ARCHITECTURE P
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Hunter Wille
Selected Academic Works
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Contact Cedar Rapdis, Iowa +1 (319) 423-2853 hdwille2013@gmail.com
Network
Hunter Wille Architect Intern
https://hdwille2017.wixsite.com/ hwcreativestudio https://issuu.com/hdwille/docs/ portfolio_wille__hunter_200221_smlr www.linkedin.com/in/hunter-wille626b7a80
Work Experience
Technologies
Graduate Class Instructor Iowa State University, College of Design | Ames, Iowa Aug. 2019 - May 2020 | Aug. 2018 - Dec. 2018 Graduate college instructor who taught entry level students at the College of Design. • Taught course weekly and participated in bi-weekly meetings with other instructors to develop current and future class curriculum. • Designed class lessons and materials though the development of instructional plans and activities to meet course competencies and lesson objectives. • Challenged, engaged, served and communicated with students to encourage their participation and learning while maintaining mutual value and respect. Architect Intern Solum Lang Architects, LLC | Cedar Rapdis, Iowa May 2019 - Aug. 2019 | July 2018 - Aug. 2018 | Dec. 2017 - Jan. 2018 | May 2017 - Aug. 2017 A small hands-on Architectural Design Firm with a commitment to clients needs, they focus on appropriate design that goes beyond the owner’s expectations. • Created 2D drawings of floor plans, sections and elevations using AutoCAD. • Introduced and taught Lumion to the firm for render visualizations for presentation and marketing purposes. • Put together RFPs and proposals that landed the firm projects and support. United Fire Group | Cedar Rapids, IA Skywalk Tacoma Addition Wellness Center American Building Skogman Apartments | Cedar Rapids, IA Mount Mercy University | Cedar Rapids, IA Hidden Creek Apartments | Cedar Rapids, IA Cedar Rapids Transit | Cedar Rapids, IA Marion Process Solutions | Marion, IA Freund-Vector | Marion, IA
I’m a detail-oriented and hard-working masters Architecture and Sustainable Environments student at ISU with experience designing assisted livings, commercial and emergency responder projects. My passions include providing public experience, sustainable practices and working with clients to understand their needs. I offer strong attention to accuracy, creativity, analytical thinking, quick-learning and teamwork abilities that have led to leadership roles elected by peers and faculty. Presently I’m seeking a full-time Architect Intern position with a motivated firm.
Peterson Vet Hospital | Hiawatha, IA World Class Industries, Inc. | Des Moines, IA Country Meadows Addition | Mason City, IA Edencrest Assisted & Independent Livings | Tuscany, Altoona, IA Beaverdale Assisted Living | Des Moines, IA Green Meadows Assisted Living | Johnston, IA JMI Laboratories | North Liberty, IA Solon Fire Station | Solon, IA
CAD Drafter Intern, Mordern Piping Division Modern Companies, Inc. | Cedar Rapids, Iowa Dec. 2016 | Jun. 2016 - Aug. 2016 A company that provides the most technologically advanced mechanical solutions to their clients while exceeding expectations of value, integrity, and performance. • Handled both large and small-scaled drafting projects. • Used AutoCAD to draw detailed blueprints for piping systems to be fabricated. • Ensured compliance with company standard drawing procedures in for review.
