memories, but aims to evoke a quality of descending into the earth. The site is at one of the lowest points in the cemetery and the interior space is entirely lit from below, calling our attention to the void beneath the space.

Sectional Axon

In Process School of Business Stair Furniture // The University of Kansas Project Manager Project Partners: Eric Winkler, Alex Frost, AJ Prizzi & Leigha Sledge In Collaboration: Gensler & Zahner Critic: Joe Colistra, AIA Spring 2016 The School of Business stair furniture project is a collaborative design and fabrication project to be installed inside the new facility located at the University of Kansas. The student team is leading the effort to design and fabricate innovative stair interventions to create a casual and quick seating opportunities in the main atrium space. The idea was originally inspired by an art installation by Mark Reigelman, but the student team has advanced his basic concept into a modular and multi-functional collage of metal components. Using the exact same profile to create two different pieces that can function individually or interact together depending on the userâ&#x20AC;&#x2122;s needs. This furniture installation will serve as a feature component in the main atrium space highlighting the collaborative environment of Capitol Federal Hall.

nspiration | Mark Reigelm School of Business Stair Furniture // Concept

Floor plan of atrium

Suggested precedent from Gensler

Courtesy of Gensler

renderings

By Mark Reigelman

View of atrium

Courtesy of Gensler

SCHOOL OF BUSINESS | SPANISH STEPS ART CONCEPTS

KU: 234-8585 | GW&: 2013.263 | GENSLER: 21.9096.000

SCHOOL OF BUSINESS | SPANISH STEPS ART CONCEPTS

Configuration 1

Configuration 2

KU: 234-858

Configuration 3

Initial design sketches

On site meeting with Gensler, GastingerWalker&, and JE Dunn

Material fold studies

School of Business Stair Furniture // Design

Final rendering of table component

Final rendering of furniture on site

2 Seat connection - 6” = 1’-0”

3 Foot connection - 6” = 1’-0”

Seat to Seat Connection Seat SeattotoSeat SeatConnection Connection 22 12" = 1'-0" 12" 12"==1'-0" 1'-0"

Foot Connection Foot FootConnection Connection 33 12" = 1'-0" 12" 12"==1'-0" 1'-0"

4' - 2"

TYP

1/4" HOLE FOR GASKET FASTENERS

TYP

1' - 1"

0' - 1 1/4"

0' - 1 1/2"' - 0 P 0 Y R T TYP

TYP

4' - 2"

TYP

TYP TYP: PIECES ARE MADE OF 1/4" SHEET 1' METAL 4' 2" - 6" 0' - 0 1/2"

0' - 2 1/4"

TYP: PIECES ARE MADE OF 1/4" SHEET METAL TYP

0' - 0 1/2"

TYP: PIECES ARE 1' -1/4" 6" MADE OF SHEET METAL

TYP

RUBBER FEET TO RAISE METAL COMPONENT OFF STAIRS

0' - 0 1/2"

TYP

2 TYP A101 RUBBER FEET TO RAISE METAL COMPONENT OFF STAIRS

WALNUT SEAT: BY OTHERS

3 A101 TYP WALNUT SEAT: BY OTHERS

2 TYP A101 RUBBER FEET TO RAISE METAL WALNUT SEAT: BY OTHERSRUBBER FEET TO RAISE METAL 3 COMPONENT OFF STAIRS COMPONENT OFF STAIRS WALNUTA101 SEAT: BY OTHERS 2TYP RUBBER FEET TO RAISE METAL COMPONENT OFF STAIRS

8 Seat section - 1 1/2” = 1’-0”

1' -WALNUT 6" SEAT: BY OTHERS

0' - 0 1/2"

TYP

0' - 0 1/2"

RUBBER FEET TO RAISE METAL COMPONENT OFF STAIRS

TYP

0' - 4 1/2"

WALNUT SEAT: BY OTHERS

0' - 0 1/2"

TYP

RUBBER FEET TO RAISE Sim METAL 1COMPONENT OFF STAIRS A101

TYP

1' - 4"

0' - 4 1/2"

0' - 0 1/2"

