David FolsomPORTFOLIO

David FolsomPORTFOLIO

History. Cities. Culture.

In order for an individual to be suc-cessful in their occupation, they must have passion. Passion in many ways is the offspring of living a life of purpose and having a vision for the better future. The study and pursuit of architecture has given me a passion for the subject matter and a greater vision for my existence.

My love of architecture evolved from my love of history and cul-tures. Cultures are often times defi ned by their architecture and that architecture tells a sto-ry about what a culture values.

The medieval cities in Scotland, told me that these soaring walls and castles acted as mighty fortresses in a time when protection was para-

mount. The famous skyscrapers of New York reveal a time when Amer-ica was bent on showing our fi nan-cial dominance and ingenuity to rest of the world. The story of the Ma-yans was made evident to me in their ancient capital city of Chichen Itza. Their precision and attention to detail was incredible. (Pictured left is from the temple of one thousand pillars.)

Architecture can be iconic or mun-dane but it all tells a story. This grouping of projects tells the story of my architectural discovery. What I love about my study and pursuit of architecture is that with every work, I grow as a designer. The next proj-ect is usually conceived with more insight than the last. This pursuit is a continual evolution of my own culture.

ContentsLa PyramideChicago’s Philharmonic HallBrookline Ridge WineryGalileo PavilionMarvin Hall AdditionA Modern KitchenAppendix

La PyramideIndividual project

La Pyramide is prototype structure designed to accommodate for a growing population of hu-mans and in response to potential environmen-tal challenges that future humans will face. The design also considers future issues such as ter-rorism and defense like medieval based cities.

The form and structure is a result of a thesis re-search project on High Tech architecture. Buck-minster Fuller’s Tetrahedron City and Triton city are precedents of a city in the form of a pyramid based in water. Desalinization and land scarcity would make building communities on the water advantageous and would also provide a level of defence.

There are many High Tech features to this build-ing. The lattice work of structural steel is explic-itly expressed through vierendeel trusses that buttress themselves against each other and are bridged to the core. The foundation is concrete and set on a system of piles that must travel 20 meters into the bedrock of the ocean fl oor. The top fi ve levels of the building all rotate to provide occupants with a 360 degree view of Rio De Ja-neiro. In the central core, a platform 120 feet in diameter slowly ascends and descends to allow occupants to socialize in a party setting as they travel to their destination.

The goal is to build a building that would provide a safe spectacular place to live and also generate tourist revenue. It will perhaps draw more tour-ists than the Eiff el Tower.

Site and First Floor Plan

Section

Structural Model

Chicago Philharmonic HallIndividual project

Conceptualized as the “Machine for Mu-sic,” the design goal of this project is to create a structure housing a 2,000 seat philharmonic hall, that would adapt to its surroundings while creating a spectacle.

The site is on the shore of Lake Michigan in Chicago, Illinois. The new philharmon-ic hall is envisioned as another Chicago city landmark that would rival the Willis tower, the john Hancock building and the bean.

There are many mechanized parts of this building that adapt to the weather, sun-light, and or functions taking place in the building. The fl anks of the building open up to allow patrons with 360 degree views of Chicago and lake Michigan. Dur-ing intermission, the roof of the building opens up to allow star gazing through the glass enclosure of the music hall. For the socializing patron, a deck will extend out cantilevered over lake Michigan before, after and during the performance.

First Floor Second Floor

Third Floor Fourth Floor

Fifth Floor

Music Hall Floor Plans

ProgramThe program of the philharmonic hall includes; 2,000 seat hall, multiple size dressing rooms, green room, small music hall for practice, restaurant, sky lounge, conductor lounge and fi rst class parking garage.

Building Transforma ons

Opening Wings and Roof Panels

Extending Deck Bar and Lookout

Concept model

Initial Concept Sketch

odel

Brookline Ridge WineryGroup, fi ve week project

The program for the winery on the prairie is to create a gravity fl ow winery that con-tains; grape receiving and crushing area, fermentation tanks, vintner lab, bottling, a barrel cellar, etc. The site is locate ap-proximately forty miles south of Kansas city, Missouri. The wine maker is hoping to promote wine tourism with his winery.

The goal is also to create a building that would be completely self sustaining also contributing power back onto the grid. Our initial process started with visiting a couple wineries and researching on the process of gravity fed wine making. The design is aimed at creating a dialogue be-tween production and consumption. The waving pavilion ties the production facil-ity to the glass encased offi ce and tasting area to create a central space for gather-ing and potential parties.