AutoCAD SketchUp Rhino Lumion Illustrator InDessign
Photoshop Premiere Pro After Effects Sefaira DIVA WordPress
Fabrication CNC C Laser Cutter 3D Printer
Clay 3D Printer Glass Blowing
Skills Goal Achiever G Analytical Observer Disciplined Worker
Adaptive Learner Human Relator
Chosen Achievments Graduate Teaching Excellence Award, Dec. 2019 Mascot Captain, 2018-19 All American Athlete, 2018 & 2017 Cheerleader of the Year, 2014-15 Cheerleader Captain, 2014-15
Education Master of Architecture & Master of Design in Sustainable Environments Iowa State University | Ames, Iowa Grad: August 2020 Bachelor of Arts in Interdisciplinary Design Iowa State University | Ames, Iowa Grad: May 2017 | GPA: 3.80/4.00 Associates of Science Kirkwood Community College Cedar Rapids, Iowa Grad: May 2015 | GPA: 3.73/4.00
Interests Graphic Design G Strategic Games
Music Outdoor Activities
THE YARDS
Iowa State University 15 Weeks | Fall 2018 Adaptive Re-Use: Chicago, IL COTE Top Ten Competition Shive-Hattery Award Winner, 2018 Instructor: Ulrike Passe
CONTEMPORARY MUSIC CENTER
Iowa State University 14 Week Project | Fall 2019 Music Center: Chicago, IL Instructor: Thomas Leslie, FAIA
OPEN BOOK NOOK
Iowa State University 12 Weeks | Summer 2018 Design Build: Winterset, Iowa Winterset Library Outdoor Art Competition Featured in “Iowa Architect Magazine,” Summer 2019, page 9 Instructor: Leslie Forehand
PROTOTYPICAL CABIN
Iowa State University 4 Weeks | Spring 2018 Wood Frame Modeling Instructor: Firat Erdim
THE YARDS Iowa State University 15 Weeks | Fall 2018 Adaptive Re-Use: Chicago, IL Instructor: Ulrike Passe COTE Top Ten Competition Shive-Hattery Award Winner (2018) Project Members: Elham Mohammadrezaei Lane Pralle
MASSING
Light Shafts were strategically carved out of the monumental form based on solar orientation and climate patterns to increase integration of passive systems. Including daylighting and natural ventilation while creating a variety of outdoor spaces users can enjoy.
CIRCULATION
Circulation in the public mall is organized around an interior arcade rammed by existing structural columns adjacent to new tree-shaped columns designed with integrated rain catchment. The new columns support the Yard outdoor terraces above. The design of single-loaded, two-story residential units reduces corridor area by 50% (compared with conventional design) and allows for more effective daylighting and natural ventilation.
WATER
Water from precipitation is captured by roof drains and managed on-site. Run-off is filtered and stored in underground cisterns in the new public recreational space adjacent to the building where it can be used to irrigate the native flora.
Existing Massing 1918 EUI 44
Optimize Extract 25%
Introduce The Yards EUI 12
Integrate With Context
The Yards The Yards
Main Atrium
33.4%
58.7%
GREEN SPACE
DAYLIGHT AUTONOMY
82.0%
68.5%
RESIDENTIAL WATER provided by water harvesting
BUILDING ENERGY supplied by renewable resources
100.0%
72.7%
STORMWATER managed on site
EUI REDUCTION from original building
CARBON
20,013 metric tons embodied CO2. 625,421 lb CO2e/year estimated carbon emissions. Integrating over 3.5acres of green space offsets 2,922 metric tons of carbon.
ENERGY
EUI 12 30 BTU/hr/sf Max Heating Demand 13 BTU/hr/sf Max Cooling Demand Low Density high efficiency lighting with automatic sensors reduce building loads
ECOLOGY
Public open space provides a recreational amenity for the community. Native perennial flora is low maintenance, pollution tolerant, and urban adaptive. 1/3 of the site is designed to support vegetative environment.
Green Roof
Event Space Educational Spaces
3-Pane Glazing
26 min. to downtown
6 min. to LTR
Live / Work
Recycled Material
Gastropub Shopping
Cafe Market
Office
Walk Score
72
The Yards
Photovoltaics
Skylight Permeable paving Growing Medium Gravel Tapered Rigid Insulation Root Barrier
The Yard’s Draining Detail
The Yards
Triple-pane curtain wall Existing concrete deck Roof drain Existing concrete column pillar cap Steel deck framing member Steel tree column
WATER
Residential Use Total: x 40 gallons
x 120 people
= 1,752,000 GALLONS PER YEAR 365 days
Water Harvesting provides 82% of residential water needs. x 36.4� per year
x 86,890 sf roof surface
= 1,448,167 GALLONS PER YEAR yield factor
Water Storage in On-Site Cistern manages 100% of stormwater 1,448,167 gallons / 7.48 gal/ft3 = 193,605 ft3 Recycled greywater storage system in the exterior basement walls provides additional thermal mass.