A101 TYP: PIECES ARE MADE UP OF 1/4" SHEET METAL SEAT: WALNUT BY OTHERS RUBBER FEET TO RAISE METAL COMPONENT OFF STAIRS Sim TYP: PIECES ARE1 MADE UP OF 1/4" A101 SHEET METAL

TYP

Sim

0' - 4 1/2"

TYP

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

TYP

WALNUT SEAT: BY OTHERS

0' - 1 1/2"

TYP A101

RUBBER FEET TO RAISE METAL TYP COMPONENT OFF STAIRS

9 Table section - 1 1/2” = 1’-0”

3 A101

1/4" HOLE FOR GASKET FASTENERS

1' - 4"

7 Bench plan bottom - 1 1/2” = 1’-0”

TYP: PIECES ARE MADE OF 1/4" SHEET METAL

TYP

0' - 1 1/2"

1' - 1"

TYP: PIECES ARE MADE OF 1/4" SHEET METAL

TYP

0' - 1 1/4"

6 Seat plan bottom - 1 1/2” = 1’-0” 0' - 1 1/2"

1' - 4"

4' - 2"

1' - 4"

TYP: PIECES ARE MADE UP OF 1/4" SHEET METAL

TYP

1/4" HOLE 4' - 2" FOR GASKET TYP FASTENERS ADJUSTABLE GASKET CONNECTORS TO FIX 1/4" HOLE 1' - 6" FOR COMPONENTS GASKET TOGETHER FASTENERS 4' - 2" 0' - 4 1/2"

1' - 4"

TYP

ADJUSTABLE GASKET CONNECTORS TO FIX 1' - 6" COMPONENTS TOGETHER 4' - 2"

ADJUSTABLE GASKET TYP CONNECTORS TO FIX 1 COMPONENTS A101 TOGETHER 1' - 6" TYP 0' - 4 1/2"

TYP: PIECES ARE MADE OF 1/4" SHEET METAL

0' - 1 1/4"

1/2

1' - 4"

0' - 2 1/4"

0' - 0 1/2"

TYP

1' - 1"

0' - 2 1/2"

1/2 -0 0' TYP

TYP

1' - 1"

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

WALNUT SEAT: BY OTHERS

TYP

1' - 4"

1' - 1" TYP

TYP

1' - 4"

0' - 1 1/2"

0' - 4 1/2"

TYP

0' - 4 1/2"

1' - 1"

TYP R

0' - 4 1/2"

1' - 4"

TYP

0' - 1 1/2"

0' - 0 1/2"

TYP

1' - 1"

TYP

0' - 1 1/2"

1/4" HOLE FOR GASKET FASTENERS 0' - 1 1/2"

0' - 0 1/2"

1' - 1"

0' - 1 1/4"

0' - 2 1/2"

1' - 4"

- 1" 1'TYP

0' - 2 1/2"

1 -0 0' TYP

0' - 1 1/2" TYP 0' - 1 1/2"

0' - 2 1/2"

1' - 6"

0' - 1 1/4" TYP

1/2 -0 0' TYP

0' - 1 1/2"

TYP

0' - 1 1/4" TYP

4" 1' -- 1" 1'

1/4" HOLE FOR GASKET FASTENERS

0' - 1 1/2" 0' - 1 1/2" TYP 1/4" HOLE 1'0'--1" 1' - 6" FOR TYP 1 1/2" GASKET TYP FASTENERS 0' - 1 1/2" TYP 1' - 1" 0' - 1 1/2" TYP 1' - 6" - 1 1/2" 0' TYP

/4" /4" -01 -01 ø 0' YP ø 0' YP T T

TYP

0' - 1 1/2"

1' - 1"

0' - 2 1/4"

TYP

1' - 1"

1/4" HOLE FOR GASKET FASTENERS

0' - 2 1/2"

0' - 1 1/2" TYP 1' - 6" 0' - 1 1/2"

0' - 2 1/4"

0' - 2 1/2"

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

1/2 -0 0' TYP

0' - 1 1/2"

0' - 1 1/2" TYP

0' - 2 1/2"

TYP

1' - 1"

1' - 6"

0' - 1 1/4" TYP

0' - 1 1/2"

1' - 4"

0' - 1 1/2"

