Melina Edgerton melinaedge@gmail.com • (206) 280-1022 • melinaedge.com
Chaise
Mibo
Clip
Site Safety
Puma
Resume
Chaise An exploration of modern relaxation
20 Weeks / Fall 2013 - Spring 2014 / Senior Thesis Project
A senior capstone project utilizing all elements of the design process from sketching, model-making, and CAD to actual manufacture. The resulting piece of furniture is a vessel for relaxation and contemplation.
Ideation
Refinement After many rounds of sketching, two compelling designs were chosen and new sketches further explored the concepts.
The top two designs from this round of sketching were selected and transformed into 1/8th size paper and fabric models.
Of these, one was chosen as the final concept.
Scale Models
Dimension Studies 110-130o angles as specified by 2006 Cornell study 135o angles as specified by Cornell study (#6, “Keegans Normal Posture�) 120o angle as specified by Patrice Winter
60 deg
65 deg
55 deg
50 deg
CAD
Build Process
Preparing Metal
• Laser cut 1/8” steel panels • Roll stainless steel side and support rails
Bending feet in small increments to • Bend produce a relatively smooth curve
Welding
• Weld side and support rails to panels
Finishing
• Grind welds and rough metal • Sand end panels for brushed texture • Polish side rails to high shine
Foam
• Cut to proper size and shape • Test fit in frame
Cushion Covers
• Make pattern for each cushion • Cut upholstery-grade wool felt • Sew covers
Exhibition
MIBO a Water storage solution for cyclists that Resolves current issues and improves the riding experience
5 Weeks / Fall 2012 / Individual Project with Transition Bicycle Co.
Western Washington University ID worked with Transition Bicycle Company to create innovative solutions for storage accessories on bikes. Mibo focuses on creating a new water storage solution for mountain, commuter, touring, and road cyclists.
Current Problems
Current bottles force riders to tip their head when water gets low, dangerously taking their eyes off the road, rigid bottles are uncomfortable in jersey pockets, and bottle cages clutter sleek frames and can be difficult to reach while riding.
Inspiration
Popular cycling Bottles
angled heads
flexible materials
Solution
Tip the bottle instead of the head, use a soft material, and eliminate the need for a bottle cage.
Ideation
User
Chris Stevenson Age: 38 Lives: Lake Oswego, OR Work: Computer Engineering
Chris started cycling four years ago with some buddies from work as a way to stay in shape and enjoy good company and a beautiful area. He has since invested over $7,000 in his bike and riding equipment. He enjoys stopping by his local bike shop and checking out the latest gear.
Components
Silicone inner valve Polypropylene straw connector
Grip indents in cap
Threads attach to cap Polypropylene collar
Gaskets hold collar on bottle and create watertight seal
Removable straw
Imprinted logo
Silicone bottle
Clip A simple, lightweight camping stove designed with manufacturability in mind
1 Week / Winter 2012 / Individual Project
Sheet aluminum was utilized to create a camping stove that would work with a solid alcohol-based heat source. Due to the short time frame of the project, sketches were left rough. Jumping to 3D quickly tested the best ideas for feasibility and form. Considerations included weight, elevation from the ground, stability, and ease of manufacture and use.
Research
Current backpacking stoves are difficult to assemble in outdoor conditions, larger and more complex than necessary, and hard to keep balanced on uneven terrain.
Ideation
Solution
Three identical legs securely clip around the rim of the fuel canister, providing a simple, lightweight, and stable stand for outdoor cooking.
Use
A bent hook on each leg securely grips the top lip of the can.
The legs latch onto the base of the fuel can with a satisfying “click!”
The tripodal design provides stability between the ground, stove, and pot.
Manufacture
All pieces are cut from a single sheet of aluminum, sanded, and bent for ease of manufacture. This stove aims to give hikers a lightweight, easy-to-use solution while creating almost no material waste in its production.
Site Safety A scalable, intelligent system to promote worksite safety in accordance with the ideals of Fluke corporation
10 Weeks / Winter 2014 / Group Project with FLUKE Corportation Team members: Louie Dawson, Melina Edgerton, Matt Lider, Carson Massie, & Kirk Turner
WWU teamed up with FLUKE Corporation, a leader in the electronic test and measurement field, to develop a system that utilizes “intelligent safety�, fits their brand image, and expands their reach. Site Safety is a scalable system that increases hazard awareness, integrates with systems already in the workplace, and provides interactive, noninvasive safety tools.
Problem
Current perimeter safety methods include signs, physical barriers, and administration to identify work zones and dangers within specific areas. However, even bright signage is easily ignored when it’s seen every day, physical barriers require significant time and energy to set up, and administrative rules can be ignored or misinterpreted by workers.
Goals Increase hazard awareness for workers in specific locations
Increase worker convenience and efficiency
Utilize existing systems workers are familiar with
Avoid irritating or unnecessary warnings
Transform passive perimeter safety measures into something interactive
Technical Feasibility
In order to be useful, our product must work in factories of varying size. GEA Farm Technology proves that similar systems can be scalable, since its software supports up to 1,000 livestock tracking tags.
