Table of Contents

1 - 6 13 - 18 25 - 30 37 - 3831 - 3619 - 247 - 12

PUBLIC LIBRARY Pullman, WA

MISC. PROJECTS

RESUME

COMMUNITY CENTER Spokane, WA

DOMA COFFEE HQ Post Falls, ID

RESEARCH CENTER San Francisco, CA

SCHOOL OF ARCHITECTURE Kandahar, Afghanistan

RESEARCH CENTERSan Francisco, CAArch 301, WSU Fall ‘12

1 - 2

What makes this project unique was the ability to travel to the site before the design process even got underway. This allowed the concept of the building to form around observations made while on site. Most of the observations made were through the use of the major human senses, such as sight, hearing, and feel.

The observations began to manifest into a series of layers, similar to weather map overlays. These layers merged and interacted with one another to form certain focal points on site. When the layers were converted into different 3D study models, physical buildings elements began to become apparent. These core building components and placement on site were the direct result of site observations.

Site Analysis

Site “Weather Map”

3 - 4

Wax Layers Plaster Form Images

Wax Form

Diagram LayersPlaster Form

5 - 6

Axonometric Floor Plan

DOMA COFFEE HQPost Falls, IDArch 203, WSU Spr. ‘12

7 - 8

The Doma Coffee project was rich in cultural influences, with a focus on sustainable design. Preliminary studies on the rituals involved in coffee drinking led to an in-depth exploration of what it means to take part in a recurring activity. The goal of the design was to define the rituals taking place in a coffee culture, and create a space to support these activities.

One unique aspect I wanted to focus on was the human interaction with the coffee from start to finish. By incorporating the facilities necessary for roasting and processing the coffee bean alongside the cafe, customers then become a part of the full coffee experience instead of just the end user. Each wing of the complex opens up into its neighbor, thus creating a continuous flow from start to finish.

9 - 10

“Coffee Culture” Diagrams

11 - 12

Section Model 3D Model

PEACEFUL VALLEY COMMUNITY CENTERSpokane, WAArch 303, WSU Spr. ‘13

13 - 14

Glover Park is a hidden gem in the middle of a bustling city. Currently, the park is very underdeveloped and hardly used, but locals are hopeful for a change. The park caters to many different groups of people, with many different needs. In order to design a functional building, thorough research and observations around the site and city on a large scale were needed.

The goal of my design was to create a building capable of supporting a large number of activities for a wide range of people. Centralizing the core elements that would be needed by all building users left the area outside the core open for all kinds of activities and events. The building envelope is perforated with large openings so that activities can expand as needed to take advantage of the surrounding land. As the needs of the building change, the aesthetics and function of the building changes with it.

Research Data 3D Data Graphs

15 - 16

Site Diagram

Circulation Diagram

Site Axonometric

17 - 18

3D Site Model

SCHOOL OF ARCHITECTUREKandahar, AfghanistanArch 401, WSU Fall ‘13

19 - 20

The city of Kandahar is a rapidly progressing area of Afghanistan, both culturally and economically. The university is a focal point of this progression and of the city.

The initial design concept was to bring something symbolic into a new light. The dome is a prominent shape within the local culture, but is something that is always seen and experienced in one orientation. This design brings that form onto a different axis, so that the dome may be experienced in a new way.

The local environment influenced the building envelope since it is so extreme. Screens have been used in the area for many generations as a way to provide views out of the building while also providing shade. The stone veneer and screens give the design local context and a more natural feel.

Site Plan

21 - 22

Wall Section

Modules Diagram

23 - 24

PUBLIC LIBRARYPullman, WAArch 403, WSU Spr. ‘14

25 - 26

The function of the library has expanded over the years as technology creates new forms of media and ways to access data. To be a successful modern library, these new functions must be met.

What was needed out of the design became evident through feedback from the librarians and community members we worked closely with. The process began with programming studies, which continued to play a main part throughout the design. Analyzing the program of the building as a whole rather than as single entities allowed for a smooth transition between rooms and spaces. The concept is that the easier it is to locate and access information, the more successful the design would be.

My approach to this project takes into account the necessary functions of a modern library, and how to best organize them for user convenience.

Space Planning

27 - 28

Site Plan

Form Planning

Site Analysis

29 - 30

Isometric Wall Section

MASONRY COMPETITIONPullman, WACSTM 201, WSU Fall ‘11

31 - 32

Axonometric Perspective

Wall Detail The Masonry Competition was given as an in-class project. The focus was on structural wall systems that implement unique masonry design. This team effort resulted in a semi-finalist scholarship award for excellent visuals and analysis of the brick structural system.

The final design was that of a downtown bar, which was kept simple enough to maintain the constructible aspect, but implemented a unique use of brick to make it stand out from the ordinary.

Both the architectural and construction side of design came out in the final product, with considerations given to the blend of brick in regards to its function, as well as the structural integrity of different openings and their placement.

ARTICULATING WALLPullman, WAArch 497, WSU Spr. ‘14

33 - 34

I entered this seminar midway through the design process to help bring a complex system to life. This team project mixed form and mechanics to create interactive architecture. Computer generated forms were animated and tested in the early phase. Code had to be written for the computer controlled motors and adjusted to fit the design.

The final design became a wall that interacted with its surroundings. A sound sensor was attached to the computer system to read the decibel levels in a room. The intensity of sound determined the amount of expansion in the wall system. LED lights were incorporated into the facade to give the sound level a visible representation.

35 - 36

LEFT: An introduction project into landscape architecture. The task was to redesign a dormitory courtyard using natural elements to support activities.

RIGHT: Team historical research project. An in-depth research assignment of the Ferry Building in San Francisco, later presented on-site.

Resume

37 - 38

Dane E. Teegardin

9208 NE 147th Avenue

Vancouver, WA 98682(360) 892-3588

dane.teegardin@yahoo.com

www.daneteegardin.com

Phone:

E-mail:

Website:

Address:

Seeking entry-level position.

EDU

CATI

ON

OBJECTIVE:

Bachelor of Science in Architectural StudiesWashington State University, Pullman (2010 - 2014)National Honors Society (2013)Masonry competition finalist (2011)University Achievement award (2010)United Methodist scholarship award (2010)Lewis River Rotary scholarship recipient (2010)

Associate in ArtClark College, Vancouver (2008 - 2010)A.A. Degree with Honors (2010)Vice President’s List (2009-2010)

WO

RK E

XPE

RIEN

CE

SKIL

LSVO

LUN

TEER

Various community services including tree planting, ‘Walk & Knock’, etc.Eagle Scout Rank (2007)Order of the Arrow (2006)

Drainage Maintenance Worker (Seasonal)City of Battle Ground (2010 - 2014)Bioswale care, mowing grass, weed whacking, pruning, asphalt repair, litter pick-up.

Battle Ground Chamber of Commerce Fireworks (2011 - 2014)Customer service and booth maintenance.

Oregon Food Bank (2010)Packaging oats for the homeless shelter.

Boy Scouts of America (1997 - 2007)

Deli Clerk (Part-time)Safeway Grocery (05/2011 - 10/2011)Preparing food, cleaning, stocking shelves, cash register, customer service, inventory.

Courtesy Clerk (Part-time)Albertson’s Grocery (06/2008 - 09/2008)Bagging groceries, cleaning & maintaining store, stocking shelves, customer service, item inventory, cart collection.

AutoCAD, Revit, Sketchup, Adobe Photoshop, Adobe Illustrator, V-ray, Rhino, Grasshopper, Maya, Adobe Dreamweaver, 3DS Max, Kerkythea, MS Office, MakerWare.Leadership, community service.