/4" -01 ø 0' YP T

TYP

1' - 4"

0' - 1 1/2" TYP

0' - 1 1/2"

1' - 1"

1/4" HOLE FOR GASKET FASTENERS

1' - 1"

0' - 1 1/2" TYP 1'0'--1" 1 1/2"

0' - 1 1/2"

TYP 1' - 6" 0' - 1 1/2" 0' - 1 -1/2" 1" 1' - plan 5 Bench top 1 1/2” = 1’-0”

0' - 1 1/2"

1/4" HOLE FOR GASKET FASTENERS TYP

TYP

1/4" HOLE FOR GASKET FASTENERS

1' - 9"

TYP

0' - 1 1/2"

1' - 1"

1' - 4"

4' - 2"

TYP

0' - 1 1/2" TYP TYP

1/2 -0 0' TYP

0' - 1 1/2" TYP

1' - 1"

TYP 0' - 1 1/2" TYP

1' - 4"

1' - 1"

0' - 1 1/2"

1/4" HOLE FOR GASKET FASTENERS

1' - 1"

4 Seat plan top - 1 1/2” = 1’-0” 1/4" HOLE FOR GASKET FASTENERS

1' - 9"

1' - 1"

1' - 4"

1' - 9"

TYP

1' - 4"

1/4" HOLE FOR GASKET FASTENERS

TYP

1' - 1"

0' - 1 1/2"

0' - 1 1/2"0' - 1 1/2" TYP TYP

TYP

1' - 9" 4' - 2"

TYP

1' - 1"

TYP

1' - 4"

TYP

0' - 1 1/2" TYP 1' - 1"

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

1/4" HOLE FOR GASKET FASTENERS

1' - 1"

1' - 4"

1' - 1"

4' - 2"

0' - 1 1/2"

1' - 4"

1/4" HOLE FOR GASKET FASTENERS

TYP

1' - 9"

TYP

0' -0'1-1/2" - 1 1/2" 0' - 1 1/2" 1/2" 0' - 1 1/2" 1 1/2" 0' - 1 0' TYP TYP TYP 1' - 1" 1' - 1" 1' - 1"

TYP 1' - 1"

1' - 1"

4' - 2"

0' - 1 1/2" TYP

1' - 4"

1' - 9"

1' - 1"

1/4" HOLE FOR GASKET FASTENERS

1' - 1"

0' - 2 1/4"

TYP

0' - 1 1/2" TYP 1' - 1"

0' - 1 1/2"

0' - 2 1/4"

TYP 1' - 1"

4' - 2"

0' - 1 1/2"

1' - 4"

TYP

1' - 4"

TYP

2 TYP A101 0' - 1 1/2" TYP

TYP

1 Corner detail - 6” = 1’-0”

Corner Detail TYP Corner CornerDetail DetailTYP TYP 11 12" = 1'-0" 12" 12"==1'-0" 1'-0"

1/2" 1/2"SC S

TYP

0' - 0 1/2"

2" 2" 1/ 1/ - '0- 0 ' 00 R

1/2" SCREW

0' - 4 1/2"

2" 1/

TYP

0' - 0 1/2"

