Buoyancé By: Bernoulli Boats

Slides:



Advertisements
Similar presentations
The North States Superyard 3 in 1 Metal Gate was designed with your small children and small pets in mind. In a busy household use this product to keep.
Advertisements

Team CADAK Andrea Fletes Amika Hebert Christy Nguyen Kelly Yee Derek Yip HAMPER ound.
Following are two samples of classroom practice. Technology education integrates both procedural and conceptual knowledge based on a holistic view of design.
Project Presentation: The AccuDrill Company: AccuTools Inc.
Andrew Howard Devin Handler Brett Moll EF 152 Project 2 Windmill Generator.
Properties of Materials By Aylin.  Waterproof is something that doesn’t let the water go inside.  For example: rubber, metal, glass, plastic.  Things.
IN-PIPE ISPECTION ROBOT Students: DEL BUFALO GIOVANNI NOTARO GIANLUCA ROVARDI ALESSANDRO Professor: VIKRAM KAPILA Mechatronics Final Project Design.
SeaPerch Design Challenge and Construction Overview.
Team Eight: Team Eight: Eric Sternberg, Leah Frederick,,Steve Schweigert and Kelsi McKinley Lester Hierarchical Customer Needs Assessment 1.0 Performance.
Design Project – Final Phase Team 9: Rishabh Agarwal Keith Chan Anton Galkin Ashwin Kapur.
Choosing the right greenhouse. A greenhouse is a structure in the garden in which one grows plants in fairly ideal conditions. These buildings can range.
Problem Statement There are over 25 million children under the age of 5 in the United States, many of these children are taken out to restaurants to eat.
TOOTHBRUSH DESIGN -Avram Chernoff -Matthew Cheung -Octavio Garcia -Shanmukha Kandukuri.
Sunglasses in Elementary Schools Social Entrepreneurship Project Annisa Pirasteh.
Breaking Wind By: Team Tool Time. The Team (from left to right: Matt Hart, Micah Mcfarland, Chris Crowe, Pedi Hashemian)
BRIEF and SPECIFICATION for IMPROVING the PRODUCT
Marine Debris Collector Green A: Sketch Model Review.
Final Demonstration Team 2A The Charles Machine Works Downhole Generator Project.
The Monster Tank. Brief Overview: - Objectives and Constraints - Design Process - Final Design: The Monster Tank - Safety Considerations - Marketing and.
Make Project Jack B, Josh C and Jeremy J. Topic and Reasoning  In the beginning our essential question was can we modify an Remote Control car so that.
Travel Electric Toothbrush Project Jarad Jupena Justin Lewis Garrett Groce Sam Gadebusch
CARSEN LANDRETH & AARON TAYLOR RULE OF THIRDS (PART 1)
THE WONDER WHEEL Claire Fage, Jared Smith, Brittani Perez, Bryan Fly, Rusty Castleberry.
Working With Wind Energy.
Designing Robots How to make a stable robot! Much of the information in this power point is from Winning Design! By James J. Trobaugh.
SAVING THE DISPOSABLE CAMERA TEAM 7 CLAYTON CASHION DANIEL WALSH JOHN KLUSEK NATHANIEL MATSUURA EDSGN 100 SECTION 008.
Redesigning an Electric Toothbrush Dora the Explorer Merna Hanna Chris Valez Lauren Gabryluk Floyd Dorazio.
EPS SPRING 2015 Team 4. Content Problem and IdeaMarketing Sustainability and Ethics Design Website Architecture Tests and Results Conclusion Future proposals.
Centre No Artist – Gareth Kelly Unit 3 Working to a Project Brief.
HMTEF-100 racer Hail mary toymakers- A16   Jacob Groothuis, Ben Miller, Beverly Wesh, Lilly McCampbell EF 152 Spring, 2017 April 6th, 2017.
N W D B Zombie Defense House NWDB Toys Team B-09 Evan Newell
Greenhouse for Sprouts
Rainball Team Engage C-16
The Benefits of Owning Your Own Swimming Pool
So you Think you Wanna be an Engineer?
The ultimate marble track – Toys R’ not US
Layne Hurd, Jared Smith, Trevor Dixon, and Stephen BOtto
Andre Lipcius, Parker Trulove, Shafer Beary, Cory Colbaugh
Designers all about learning introduces Study Buddy cube
Hannah Loftis, Jakob Thaler, Radwa Ahmed & Travis Livingston
The Tennessee Bean Machine
SKEET DART BIME Engineering Team D-21 Carlos Romero Carmelo Venero
Richard Ammons, Rachel Dunlap, Kayla Hughes, Uchung Whang
Marr-ball Think Toys E-10 By: Ethan England, Matthew Keisling, Drew Tucker, and Caleb Whited EF 152 Spring April 2017.
Fun Toy for Disabled Children
Bennett’s Biggest Fans
Canjo Kit EF152 Spring /8/17 Team: Boys ‘R’ Us TA-217-5
Clue Box SMACK Toys EF 152 Fall /8/2017 Team #218-6
FRISBERANG McEngineers
`Duncan, Ryan Pauly, Preston Spires EF 152 Spring, 2017 April 6, 2017
Engineering Fundamentals 152
STRETCHY-NET Infinity Toys – C-08
Fun Toy for Disabled Children
Mains Plug Wiring: Brown lead Live Blue Lead Neutral
Cameron Shelton Caleb Bales Kelvin Barner
Thunderdome The Jordans – D23
Business Plans.
Members: Francis Nuñez, Ryan Keever, Austin Harvey, Bryce Evans
Sling’N Shoot Designed and made by: The members of USA Sling Shot Enterprise Austin Ford, Christian Waksmunski, and Will Conroy D-16 EF 152 Spring 2017,
Magne-top Friend-gineers D-10 April 6, 2017
The Engineering Process Engineers United Team #6
Team Dynamite Dynamite Canon C-19 Raul, Daniel, Alex, Seth
Sun Stop Team Name: CBCC Engineers
Buoyancy boats Midnight Cyborgs
MARBLE MAYHEM Engineers R Us (S17 F-03)
The Easy-up Presented By: Gabe Niebel, Campbell Kellum, Nathan Smith, and Luke Ihrig Team 5 EF 152, Spring /25/2019.
Handy Bag Holder (HBH) D216-1
Handy Bag Holder (HBH) D216-1
Rocky Top Engineers|SC-2K| D212-1
Presentation transcript:

