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Walk on Water Presentation Fig. 1. Image of Prototype EDSGN 100 Section 014 Team 6, Submission 10/19/2017 Jon Earley, James Gaus, Alec Joshi, Jessica Kostic Table of Contents 1. Problem Definition 2. Brainstorming Process 3. Evaluation of


  1. Walk on Water Presentation Fig. 1. Image of Prototype EDSGN 100 Section 014 Team 6, Submission 10/19/2017 Jon Earley, James Gaus, Alec Joshi, Jessica Kostic

  2. Table of Contents 1. Problem Definition 2. Brainstorming Process 3. Evaluation of Ideas 4. Analysis of Chosen Idea 5. Construction Process 6. Project Management

  3. Problem Statement The Six have the opportunity to design and create shoes for less than $60 and sell them for $100 that consumer ages 8-21 will purchase to walk on water, mainly for recreational fun. The prototype will be constructed, tested, and then modified to create the best possible final product.

  4. The Opportunity presented to The Six is to design and develop shoes that allow consumers to walk on water for recreational fun. - Walking Definition: Moving forward self propelled on the soles of your feet while upright on your own free will. - Client/Stakeholders: Customers (People age 8-21), Users, Purchasers, Manufacturers, Retailers, Angel Investors, Our Professor, Creators of the product - Audience: People aged 8-21 - Community of Interest: outdoorsy people, water enthusiasts, physically active, families and children - Safety Risks: drowning, getting stuck in/under shoes

  5. Sustainability A sustainable product is socially acceptable, eco-friendly, economically favorable, and technologically appropriate.

  6. The Six created surveys in order to determine our Customer Needs. Survey One ● Survey Two ●

  7. Specifications were determined through customer needs and material evaluations. - Lightweight (under 4.53 kgs per shoe) : A - Easy set up (ten minutes to set up) : B - Durable (use at least an hour per time) : C - Easy to hold steady : D - Color : E - Portable (carry in arms or bag) : F - Safety : G - Cost (materials less than $80) : H

  8. Table 2. Pairwise Comparison Table 1. Specifications

  9. Each group member brainstormed ideas for the project to be evaluated. Fig. 3. Idea Two Fig. 2. Idea One Fig. 6. Idea Five Fig. 4. Idea Three Fig. 5. Idea Four

  10. The ideas brainstormed were evaluated through concept screening and scoring. Table 3. Concept Screening Table 4. Concept Scoring

  11. Calculations were done to analyze the best solution. Table 5. Calculations

  12. Subsystems Walk On Water Shoe Propulsion Walking Cost Materials $9.99 Buoyancy Shoes Shape $9.98 $33.92 Duct Tape Styrofoam $4.27 Shoes Styrofoam Gorrilla Glue Gorrilla Glue Duct Tape

  13. The cost analysis showed that the walk on water shoes would produce a profit. Materials Used: Retail Price of Product: Styrofoam--Polystyrene (5): ● Consumers willing to pay: $100 ● $33.92 Duct Tape (2): $9.98 ● Gorilla Glue (1): $4.27 ● Shoes (1 pair): $9.99 ● TOTAL BOM: $58.16 ● Total Profit = $100 - $58.16 = $41.84

  14. Construction of the prototype took a couple hours with all hands on deck. Fig. 8. Design Drawing Fig. 7. Image of Prototype

  15. The first test showed that the only adjustment we needed to make was adding more duct tape to the actual shoe. Fig. 9. Video of Testing Fig, 10. Image of Testing

  16. The final testing resulted in a success for Team Six. Fig. 12. Video of getting on Fig. 11. Video of Final Test in the middle of the pool

  17. A Gantt Chart was used to keep The Six on track throughout the design process. Table 6. Gantt Chart

  18. References Durability | Sustainability Workshop . N.p., 2017. Web. "Height for Age Percentiles 2-18 Years." Height for Age Percentiles 2-18 Years . Developed by the National Center for Health Statistics, 2000. Web. Kasunka, L.G. "CORRELATION BETWEEN STANDING HEIGHT AND ARM SPAN IN YOUNG ADULTS – A CROSS SECTIONAL STUDY." Applied Journal Research (2015): 242-46. Print. "Lightweighting." Lightweighting | Sustainability Workshop . N.p., n.d. Web. Mayer, Caroline E. "Safety Isn't Always Top Priority." The Washington Post . WP Company, 14 July 2001. Web. More, Maria. "The Importance of Product Design and Packaging in Branding." More Than Branding . N.p., 14 Dec. 2010. Web. "Persuasive Design." Persuasive Design | Sustainability Workshop . N.p., n.d. Web. Rieva Lesonsky - November 3, 2015. "What Do Your Customers Care About Most." SCORE . SCORE, 03 Nov. 2015. Web.

  19. Questions?

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