Josh Alfaro Amanda Johnson Dustin Lee * Problem Statement * Project Scope * Current State * Barriers * Upcoming Steps * Conclusion.

Slides:



Advertisements
Similar presentations
Gateway Training Workshop Module Two
Advertisements

Advanced Energy Vehicle
Handheld Wireless GPS Tracking Device Senior Design EEL 4914C : UWF, Fall 2006.
FLIGHT Case Study #4 “CO2 Airplanes” – FINAL EXAM
Pima Community College 4/12/14 Team Members Nick Patzke Gustavo Guerrero Nick Morris UAV Design, Manufacture and Applications Arizona NASA Space Grant.
ES100 MICRO AIR VEHICLE Ryan Goldberg Brett Keenan Loryn Chen Tiffany Khong Erica Edney Dani Battle Harris Benjamin.
3-1 Planning the Project. 3-2 If a Problem Occurs During a Project Is It Most Likely Due to: 4 A) Poor Execution 4 B Poor Planning.
Human Extraction Rescue Robot Material Handling Methodology & Proof-of-Concept Prototype Matthew P. King Erin B. Rapacki In partnership with… ADVISORS.
In the name of God Toward Better Software Development: Software Engineering Principles By: Mohsen Sadighi Moshkenani Chapter 2.
Mechanical Engineering 8936 Term 8 Design Project February 3, 2012.
By April Nelson Sherrills Ford Elementary School.
Physics 1809: Resistors, Capacitors, and RC Circuits Purpose of this Minilab Learn about charging and discharging of a capacitor through a resistor. Learn.
1 Design Group 2 Kat Donovan - Team Leader Andrew DeBerry Mike Kinder John Mack Jeff Newcamp Andrew Prisbell Nick Schumacher Conceptual Design for AME.
AME 441: Conceptual Design Presentation
Chapter 5 Project Planning
Final Year Projects in the Context of Manufacturing Process Ian Webster Transform Rail Interiors May 2004.
Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.
By, Justin Carland, Indar Lange, Ryan Matsui, Derek Hanson.
LSU 10/09/2007System Design1 Project Management Unit #2.
Project #2 : “The Ceiling of 2017”: An indoor hotel swimming pool ceiling By: David Rahoi, Kasha Kultys, Jericha Cain, Jason Mikus Spring 2007.
N A managed approach to planning and controlling the implementation of complex application software. n A flexible tool kit, designed to support the Project.
UTA Paratransit Bus Electrification Project June 2015.
KEEPING LABOR AND OVERHEAD COSTS DOWN Controlling Labor and Overhead Costs as a Long Term Strategy.
Mag Lev Vehicles Case Study #2 “Magnetic Levitation Transportation”
 Model airplanes are sized down models of an aircraft  The calculations are easy and the importance is given to building of the plane.
introducing R/C WIG Hovercraft a.k.a. Junior
Real World Design Challenge
Chapter 5 Sem I, 2003/2004Prepared by: Jafri Mohd Rohani1 Project Planning “ If you don’t plan for the project, you are planning for failure” “ Plans act.
Scott Coffin Adam Faucher Jason Graika Brian Voelz Client: Honeywell Advisor: Dr. Zhengdao Wang.
Radio-Controlled Duck Decoy May April 30 th, 2003 Team Members: Faculty Advisors: Jason Freerksen Prof. Robert Weber Kooi-Tjek Lau Prof. Clive Woods.
BASICS OF RC PLANE. Overview  What is RC Plane?  RC Planes’ Parts and their Role  How planes fly?  Concepts and Terminologies of RC Plane  Stability.
Engineering Design Workshop Quality Design Projects for Engineering Fairs Sponsored by Santa Clara Valley Science and Engineering Fair Association for.
Preliminary Design Review Heidi, Cara, Lauren, Juan, Andres, Joe, Aras.
Group 13 Heavy Lift Cargo Plane Richard-Marc Hernandez Yoosuk Kee Stephen McNulty Jessica Pisano Chi Yan Project Advisor: Siva Thangam.
Order of Presentation David – Intro and Fall Review Matt – Testing and Summary of Changes Josiah – Details on New Design Josh – Electrical Hardware Ona.
Interim Design Review Group 13 – Flapping Wing MAV NASA Parker Cook George Heller Joshua Nguyen Brittney Theis.
12/3/2015 Micro-Air Vehicle Project Team Members: Sheyhan Jayawardena Michelle Mahon Priscilla Mannuel Harvey Muller Kyle Nathan Rodrigo Rojas ES100 Design.
Final Year Project 1 (FYP 1)
The Project Dr. Len Trombetta 1 ECE The Goal Measure the internal resistance of a AA battery as it is drained of energy. Assume a model: an ideal.
Bicycle Powered Charger Kento Yamaguchi ECE 498 Design Defense Advisor: Professor Hedrick.
Daniel Bressan David Tran Robbie Banks Amit Kapoor MACH 1/7.
 Group 2  Presented By:  Josh Balsam, Justin Coe, Curtis Sharkey.
BRAVES Cleve Fann Josh League Craig Pope Bill Pryse Allan Quaife.
Final Design Team 6 December 2 nd, UAV Team Specializations David Neira – Power & Propulsion Josiah Shearon – Materials Selection & Fabrication.
Preliminary / Interim Design Team 6 November 9, 2010.
Codey Lozier Christian Thompson Advisor: Dr. Mohammad Saadeh
Magnetic Levitation Competition
Knocker Unlocker JACOB GILBERT | SENIOR DESIGN PROJECT 1.
Neelam Patel Brian Reyes David Wade ????? Mystery Member ????? STATUS UPDATE TEAM ALPHA.
AHS+Associates Principles of Architecture & Construction Grades: 9-12 Credit: 1 Elective Description: Provides an overview to the various fields of architecture,
MOBILE CAMERA CONTROL SYSTEM. Team Members Ruth Ayalon – ME Ruth Ayalon – ME Erin Gillespie -ME Erin Gillespie -ME Claudia Forero –ISE Claudia Forero.
Hovercraft b & c 2017.
Planning the Project.
Change Management V.N.Bhaskar Rao Engineering & Construction Director Amec Foster Wheeler India Operations.
Cornerstone Elementary School Science Fair Night
AEROMODELLING WORKSHOP
SUPPLY CHECK! Take out the following materials:
How to Pick Perfect Foldable Light Weight Ebicycle | Topmate
Hover Craft Project Create a Powerpoint Presentation
Chapter 7 Signing Plan Sets
PROBLEM RENEWABLE ELECTRICAL ENERGY GENERATION AND DISTRIBUTION
Science fair overview- 7th grade
ECE 477 Final Presentation Team 10  Spring 2008
The Stoplight.
ECE 2100 The Battery Project Dr. Len Trombetta.
Science Fair Title Name Period Mrs. Meyer.
The Stoplight.
Earth and Space Science
Magnetic Levitation Competition
Project Management Unit #2
Presentation transcript:

Josh Alfaro Amanda Johnson Dustin Lee

* Problem Statement * Project Scope * Current State * Barriers * Upcoming Steps * Conclusion

* To create a miniature vehicle that can hover over surfaces. This miniature vehicle will be controlled by a radio transmitter that will change its direction in a stabilized manner.

* Work to be Completed * Conduct research on all the principles involved in the construction of the hovercraft. * Construction of a prototype that can be controlled by a remote. * A final report that details every aspect of the process of making the vehicle. * PowerPoint presentation overviewing the whole process.

* Necessary Resources * Purchase of various materials * Hardware store or parts specialist knowledge. * Necessary materials for hovercraft function * Research various topics on the hovercraft * Estimated Project Cost: $125.00

* Scope Limitations * Personnel limitations: * Expert advice * Supplies or material limitations: * Cost effective & efficient materials * Proper tool and function * Schedule limitations: * Individual Schedules and commitments

* 8.5” by 11” * Hovering Capability * Propulsion System * Turning Capability

* Completion of the Design Proposal * Bill of Materials * Test Plans * CAD Drawings * Work Process

Place Purchased Part Part Description Quantity Unit Cost Total Cost Office Max Composition Notebook 9 ¾” X 7 ½” 80 sheets 2 Books $2.59/Book $5.62 American Science and Surplus Squirrel Cage Blowers 12V DC Brushless; 8.2 W 2 Blowers $12.50/Set $12.91 American Science and Surplus Battery Holder 1 Holder $1.25 $1.65 American Science and Surplus Parachute Fabric Olive Green; Sold by Square Yard 1 Yard $2.00 $2.41 Wal-Mart Portfolio Durable Binder 1” thick; 3 rings; Navy Blue 1 Binder $1.87 $ 2.01 Wal-Mart Styrofoam Brand Foam Block 1 Block $7.00 $7.56 Home Depot AA Energizer Rechargeable Batteries 8 AA Energizer Rechargeable Batteries; 2300 mAh 1 Package $21.67 $23.19 NitroRCX.com 6-Channel Transmitter and Receiver 2.4G CT6B 6-Channel Transmitter and Receiver (R6B) Complete Radio System for RC Helicopter and Airplane) 1 Transmitter with Receiver Included $32.00 $41.85 Total Cost $97.20

* Test Plans * Durability * Lifting Speed * Hovering at a Constant Rate * Vehicle Size Specifications * Propulsion System * Acceleration * Top Speed * Stopping Distance

* Construction Of The Prototype * Prototype Testing * Refining The Prototype * Final Report * Final Presentation * Graduate

* Extracurricular Activities * Senior Events * Class Load