Ekahau’s hospital products use a standard wifi system to track tools, patients, and employees. Since most workplaces already use wifi, a wifi-based system would be easy and inexpensive to integrate.
Tile’s app allows users to set perimeters and get notified if their tag leaves the area. The ability to fit this technology into a slim, one inch square affirmed our idea of small products with many capabilities.
Ideation
The team decided that an intelligent name badge would be the most effective physical manifestation of the abstract idea of a perimeter safety system. An ID badge is wearable, visible, and already accepted in the workplace.
A wide variety of forms were explored and the team ultimately decided on a slim tag, brushed aluminum accents, a pivoting clip, LED accents, and an area for a personalized name tag.
Solution
A suite of transponders interact with the ID badge and an accompanying app. Companies can purchase custom numbers of badges and transponders depending on their needs.
Hardware
ID Badge
• Central product in Site Safety system • Identifies the wearer • Alertstextwearer to nearby dangers using: • LED lights • vibration • and/or noise. • Small Transponder
• Bluetooth supported • Locates smaller tools within a room
Medium Transponder
• Wi-Fi supported forklifts or other assets that • Locates move around a factory
Large Transponder
• GPS supported long-range assets such as • Locates company vehicles
Components
Polycarbonate cover
Aluminum case
Dismiss buttons
Red LEDs Battery Sound & vibration Auto-rotating LCD screen Circuit board Case Pivot Aluminum clip
How it works
The ID badge synchs up with a worker’s smartphone allowing them to identify and define hazardous work zones.
Employees can define their work area within the app and specify who is allowed in the area, what equipment is needed, and what other dangers might be present.
A worker’s ID alerts them when they need special equipment, are dangerously near a hazard such as a forklift, or are unauthorized to be in the area.
Puma a Retail environment for Puma’s black label based on an abstract model
5 Weeks / Spring 2013 / Individual Project
The goal of designing a retail store for Puma’s sport-fashion Black Label line of was not revealed until after abstract spatial environments had been created and carefully considered for their own merits. Developing form before function turned the traditional thought process on its head but ultimately facilitated an overall sense of unity and visual interest.
Abstract spatial studies
abstract curvilinear form study Dynamic lines and planes create an energetic space in this abstract study. Small and medium sized shapes create an open but slightly empty environment. A long, swooping line ties the space together.
abstract rectilinear form study Linear elements come together to create a serene environment. The arrangement of the elements on the x,y, and z axes make a wellproportioned yet calm space.
Semi-abstract spatial studies
curvilinear form study-inspired environment The abstract curvilinear form study was used as a basis for this dynamic retail-inspired environment. The large planar form in the front of the space blocks the rest of the interior and this concept was not pursued further.
rectilinear form study-inspired environment The rectilinear inspired environment was chosen as the basis for the final model due to its open and inviting feel. The calm, relaxed sense matches the refined yet sporty aesthetic of the Puma Black Label.
Brand Research
Final Retail Environment
interior retail environment Puma’s distinctive “formstripe” is featured as the shoe display running along the left wall. An angular black platform contrasts the curvilinear Puma logo, as do the angled benches. Large monochrome wall text and graphics reinforce the brand while creating an interesting backdrop. The elegance and sophistication of Puma’s Black Label is highlighted by a lighting system reminiscent of dripping jewels.
detail of retail environment A raised platform was installed to elevate and draw attention to a featured collection. Remaining collections are displayed along the back wall. The angled checkout counter welcomes customers into the store and shows them out after they make their purchase.
Melina Edgerton melinaedge@gmail.com
Education
Skills
Experience
(206) 280-1022 Western Washington University, 3.60 GPA Spring 2014 BS Industrial Design Business Administration minor
Illustrator Photoshop InDesign MS Office
SolidWorks Rhino Keyshot Bunkspeed Shot
Hand sketching Model-making Design research Technical Writing
Freelance Graphic Design, Galerie DOSHA Fall 2014-Present Create promotional web and print graphics for monthly shows at the Quebec-based art gallery and boutique. Image Sourcing & Creation, Teague Documentary Summer 2013 Assisted Professor Jason Morris in sourcing, acquiring, editing, and creating images for his documentary Teague: Design & Beauty. Landscape Maintenance, Western Washington University Summer 2012 Assisted with redesigning and beautifying campus landscaping. Library Assistant, Western Washington University Fall 2011-Spring 2014 Assisted library patrons, sorted and shelved books according to the Library of Congress system, transported library materials, performed daily maintenance, and closed library.
Interests
Kakehashi Project Fall 2014 Participated in a cultural exchange as a guest of the Japanese government. Industrial Design Society of America 2010-2014 WWU chapter webmaster & fundraiser assistant. Ultimate Frisbee 2002-Present Designed discs, jerseys, and print media, volunteered at youth tournaments, played on established teams, and organized new teams.