Senior WWU Industrial Design
1 Presentation 2 Storage 3 Mobility
Solution
Martini Cart Upper Wrap Flat Parts Sean Missal April 20, 2013 Western Washington University Senior ID Material: 1/8” 6061 Aluminum Units are inches
Martini Cart Rod Frame
R5.30
Tabletop Martini Cart Upper Wrap Sean Missal April 20, 2013 Western Washington University Senior ID
Sean Missal April 20, 2013 Western Washington University Senior ID Upper Frame Flat Dimensions Material: 3/8” Steel Rod Units: Inches
Material: 1/8” 6061 Aluminum Parts Tabletop Upper Surface Notes: Tabletop gets trimmed for attatchment of upper surface
Martini Cart Rod Frame
3.40
3.40
Sean Missal April 20, 2013 Western Washington University Senior ID
Upper Surface
Tabletop
Upper Frame Angles Material: 3/8” Steel Rod Units: Inches
3.40
10.59
Upper Surface 9.7”
10.7”
R3/8”
5 R5”
78°
102°
R3/8”
64.76” = 5’ 4.76” 105°
5.56
3.23
15.74
15.68
2”
15.74
3.23 22”
4
4
5
Martini Cart Rod Frame Sean Missal April 20, 2013 Western Washington University Senior ID
Manufacturing: Blueprints/Exploded View
Components: Upper Frame Lower Frame Material: 3/8” Steel Rod
Martini Cart Rod Frame Sean Missal April 20, 2013 Western Washington University Senior ID Lower Frame Angles Material: 3/8” Steel Rod Units: Inches
37° 143°
Part Break 10.7”
25.5”
40°
Upper Frame
168°
Martini Cart Rod Frame 148° Sean Missal April 20, 2013 Western Washington University Senior ID
R1”
Lower Frame Flat Dimensions Material: 3/8” Steel Rod Units: Inches
Lower Frame
102°
35” R1”
5.6”
1
Martini Cart Main Wrap
42°
171°
Sean Missal April 20, 2013 Western Washington University Senior ID
94°
R.5”
R2.8”
Material: 1/8” 6061 Aluminum Parts Upper Surface Lower Surface Right Wall Left Wall
3
= weld point
Martini Cart Main Wrap Flat Parts
151.52” = 12’ 7.52” 7.59
1.36
30.28
.83
5.68
2.15
14.89
1.41
11.16
Upper Surface
.82
Sean Missal April 20, 2013 Western Washington University Senior ID Material: 1/8” 6061 Aluminum Units are inches
Left Wall
Midpoint of the rod
2
Right Wall
11.03
Martini Cart Right Wall
6.68
Sean Missal April 20, 2013 Western Washington University Senior ID
Lower Surface
1.98
Material: 1/8” 6061 Aluminum Notes: Upper Surface Left wall is mirror Top and lower surfaces get trimmed for attatchment of upper and lower surfaces
1.98
11.80
Left Wall
16.6
2
7°
18.99 R3/8”
1
R.1/2”
Lower Surface
1.18
25
100°
.65
Right Wall
12.78
3.74
Martini Cart Wheel Sean Missal April 20, 2013 Western Washington University Senior ID
2
100°
3
R1.5”
R2.75” R1.5” R1.4”
R3”
8
R3/8”
5.56 R1”
Cut
Bend
Weld
Paint
Upper Circuit 12’8”
Lower Circuit 5’4”
Radial Bends 10” 6”
2” 1”
Final Show Glory Shot
10 Week Collaboration Fall 2011
Existing Product
-
Improper Adjustment
-
Ignored Strap System
Successful Competitor
+ “Keeps me Safe”
-
Straps Cumbersome
+ Comfort & Reliability
-
Pullover Restricting
+ Form and Function
-
Adjustment
Problem Statement/Inspiration
clarify type 3 pfd
Foam Paneling
Final Glory
Revised Strap System
Eased Donning
Simplified Adjustment
User Interface Exploration 5 Week Team Concept Winter 2012
Jessie Wixom
-
No Tactile Freedback
Johan Axelson
-
Confusing Menu UI
Cody Payne
-
Poor Visual Response
Novice User
Amatuer User
Professional User
How do we enable a blind interaction?
Aperature Ring
Mode Dial
Final
Summary/Final Glory
Blind Feedback
Simplified Operation
Revised Form Factor
Comm Aid
9 Week Team Concept Winter 2012 Anvil Studios
Dr. Bridget Arseneault Audiologist
37 Million
Hearing Impaired
Baby Boomers Poor Adjustability Bluetooth Potential
Largest Disability Class
Dr. Nancy Cambron Veterans Affairs Audiologist - Advisor
Eight Years Before Fitment
Two Hearing Aids Affordability
Weakness Stigma
-
Poor Adjustability
-
Low Accessibility
-
initial sketch/form
stigma solution: FORM OVERVIEW
accesibilty solution
Adjustment Solution: UI OVERVIEW
Unique Form Factor
Ease of Accessibility
Simplified Adjustment
Sean Missal
Education
seanmissal@gmail.com 425 647 7668 416 N. State St. B101 Bellingham WA, 98225
BS Industrial Design Class of 2013 Western Washington Univerristy Anvil Studios Fall 2013 Led a team to design the future of social wearable e-health technology. Ideal: Carefully Curated Goods Spring 2012 Used recycled and reclaimed materials to design products for sale in a retail environment. Extrasport Winter 2012 Creation of a new PFD working alongside a brand language. Mt. Baker Plywood Spring 2011 Worked with donated plywood to create a product for children within the community.
Experience Astro Studios Summer 2012 Worked alongside teams to create new and exciting concepts and products including ideating, sketching, CAD modeling, and CAD rendering. Diamond Edgewise Tools Summer 2011 Part-time assistant in the manufacturing process of aluminum tools for retail, responsible for finishing of raw manufactured cuts and quality assurance.