Water Runners EDSGN 100 Section 19 Team 1

Table of Contents 1. Description of Task 2. Design Process 3. Evaluation 4. Prototype/Model

Mission Statement Our mission is to design, build, test and market a non electronic

Stakeholder Requirements ● Able to mass produce ● Marketable ● Sustainable ● Profitable ●

Design Specification Portability Durability Maneuverability Speed Weight load Safety Materials Wearing a life vest

Stakeholder Needs Based on Survey Need Importance on scale from 1 -5 Durability 4.

Concept Generation Water bottles with scoops

Concept Generation Water bottle shoes with poles

Concept Generation Double box shoes with scoops

Concept Generation Scooter motion Surfboard

Subsystem/System Propulsion was the subsystem of designing of our propulsion strategies. We used 5

Subsystem/System Buoyancy is the subsystem defined as the ability for the shoes to float

Subsystem/System Stability was the subsystem that we looked how to make the shoes as

Subsystem/System Structure was the subsystem involving the design of the physical structure of the

Subsystem/System Materials was a subsystem involving the selection and gathering of materials for the

Reevaluation In Summary there were some changes that we would do in order to

Works Cited ● "Walking on Water. " Access. Science (2003): 3 -5. The Edinburgh

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Water Runners EDSGN 100 Section 19 Team 1 March 1, 2017 Evan Harshbarger, Tommy Ma, Dylan Wentzel, Chuzhen Wang

Table of Contents 1. Description of Task 2. Design Process 3. Evaluation 4. Prototype/Model 5. Summary/Conclusions 6. Questions

Mission Statement Our mission is to design, build, test and market a non electronic device for consumers ages 14 to 22 that enables the users to safely walk across water using only their lower body for propulsion.

Stakeholder Requirements ● Able to mass produce ● Marketable ● Sustainable ● Profitable ● Cost limit ● Size constraints ● Material constraints

Design Specification Portability Durability Maneuverability Speed Weight load Safety Materials Wearing a life vest during use of this product is highly recommended.

Stakeholder Needs Based on Survey Need Importance on scale from 1 -5 Durability 4. 55 Safety 4. 43 Maneuverability 4. 16 Portability 3. 87 Speed 3. 76 Price 3. 51 Appearance 3. 39

Concept Generation Box with Scoop

Concept Generation Water bottles with scoops

Concept Generation Water bottle shoes with poles

Concept Generation Double box shoes with scoops

Concept Generation Mechanized Surfboard

Concept Generation Scooter motion Surfboard

Concept Screening

Concept Scoring

Subsystem/System Propulsion was the subsystem of designing of our propulsion strategies. We used 5 folders to catch the water and propel the shoes forward.

Subsystem/System Buoyancy is the subsystem defined as the ability for the shoes to float and support the weight of the rider.

Subsystem/System Stability was the subsystem that we looked how to make the shoes as stable as possible in water. Dimensions of the final product 0. 305 m by 0. 318 m by 0. 914 m

Subsystem/System Structure was the subsystem involving the design of the physical structure of the shoes to make sure it was strong enough to withstand the forces acting on it.

Subsystem/System Materials was a subsystem involving the selection and gathering of materials for the shoes.

Cost Analysis

Prototype 1 Flaws

Prototype 2

Reevaluation In Summary there were some changes that we would do in order to improve the functionality of our Water Runner. Those adjustments would include: Increase Length Replace ropes with fins Add side supports

Gantt Chart

Works Cited ● "Walking on Water. " Access. Science (2003): 3 -5. The Edinburgh International Science Festival, New Scientist, . New. Scientist. Web. 28 Feb. 2017. ● "Brand New Walk On Water Shoes For Adults. " Www. saferwholesale. com. N. p. , n. d. Web. 28 Feb. 2017. ● Finnerty, Shane. "The Bubble Rollers - Home. " Walk on Water. N. p. , n. d. Web. 28 Feb. 2017.

Questions?