1"1"SCREW SCREW

0' - 0 1/2" 0' - 0 1/2" TYP TYP

1" SCREW

3 A101 TYP1 A101

2 TYP A101 1 A101 3 0' - 1 1/2" TYP A101 TYP TYP 2 0' - 1 TYP 1/2" A101 TYP TYP

3 A101

School of Business Stair Furniture // Fabrication

Final rendering of furniture on site

Cut

Arrange

Glue

Seat mockup with finished walnut top

Clamp

Sand

Stain

In Process Monteria Village Phase 1 // Santa Barbara, CA HUD Innovation in Affordable Housing Design Competition // Finalist Project Partners: Doug Dawson, Katie Beckwith, Colin Thomas & Culin Thompson Critic: Joe Colistra, AIA Spring 2016 We live in an age where family connectivity and intergenerational relationships has the potential to be made significantly easier through the advancement of community design, and health - communication technologies. Unfortunately, our current built environment and social norms hinder the possibilities for the younger generations to interact with the older, and very rarely offer opportunities for enhanced community interaction. As a culture, itâ&#x20AC;&#x2122;s time to reinvestigate how we define the family, and refrain from the typical separation of our aging relatives to assisted living. The solution utilizes a health and wellness tool defined as the â&#x20AC;&#x153;Living Labâ&#x20AC;? as an innovative solution to the socioeconomic challenges of typical affordable housing developments. This Living Lab is a patient-centered wellness facility located within our intergenerational neighborhood. Operated through partnerships with nearby university medical centers and health agencies, the Living Lab provides residents of all ages needing care, with highly advanced interdisciplinary health and wellness research-based amenities. Keeping families together requires a higher standard of design consideration that cannot be offered by traditional housing/development methods. In order to implement a truly sustainable, long-term family-housing model, we must first understand the needs of the family, and how the built environment can improve the day-to-day life of all residents.

Monteria Village Phase 1 // Site & Context

Amenities map of Santa Barbara, CA

Bike Paths

Medical Facilities

Community Design The unique shape of the primary unit building encircles the largest and most private part of the site, ensuring neighborhood connectivity and a sense of security within the community. Each unit has access from the front of their unit, in addition to semi-private balconies that overlook the shared public courtyard in the rear. This layering of outdoor gathering spaces allows for multiple private, semiprivate, and public activities to occur, while providing necessary defensible spaces for each unit. Site plan design sketch

Food Access

Mass Transit

Education

continuous on site bike path

native + sustainable landscape

recreational green space

urban gardens safe playground areas

A-2

private raised terraces

A-1

mass transit stop rain collection system

EE T

solar panels

TE C

ST R

accessible and close parking

bioswale filtration +bike lane N

Site plan

Existing Condition

• units accessed from common vertical circulation • limited street access and private outdoor space • poor site layout that creates unused areas

+ Townhouse Typology

• units have direct access to public and private • shifting volumes break down building scale • large terraces added for every unit

Building Design The efficiency of the building layout is accomplished by maximizing its footprint along the street- side setbacks of the site. Elements of a more walkable and sustainable streetscape are brought back to improve the connectivity of the neighborhood, including bioswales, unit planters, street- parking protected bike lanes, and recessed porch conditions. The units express respect to the human-scale by recessing the two bedroom flats into the earth five feet, ensuring that the building remains well within local height restrictions, as well as the surrounding housing typology. Vernacular inspired exterior conditions, such as entry and window overhangs, second story front balconies, and the stepping of the building façade, allow the development to blend seamlessly into the urban fabric of the neighborhood.

Vernacular Elements • • • • • • • •

Planting buffers Second story overhangs Front porches with stoops Interior courtyards Public plaza Gable roofs Recessed balconies Low wall partitions

+ Lower Flats

• units introduced below to increase density • northern edge shifted to increase courtyard sun • gabled roofs reflect local condition

Monteria Village Phase 1 // Sustainability & Program

bike lanes separated by curbside parking

drainage curb cuts bio-retention soil + perforated ground pipe set in gravel

Section through units and courtyard

porches separated by planters

native plants retain water and help absorb pollutants

Sustainability To serve as a viable model for future housing development projects, net-zero energy construction is crucial to the long term health of the building and its residents. Strategies are included within the building design to reduce the load on utilities, and provide an example to residents and community members as to the future of sustainable building construction.

Public Space Amenities The courtyard is inhabited with various suggested activity areas open to all residents, including but not limited to, playgrounds, grilling areas, common seating areas, etc. This places the community activities far enough away from each unit to be separate, but close enough that they are easily visible from within each unit. The communal green spaces and playgrounds are always within view of the residences, and completely separated from the street, ensuring additional levels of safety and security. The building footprint creates a physical safe-zone, and allows parents to feel more comfortable allowing their children to play outside, less supervised.

A-2 A-1 A-1 // HUD Units 2B Units 850 SF 3B Units 1,200 SF 4B Units 1,400 SF 38 Total HUD Units

A-2 // Living Lab Units 19 16 3

1B Units 2B Units 3B Units 4B Units

4 1 4 1

10 Total Living Lab Fitted Units

48 Total Units

Monteria Village Phase 1 // The Living Lab Unit Fall Detection

Remote sensors detect any occurrence of a fall, and allow doctors to identify specific factors such as cause, location of injury.