PHOTOVOLTAICS
Optimized orientation for local climate. Collect direct sunlight and harness solar energy for electricity and heating. 2,284.6 kWh/year energy generation.
COMMUNITY
New transparent facade systems, outdoor spaces, and private balconies provide views that connect users to urban environment. Mixed use program with locally owned and operated businesses supports local economy. Proximity to public transit and easily accessible to downtown Chicago. Underground parking reduces heat island effect and promotes a denser urban setting.
Typical Residential Unit
PASSIVE SYSTEMS
Stack effect provides natural cooling in the Southeast atrium space. Daylighting and natural ventilation lower the building’s reliance on mechanical systems for operation. Cross ventilation through operable windows passively cools interior spaces during summer months.
ENVELOPE
New exterior wall insulation R19 promotes tight envelope. Green roof insulates building envelope and filters rainwater.
Typical Residential Unit Plan Lower Level
The Yards EXISTING masonry column EXISTING structural column NEW SageGlass curtain wall
NEW railing Spandrel panel Operable transom NEW exterior wall insulation R19
NEW storefront NEW floor structure Underground Parking
Iso Envelope Detail
MATERIALS
Typical Residential Unit Plan Upper Level
Recycled brick, concrete and glass from the original massing is used on the new North and West-facing facades at the interior of the building. These materials increase the building’s thermal mass and help to maintain thermal comfort levels. Photocatalysts added to new concrete panels promote self-cleaning of the facade and reduce long-term maintenance costs. Triple-pane SageGlass provides energy efficiency, blocks glare and allows manual and automatic control. Preservation of existing building massing reduces carbon footprint and construction waste.
CONTEMPORARY MUSIC CENTER Iowa State University 14 Weeks | Fall 2019 Music Center: Chicago, IL Instructor: Thomas Leslie, FAIA Project Members: Paloma Chapman
Living Spaces
Black Box
Experimental Hall
Rehearsal / Dressing Rooms
Main Hall
Administration
Storage Parking Underground / Storage / Back of House
Loading Dock PRIVATE
PUBLIC
Public / Audience Private / Performers PLAN Private vs Public
Public / Audience Private / Performers ELEVATION Private vs Public
Roof Stage Experimental Hall and Black Box Main Hall Balcony Main Hall
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MASSING
Contemporary Music Center In the west loop of Chicago there’s a lot of expansion happening where there’s a need for more lively social and entertainment places. Here is a proposal for a contemporary music center along the Fulton Market and Halsted Street that takes advantage of overlooking the Kennedy Expressway. This is done by circulating the public audience around edges of the building toward the elevated view of downtown Chicago. They split off in an efficent way going up as needed to reach the different performance stages yet have each level’s lobby experiencial view towards the downtown. Circulation for the performers is also private where they can easily move throughout the core of the building with their large instruments from living to performing spaces where they never cross with the public audience.
Roof Stage Experimental Hall and Black Box Main Hall Balcony Main Hall
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Hall Acoustics
The music acoustics were also designed through basic sound analysis. All the angles were determined by finding the sound source on stage and the point of the audience desired to hear. Those points were used as the foci of an ellipse where a tangent line along that ellipse is the best angle for the acoustic panel. This analysis is done both in plan and section that then develop the concert halls basic form of reflective and absorbance panels.