Buoyancé By: Bernoulli Boats 4/6/17 Buoyancé By: Bernoulli Boats Creators (group C-06): Martino Hooghkirk Elyssa Ridley Thomas Keyes Alicia Matavosian A project for EF 152 Spring 2017

Conceptual Design -Wooden frame with a wind up mechanism inside -rubber band powered -Wooden dowel through boat to attach wheels -PVC pipe inside to protect dowel from water damage -More cost efficient and less dangerous than other ideas -Decided not to 3-D print front and back

Customer requirements/product selection -Children 5-12 years old -Customer wanted a toy for his neighborhood pool that was not electrically powered and does not break as easily (plastic) -Batteries were a problem -Designed it without electrical power while still being engaging and fun for kids -Utilized recycled wood to promote sustainable production

Actual Design 23% of the boat uses recycled wood Rubber bands power the twin paddles through a dowel and gear inside Inner PVC pipe protects the dowel from water damage Removeable cabin provides ample opportunity for a child’s imagination Wooden Holder puts the boat on display when removed from water

Marketing Video

Customer Feedback and Results -Martino’s little brother, Francesco, loved the look and build of it -He liked that it was easy to use, which was our main goal -He commented that the lack of batteries was convenient -The rubber band mechanism rotated the paddles, however could have been improved -More flexible and durable material -The boat’s sturdy build prevents it from breaking

Cost and Time Estimates -The cost to build 1,000 boats is estimated to be $9,850 -Individual units cost $9.85 to build -Sold at a projected price of $15, this product could give a net gain of $5,150 -The total work for designing, building, and testing the boat was 83 hours Designing- 26 hours Building- 41 hours Testing- 16 hours

Conclusions -A good looking, durable, waterproof boat that is easy to operate -No electrical power involved -Constructed with recycled wood -What could we improve upon? -more propulsion and buoyancy -Would you recommend any additional features? -fun additions to allow the customer to personalize and accessorize their new boat

Meet the Team Martino: Designer, Builder, Inventor Alicia: Artist, Problem-Solver, Budgeter Thomas: Videographer, Creator, Constructor Elle: Organizer, Developer, Documenter