Gait Analysis

Wearable and camera sensors collect data on stride and body movements and detect imperceptible dysfunction and deterioration in coordination and balance. These can determine early stages of diseases such as Alzheimer' s and Parkinsonâ&#x20AC;&#x2122;s.

N BA TH

Bed Sensors

Older residents often suffer from inadequate sleep. They may also suffer from reduced levels of melatonin, the hormone that promotes sleep. Bed sensors utilizing hydraulic monitoring enabling the collection of data on heart rate, respiration, and restlessness.

LIV

Telehealth Connectivity

The housing unit itself could be considered a high tech medical device. Its automatic sensors and monitoring systems tether the residence to the Living Lab. A health and wellness clinic located in the center of the community.

$6.8m

Typical Low Income Housing

$9.3m

+Technology

Low Income Housing Tax Credits

+Net Zero Energy

Mortgage

39%

$11.8m

Seller Take-

23%

Automated Med. Dispenser

Automated dispensers with alarms and voice assistance allow medications to be monitored and assist patients that have trouble following medication regiments. Coupled with data of vital signs the device can automatically adjust dosages.

Smart Toilet

Disorientation brought on by dehydration is a leading cause of falls. Smart Toilet technology can collect data on hydration, blood in the urinary tract, blood pressure, and heart rate. An automated medicine dispenser networked to data collection from a smart toilet would allow for real time adjustment and monitoring of hydration levels and diuretics.

Smart Mirror

Adjusted Color Lighting

The gradual yellowing of the lenses in our eyes brought on by aging filters out a significant portion of blue light that helps to regulate the bodyâ&#x20AC;&#x2122;s circadian rhythms that balance the release of melatonin in the evening and cortisol in the morning. This data can be used to color-correct ambient light through LED lighting technology and provide custom lighting spectrum therapy.

-back Financing

$17.9 m Deffered Developer

23%

HOME

This prototype unit accommodates varying levels of physical wellness services and with best practices for accessible, adaptable design. Seniors will now have the opportunity to remain with their families as they age and require increasing levels of physical, emotional, and mental care. Advanced remote sensors and measuring technologies within these units allow medical personnel within the Living Lab to monitor off-site everything from blood sugar, to restlessness during sleep.

1B 1B 1B

Smart mirrors can monitor a number of health-related conditions including skin abnormalities, tooth plaque build-up, eyetracking dysfunction, meter clouding and yellowing of the eye.

Soft Costs & Fees

The Living Lab Unit

family center + living lab

Partner Universities SBCC School of Nursing Santa Barbara, CA David Geffen School of Medicine Los Angeles, CA Keck School of Medicine, UCLA Los Angeles, CA UC Irvine School of Medicine Irvine, CA

The Living Lab

The Living Lab serves as a health-research hub to assist local residents and community members by providing physical and emotional/mental health services, while promoting social connectivity. A state of the art medical research facility within the context of a family housing development provides a highly attractive opportunity for universities to conduct groundbreaking intergenerational studies. Such a space will be able to bring in rental income above market rate, assisting in offsetting some of the higher construction costs of the net-zero energy design, and technology innovations of the Living Lab. 67

In Practice WDG Architecture // Washington, DC Design Intern Managers: George Dove, FAIA & Sungjin Cho, AIA Summer 2013 & 2014 WDG Architecture is a large Washington based firm of over 150 emplyees nationally. The office practices predominantly in commercial office, multifamily residential, higher education, institutional, hospitality, and mixed-use projects. Working mostly on multi-family and mixed-use projects, my work included: • Developing conceptual and schematic designs for a 500,000 square foot residential project in the Washington area. • Working directly with a Senior Designer pursuing design iterations • Producing 3D models, drawings, diagrams, and sketches for client meetings • Working directly with principals doing pre-contract planning studies for projects • Corresponding directly with clients adapting and developing schemes • Managing a variety of tasks across multiple projects • Collaborating with other architects on a team • Rendering 3D perspectives

Clarendon West Development // Arlington, VA

Red Top Cab Clarendon Redevelopme AREA/PARKING TABULATION JACKSON SITE AREA IVY SITE AREA RED TOP SITE AREA TOTAL SITE AREA

View of Southwest corner

Rendering courtesy of WDG Architecture TOTAL Base FAR (3.0) LEED Gold Bonus FAR (0.4)** 25% ADU Bonus FAR*** TOTAL Base + LEED + ADU Bonus FAR

Program N N

HU .