Plans and Section

Final Model

Interior Processing Space

The goal for the Galileo Pavilion is to create an environment which is a node of activity and interaction on the campus of Johnson County Community College. The building, situated to the south the campus main quad, incorporates and enhances the existing Galileo sculpture designed in the 1980’s by sculptural artist Dale Eldred. The design amplifi es the artist’s concept of working with the sun by showcasing the sun sculpture in the center of the main courtyard.

The original intent was to create proto-typical modular classrooms that could be dropped anywhere on campus and would adequately meet the needs of the college. Upon further investigation, a specifi c site was chosen and a more permanent build-ing was designed. While the building retains its modular form, it is being con-structed on site. The building is approximately 3,300 square feet, housing two twenty fi ve oc-cupant classrooms, a student lounge/ ex-hibition space, coffee bar and conference room. The building is designed to be pas-sive haus certifi ed and leed platinum.

Galileo Pavilion

Section

Plan

1. Passive Solar Design.a Summer Solstice: 75 °.b Winter Solstice: 28 °2. Photovoltaic Solar Panels3. Living Roof4. Wind Turbine5. Cross Ventilation6. Cool Earth Tubes7. Thermal MassStone gabion wall8. High performance glazingTwin wall construction, operable windows9. Evaporative Cooling10. Radiant Heating-Cooling11. Super Insulation12. Energy Recovery Ventilator13. Rainwater Harvesting and Retention14. Draught Tolerant Landscaping

The proposed 30,000 square foot Marvin hall expansion building at the university of Kansas accommodates the ever growing needs of the architecture and urban plan-ning departments. The building weaves its way into the university context by pro-viding an inviting quad and enhancing circulation paths frequently traveled by students and faculty. The four story stu-dio tower provides occupants with views of the Kansas prairie South of Lawrence, KS and views of the rest of the campus.

The program of the building was broken up into two wings and a prominent stu-dio tower. The north wing houses faculty offi ces while the south wing houses the architectural library, computer lab, con-ference room, and exhibition space.

Many environmental factors were used in the design of this building. Special con-sideration was given to passive heating and cooling techniques, rain water har-vesting and renewable energy production methods.

Marvin Hall Addition

Section

Plan

Exploded Axonometric

Programmed Spaces

Shading Elements

HVAC

Structure

Green Roofs

Site Circulation

Rain-Water Harvesting

Circulation and Egress

This kitchen design was for a client that had just purchased a new cape cod style home in Roeland Park, KS a suburb of Kansas City, MO. The 1,500 sq. ft. house needed to be completely updated.

Working directly with the goals and ideas from the client, the design concept was to design a kitchen of modern style that would open up the space and function as an eat in kitchen.

The traditional cabinets are hinged on the interior to allow for ultra clean lines and the hardware are stainless steel handles. The counter tops are made of concrete and are anchored by a large white por-celain apron sink. There are two sets of shelves: the lowest shelf is pure cantilever anchored with lag screws and acts as the shelf for all manner of cups and glasses, the second shelf is a maple veneered open shelf that houses plates, bowls, etc.

It is a modern kitchen with a very inviting appeal.

A Modern Kitchen

3D Model of KitchenMaterial Palette

CVEducation

2002-2006 BSBA Marketing, Kansas State University

2009-2012 Master’s of Architecture, University of Kansas

Work Experience

2011-2012 Architecture Intern, Studio 804

2010-2011 Graduate Teaching Assistant for Building Technology

Course, University of Kansas

2004-2011 Ran Contracting Business for Residential Remodels and

Construction, Design Contracting

2006-2008 Business to Business Sales Representative for Metlife

Group Employee Benefi ts

2005-2005 Marketing Intern for Joe’s on Shannon in Melbourne, Australia

Achievements/ Community

LEED Contributor. Studio 804, Center for Design Research, Fall 2011

Public Relations and Membership Chair. CSI, University of Kansas Chapter, Spring 2012

J Gordon Moorman Scholarship Recipient 2011-2012, Academics and Interest in Green Design

Greenbuild Volunteer. Toronto, Canada, 2011 Greenbuild Conference

Publications

Lesnikowski, Wojciech. “New Philharmonic of Chicago - Three Concepts.” Archivolta Feb. 2011. Web.

*Cover and feature article

Professional skills

AutoCad + Revit 2012 + 3ds Max 2012 + Sketch up + Adobe Creative Suite + Microsoft Offi ce Suite