Sound Ellipse Absorb / Direct Reflect / Diffuse PLAN Experimental Reflect vs Absorb
Sound Ellipse Absorb / Direct Reflect / Diffuse PLAN Main Hall Reflect vs Absorb
Sound Ellipse Absorb / Direct Reflect / Diffuse SECTION Reflect vs Absorb
Absorb / Direct Reflect / Diffuse SECTION ISO Reflect vs Absorb
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SIXTH LEVEL 20’ 10’ DN
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Third Level THIRD LEVEL 20’ 10’
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First Level
Contemporary Music Center
Sixth Level
Contemporary Music Center
OPEN BOOK NOOK Iowa State University 12 Weeks | Summer 2018 Design Build: Winterset, Iowa Instructor: Leslie Forehand Winterset Library Outdoor Art Competition Featured in “Iowa Architect Magazine,” Summer 2019, page 9 Project Members: Jose Burgos Paloma Chapman Bryant Fuentes Tom Goetz Aaron Hauptmann Wunghee Lee Katie McCoy Chad Moklestad Sushmitha Rayasam
Existing Site
Trash Enclosure With the book nooks in place the alley beside the library will serve as a public space for gathering and socializing, however it will still be required to maintain certain functional purposes. The library has four garbage bins that are stored and picked up from this alley location. These plastic bins will be hidden from view within a new wooden trash enclosure with four hinged doors to allow the bins to be removed and emptied as well as an open top to make the bins easily accessible for throwing thrash away.
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Landscaping The basic principles of the landscape design strategy include native plants, maintenance, and access to the memorial. The plantings alongside the pervious pavers have been removed and the existing Baby Boxwood Wintergreen bushes have been replaced by Karl Forester Grass. N
Pervious Pavers The decision to incorporate a pervious paver pathway beside the book nooks came from the desire to keep the site from becoming a large, continuous slab of concrete and to create a dynamic, handicapaccessible green area for people to occupy. The grass that will grow in the gaps of the pavers will contribute to the greenery in the area and will help to keep the area slightly cooler, which is desirable for this site with its long hours of southern exposure to the sun.
Textured Concrete In another effort to minimize the amount of solid, unadorned concrete expanses on the site, a proposal was put forth for an integrated walkway of textured concrete. This design detailing will create a smoother transition from the concrete sidewalk at the entrance of the site to the benches and give more visual movement to the transition of spaces within the site.
The installed Open Book Nooks, which include seating and shade structures, are located on the south side of the library, creating a more accessible site condition that connects the library to George Washington Carver Memorial Park. These alterations to the site, which was a side alley lined with bushes and trash cans, creates a usable outdoor community space and have a lasting contribution to the Winterset library and surrounding public spaces in the larger Winterset community. The creation of a connection to the park was one of the aspects of the project that the jury noted was one of the best aspects of the students’ design. The spaces created by the Open Book Nooks will act as steppingstones for community awareness and collaboration in public space and become a hub of activity near the library and the park. This will be the second major public art piece constructed in Winterset and will hopefully act as a catalyst for the continued interest in developing more projects.
Open Book Nook
Open Book Nook
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Plan
Elevation - South
Elevation - West
Book Nook Structural Design The structural design for the book nooks incorporates all of the details refined throughout the design process. A combination of flat and rolled steel tubing, flat bar, and clips come together by welding or bolted to form the roof and bench as well as to secure the Tigerwood in place. Four panels of steel create unique donor plaques for each side of both benches and are secured to the steel tubing of the main structure. The wood that makes up the seats, wall, and roof slides into places in a stacking system that doesn’t rely on screws for each piece, but rather a series of clips and end caps.
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CNC Tigerwood slats
Steel structure manufacturing
Waterjet cutting steel
On site construction
Open Book Nook
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Support and wood channel section
Overhang wood slot end
Wood slot transfer point from overhang slot to vertical stacking wood
Steel Structure Top section of main structure
Wood seat attachment to support
Open Book Nook
Completed Book Nooks installed
PROTOTYPICAL CABIN Iowa State University 4 Weeks | Spring 2018 Summer Camp Cabin Material: Basswood Instructor: Firat Erdim
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Plan
Section - East
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+ Center Seating
+ Circulation
= Sleeping Spaces
= Program Overlapping
Structure Reflect Program
Program and Structure Diagram
Iowa is in need of a summer camp which can be built on a modular system. The cabin is a wood frame structure and cladding that uses passive strategies. It encourages interaction between the nine children and one counselor with the decagon shape, sunk in communal space, and bed arrangements. Beds are stacked as bunk beds, but shifted so the children can look over and see the camper below them. Replications of cabin is then built throughout the site where many campers are able to play in.
Ventilation
Section - North
Prototypical Cabin
Sun and Wind
Structure Module System
Prototypical Cabin