55’

±80’

100’

WASHINGTON BLVD.

7 to 8 12,451 24,902 3 to 6 34,365 137,458 2nd 25,526 25,526 GROUND 38,072 38,072 65,983 B1*** 42,400 B2 TOTAL GROSS SF. 245,506 TOTAL RESID. SF. 240,233 TOTAL RETAIL GROSS SF. 5,273 TOTAL DU'S* 258

TOTAL BLDG. GROSS SF. TOTAL RES. GROSS SF. TOTAL RETAIL GROSS SF. TOTAL RES. DU'S* TOTAL RES. PARK. PROV. TOTAL RES. PARK. RATIO

RETAIL BASE

Site plan

± 75’

55’

110’

• 577,000 square feet of multi-family TOTAL BUILDING AREA residential TOTAL BUILDING FAR • Three buildings of residential IVYvarying SITE development from 6 to 11 BLDG. 1 stories LEVELS AREA/FL. TOTAL • A total of 584 units PH ~ ~ • Including 1,400-sf 9 to 11 of retail 6,516space 19,548

TOTAL BUILDING GROSS SF. TOTAL RESIDENTIAL GROSS SF. TOTAL RETAIL GROSS SF. TOTAL RESIDENTIAL DU'S*

Ground level designTABULATION sketch PARKING LEVELS B1

No. of CARS 152

245,506 240,233 5,273 258 258 1.00

EXISTING BUILDING

N IA TR ES D ON PE C T I E ID NE ’ W ON C

2’ PROJECTION

55’

4’ SETBACK @ LVL. 6

55’

COURTYARD

PENTHOUSE 20’ TOWER SETBACK PER SECTOR PLAN

± 75’

12TH STREET

EXISTING BUILDING

103’ ±16’

B-T-L

±60’ TOWER SETBACK

Setback diagram

D TOP CAB CLARENDON REDEVELOPMENT

TOWER ALIGNMENT WITH ZOM BLDG. RETAIL BASE

5’ PROJECTION

EXISTING ROAD BUILD TO LINE EXISTING TOWER SETBACK

PLAN DIAGRAM PROPOSED SETBACK

August 20, 2014

Southwest corner design sketch

Southwest corner design study RED TOP CAB CLARENDON REDEVELOPMENT August 20, 2014

WASHINGTON BLVD. MASSING STUDY OPTION 1

Southern facade design sketch

Southern facade design study

RED TOP CAB CLARENDON REDEVELOPMENT August 20, 2014

WASHINGTON BLVD. MASSING STUDY OPTION 1

Clarendon West Development // Arlington, VA

View from residential neighborhood

Schematic section

Rendering courtesy of WDG Architecture

Design option 1

RED TOP CAB CLARENDON REDEVELOPMENT August 20, 2014

13th ST. MASSING STUDY OPTION 3

Design option sketch Design option 2

RED TOP CAB CLARENDON REDEVELOPMENT August 20, 2014

13th ST. MASSING STUDY OPTION 2

Design option sketch Design option 3

RED TOP CAB CLARENDON REDEVELOPMENT August 20, 2014

13th ST. MASSING STUDY OPTION 1

Clarendon West Development // Arlington, VA

Red Top Cab Clarendon Redevelopment - 930 Average GSF/Unit

8/20/2014

AREA/PARKING TABULATION JACKSON SITE AREA IVY SITE AREA RED TOP SITE AREA TOTAL SITE AREA

7,872 62,227 74,150 144,249

SF. SF. SF. SF.

TOTAL Base FAR (3.0) LEED Gold Bonus FAR (0.4)** 25% ADU Bonus FAR*** TOTAL Base + LEED + ADU Bonus FAR

432,747 57,700 108,187 598,633

SF. SF. SF. SF.

TOTAL BUILDING AREA TOTAL BUILDING FAR

585,300 SF. 4.06

View of residential tower

IVY SITE

B1*** B2 B3 TOTAL GROSS SF. TOTAL RESID. SF. TOTAL RETAIL GROSS SF. TOTAL DU'S*

TOTAL BLDG. GROSS SF. TOTAL RES. GROSS SF. TOTAL RETAIL GROSS SF. TOTAL RES. DU'S* TOTAL RES. PARK. PROV. TOTAL RES. PARK. RATIO

TOTAL BUILDING GROSS SF. TOTAL RESIDENTIAL GROSS SF. TOTAL RETAIL GROSS SF. TOTAL RESIDENTIAL DU'S* TOTAL RESIDENTIAL PARKING PROVIDED TOTAL RESIDENTIAL PARKING RATIO

PARKING TABULATION LEVELS B1 B2

Rendering courtesy of WDG Architecture

RED TOP SITE

BLDG. 1 LEVELS AREA/FL. TOTAL PH ~ ~ 9 to 11 6,516 19,548 7 to 8 12,451 24,902 3 to 6 34,365 137,458 2nd 25,526 25,526 GROUND 38,072 38,072 65,983 B1*** 42,400 B2 TOTAL GROSS SF. 245,506 TOTAL RESID. SF. 240,233 TOTAL RETAIL GROSS SF. 5,273 TOTAL DU'S* 258

245,506 240,233 5,273 258 258 1.00

LEVELS PH 9 to 11 2 to 8 GROUND

BLDG. 2 AREA/FL. ~ 17,990 24,536 24,783

TOTAL BUILDING GROSS SF. TOTAL RESIDENTIAL GROSS SF. TOTAL RETAIL GROSS SF. TOTAL RESIDENTIAL DU'S* No. of CARS 152 106

TOTAL ~ 53,970 171,754 24,783

250,507 241,445 9,062 260

LEVELS PH

BLDG. 3 AREA/FL. ~

TOTAL ~

2 to 6 GROUND

15,018 14,198

75,089 14,198

69,051 69,696 16,000 TOTAL GROSS SF. TOTAL RESID. SF. TOTAL RETAIL GROSS SF. TOTAL DU'S*

89,287 89,287 0 96

339,794 330,732 9,062 356 356 1.00 585,300 570,965 14,335 614

PARKING TABULATION

LEVELS B1 B2 B3 258 TOTAL TOTAL * UNIT COUNT IS BASED ON 930 AVERAGE GSF. PER UNIT ** LEED Gold Bonus on Concrete Mid/High rise: 0.4 FAR

4.15

No. of CARS 149 167 40 356 *** Garage level square footage includes all subgrade MEP and storage spaces.

DENSITY STUDY

930 AVERAGE GSF/UNIT

Tower design study RED TOP CAB CLARENDON REDEVELOPMENT August 20, 2014

MASSING VIEW NE EAST PARCEL BUILDING 2

Massing design sketch

RED TOP CAB CLARENDON Tower designREDEVELOPMENT study August 20, 2014

Schematic section

MASSING VIEW SE EAST PARCEL BUILDING 2

Tyson’s West Mixed-Use // Vienna, VA

View of retail corner

DULLES TO

LL ROA

SIGNALIZED INTERSECTION

SIGNALIZED INTERSECTION NT

GNME FUTURE ALI

OFFICE

RESIDENTIAL/

FITNESS/RETAIL

EXISTING DATA CENTER TO REMAIN

Site plan with Metro proximity

Whole Foods at Tysons

100'

200'

400'

SCALE 1" = 200'

SITE PLAN Tyco Road | Tysons West, VA

TOLL R OAD DULLES

SIGNALIZED INTERSECTION

EXISTING DATA CENTER TO REMAIN

OFFICE 25,000 SF

RESIDENTIAL 48,500 SF

ROOF TERRACE

50'

100'

200'

SCALE 1" = 100'

Whole Foods at Tysons

Typical floor plan

Scheme A | Typical Floor (Office 2-16, Residential 2-9)

A-5.00

TOLL R

OAD

Tyco Road | Tysons West, VA

DULLES

SIGNALIZED INTERSECTION NMENT

FUTURE ALIG

OFFICE ENTRANCE

FITNESS/RETAIL ENTRANCE WHOLE FOODS ENTRANCE

WHOLE FOODS 45,000 SF

RESIDENTIAL LOBBY 5,000 SF

RESIDENTIAL ENTRANCE

EXISTING DATA CENTER TO REMAIN

SERVICE ALLEY

45,000 - 60,000 SF

TRASH COMPS.

FITNESS/RETAIL

DOWN

OFFICE LOBBY 5,000 SF

Whole Foods at Tysons

Level 1 plan

50'

100'

200'

SCALE 1" = 100'

A-1.00

Scheme A | Ground Floor

Tyco Road | Tysons West, VA

375,000 SF OFFICE BUILDING

255 UNIT RESIDENTIAL BUILDING RESIDENTIAL RESIDENTIAL RESIDENTIAL RESIDENTIAL RESIDENTIAL

6 5 4 3 2

RETAIL PARKING RETAIL/RESIDENTIAL PARKING RESIDENTIAL PARKING RESIDENTIAL PARKING

P2 P1 DATA CENTER

WHOLE FOODS

TYCO ROAD

B1 B2 B3 B4

OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE OFFICE PARKING OFFICE PARKING

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

DULLES TOLL ROAD

FITNESS/RETAIL B1 B2 B3 B4

RETAIL PARKING OFFICE PARKING OFFICE PARKING

Schematic section

N 0'

30'

60'

120'

In Practice Finkle + Williams Architecture // Overland Park, KS Design Intern Managers: John Gaar, AIA & Greg Finkle, AIA Summer 2016 Finkle + Williams Architecture is a small Kansas City firm of 14 employees. The firm mostly practices in corporate office, sports, community, restaurant, entertainment, and industrial facilities. Working mostly on multi-family and mixed-use projects, my work included: • Working on design development for a 60,000 square foot residential project in downtown Overland Park • Developing the exterior design elements including material selections, 3D digital models, and elevation • drawings • Designing multiple apartment unit plans Participating in design meetings with client and contractor • Managing a variety of tasks across multiple projects • Collaborating with other architects on a team • Rendering 3D perspectives • Participating in community service projects and networking events

InterUrban Lofts // Overland Park, KS

Sketchup view of corner

Program

Balcony design sketch

Facade rhythm design sketches

• 60,000 square feet of multi-family residential • Including 8,500 square feet of office space • Four stories of residential above one level of garage • A total of 41 units • $9.3 million budget

North elevation - Original scale 1/8” = 1’-0”

FINKL

7007 Co Overland

913 + 498 FINKL

7007 Co Overland 913 + 498

East elevation - Original scale 1/8” = 1’-0”

South elevation - Original scale 1/8” = 1’-0”

Inter Urban Lofts // Overland Park, KS

Typical floor plan - Original scale 1/8” = 1’-0”

FINK

7007 C Overlan

913 + 49

FINKLE + WILLIAMS A R C H I T E C T U R E

7007 College Blvd, Suite 415 Overland Park, Kansas 66211 913 + 498 - 1550

Ground level plan - Original scale 1/8” = 1’-0”

Unit C1 design sketch

Unit D1 design sketch

Unit C1 plan - Original scale 1/4” = 1’-0”

Unit D1 plan - Original scale 1/4” = 1’-0”

FIN

700 Ove 913

Unit B2 plan - Original scale 1/4” = 1’-0”

Unit B1 plan - Original scale 1/4” = 1’-0”

Unit A1 plan - Original 1/4” = 1’-0”

Fenton Hockey Arena // St. Louis, MO

View of exterior plaza

Rendered section

View from mixed use development

View during game

View from club area

By Hand // Field Sketching Assorted sketches from travels and daily life

Sketching is a very important part of the design process. Outside of designing buildings and spaces, sketching allows one to see and document a place in a unique way. Through hand sketching, one is able to capture the feeling of a space in a way that photography cannot. Field sketches possess value in their imperfection and gesture. Using a variety of media allows one to quickly capture and convey light and shadow of the particular subject.

By Hand // Inkline

By Hand // Mixed-Media