Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.

Slides:



Advertisements
Similar presentations
A Picture Diagram of a Torch
Advertisements

Bad News Bots E2 Ryan Bove Kara Collins Peter Courtney Kyle O’Reilly Benjamin Rowland Concept Design Review.
Robo-FootballE2 Project Design Review 1 - 1/31/2008 Ryan Bove Kara Collins Peter Courtney Kyle O’Reilly Benjamin Rowland.
Fair Use Building and Research Labs Presents
AME Senior Design Group E3: Hewlett-Packers Concept Design Review April 24, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
Mechanical Design of Robots. High School Competitions.
Preliminary Design Review Group A3: HMS “Bloodhound” Matt Morris Matt Prygoski Jay Slaggert Fred Thwaites Dan Zibton Tuesday March 25, 2008.
Preliminary Design Review Micromouse EE 296 Spring 2008.
Robotic Football Group E1 CDR Team Top Gun April 22 nd, 2008.
Bad News Bots E2 Project Design Review 8 – 4/3/2008 Ryan Bove Kara Collins Peter Courtney Kyle O’Reilly Benjamin Rowland.
Preliminary Design Review Week 6 Group A3: HMS “Bloodhound” Matt Morris Matt Prygoski Jay Slaggert Fred Thwaites Dan Zibton Thursday March 13, 2008.
John Wloch Wind-Aid Preliminary Design Review 8 April 2008 Andy CrutchfieldJames Gates Keri Macaulay David Rupp.
Team HazardHawk Team HazardHawk The HazardHawk Team HazardHawk 2008.
John Wloch Wind-Aid Preliminary Design Review 1 April 2008 Andy CrutchfieldJames Gates Keri Macaulay David Rupp.
AME Senior Design Group E3: Hewlett-Packers January 29, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
Preliminary Design Review Week 7 Group A3: HMS “Bloodhound” Matt Prygoski Matt Morris Jay Slaggert Fred Thwaites Dan Zibton Thursday March 20, 2008.
Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.
AME Senior Design Group E3: Hewlett-Packers February 19, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
Team HazardHawk Team HazardHawk The HazardHawk Team HazardHawk 2008.
Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.
Team HazardHawk Team HazardHawk The HazardHawk Team HazardHawk 2008.
John Wloch Wind-Aid Preliminary Design Review 25 March 2008 Andy CrutchfieldJames Gates Keri MacaulayDavid Rupp.
Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.
Preliminary Design Review Group A3: HMS “Bloodhound” Matt Morris Matt Prygoski Jay Slaggert Fred Thwaites Dan Zibton Thursday, April 3, 2008.
Preliminary Design Review EE 296 – Micromouse Spring 2007.
AME Senior Design Group E3: Hewlett-Packers February 26, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
AME Senior Design Group E3: Hewlett-Packers March 11, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
Interactive Xylophonic Keyboard Mini-Mozarts November 9, 2006 Gordon Farmer Michael Johnson Eric Laumann Bryan Marek Philip Moss.
Bad News Bots E2 Project Design Review 2 - 2/7/2008 Ryan Bove Kara Collins Peter Courtney Kyle O’Reilly Benjamin Rowland.
Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.
PRACTICAL ELECTRONICS MASTERCLASS (Mr Bell) (COMPUTERS REQUIRED FOR 1 ST PERIOD) 1.
Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair.
EE/CS 480 Fall February, 2008 University of Portland School of Engineering Project Blue Heron Educational Ball and Beam Feedback Control System Team.
IOT POLY ENGINEERING 4-01 DRILL April 20, 2009 Ohm’s Law states that voltage equals current times resistance, V=IR. Solve the following problems. Draw.
Final project by : Mohamed Soliman Ostalab Robotic Arm.
EE/CS 480 Fall March, 2008 University of Portland School of Engineering Project Blue Heron Educational Ball and Beam Feedback Control System Team.
HEXAPOD ROBOT MINI PROJECT B-TECH ELECTRONICS AND COMMUNICATION ENGINEERING SIXTH SEMESTER ASWATHY.K RANJITH.R SREELAKSHMI.M SREEYENAN.E.K GUIDE Ms.Sreebala.P.
1 Reading Electrical & Refrigerant Drawings. 2 General An electrical drawing shows the components of the circuit as simplified standard symbols, and the.
The SFA Rover Team Project. The SFA Rover  Must be demonstrated at the beginning of the last lab of the semester, Dec 11 th.  Teams can work on this.
Status Report #1 LYRA The Remote Accessible Automated Camera Stand Developed by: Juan Cuellar, Nathan Dye, Timothy Hawley, & Matthew Hect September 17,
DETACHABLE POTHOLE DETECTION AND WARNING SYSTEM
AME Senior Design Group E3: Hewlett-Packers March 18, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
EE/CS 481 Spring February, 2008 University of Portland School of Engineering Project Black Cap Robotic Prosthetic Arm Team Josh Triska Corban Monger.
Chapter 31 Fundamentals of Circuits (Circuit Elements and Diagrams & Kirchoff’s Laws and the Basic Circuit)
PRACTICAL ELECTRONICS MASTERCLASS ASSEMBLY PRESENTATION (MR BELL) 1.
Series and Parallel Circuits. Learning Intentions – Today we will be… Developing our knowledge of series and parallel circuits I can set up a series circuit.
ENG241/ Lab #11 ENG2410 Digital Design LAB #1 Introduction Combinational Logic Design.
Electronics Investigation Investigation 1. Circuits Flow of electricity is current Current flows in a circuit Flows in one direction Closed = complete.
EE/CS 480 Fall November, 2007 University of Portland School of Engineering Project Blue Heron Educational Ball and Beam Feedback Control System Team.
8.2 ELECTRIC CURRENT BC Science 9: p Electric Circuit An electric circuit is a complete pathway that allows electrons to flow. Electrons flow.
Biomedical Instruments Design 475 BMIS Circuit Design.
Electricity Circuits. Learning Goals I will be able to identify both series and parallel circuits. I will be able to draw circuit diagrams.
Preliminary Design Review Group A3: HMS “Bloodhound” Matt Morris Matt Prygoski Jay Slaggert Fred Thwaites Dan Zibton Thursday, April 10, 2008.
AME Senior Design Group E3: Hewlett-Packers February 7, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
Circuit Symbols I have used a range of electrical components to help to make a variety of circuits for different purposes. I can represent my circuit using.
AME Senior Design Group E3: Hewlett-Packers (Robo-football Quarterback) March 27, 2008 Caitlin Feely Ben Nelessen JJ Rees Jamie Rowland Patrick Tennant.
MIND CONTROLLED ROBOT BY ADITHYA KUMAR EIGHTH GRADE.
Project Overview  Introduction  Clawbot Build  Design Modification  Design Development  Programming  Sensors  Advanced Sensors  Open design challenges.
Bad News Bots E2 Project Design Review 7 - 3/20/2008 Ryan Bove Kara Collins Peter Courtney Kyle O’Reilly Benjamin Rowland.
IAT 267 Introduction to Technological Systems 1 Week 2 Workshop Basics of Electronic Circuits.
Fair Use Building and Research Labs Presents
Arduino Basics Rajeev Dwivedi, PhD.
Electronic Education Kits
Fair Use Building and Research Labs Presents
K2 Schematic Analysis and Pictorial Diagram
Current Electricity and Electric Circuits
FIGURE 24-1 The two horns on this vehicle were finally located under the front bumper. They were not visible until the vehicle was hoisted.
Building Electrical Circuits
Unit Standard credits 7 weeks
Presentation transcript:

Robotic Football Group E1 Jesse Brawer Zach Eberbach Rob Mineo Laura Peveler Susan Sinclair

Introduction Project Definition: – Develop a Robotic Football Competition and produce a proof-of-concept prototype. Our Focus: – Prototype a quarterback and a receiver in order to complete an offensive passing play. Today’s Discussion: – Programming, Circuitry, Structural Components

Previous Week’s Action Items Item 1: Design Circuitry – Circuit Diagrams revised for both the Quarterback and Receiver models. Parts received this week: – Turning base motor. – Throwing arm motor. – Capacitor.

Quarterback Circuit Diagram

Receiver Circuit Diagram

Previous Week’s Action Items Item 2: Develop CAD drawings – Parts for brackets, capacitor, motor, and Mini- Max/PIC built. – CAD model nearing completion for Quarterback. Still requires capacitor, motor, and Mini-Max/PIC attachments. – HDPE cradle structure for throwing arm. – Mini-Max/PIC attached with screws and washers. – Considerations needed for capacitor.

Current Status of Concept Status of the Design – Prototype Development: Virtual Model. Electronic Circuitry and Programming. – Currently on-schedule. Project Plan developed for Mr. Hederman. Saturday meeting with Mr. Cushing and Mr. Horvath centered around competition rules.

Current Graphic

Next Week’s Action Items Item 1: Begin Programming and Circuit Construction – Testing with Breadboard connection between Mini- Max/PIC and robot components. – Mini-Max/PIC will be programmed to control these components: Turning base motor. Throwing arm motor and capacitor pair.

Next Week’s Action Items Item 2: Order Structural Components – Order HDPE material for Quarterback. – Buy switches for the Quarterback base. – Buy Velcro for object of play. – Finish selecting sizes for fasteners. Brackets, screws, washers. – Update CAD model with selections.

Conclusion Important Points: – Build circuitry for purchased electronic components through use of the bread board. – Develop code for each circuit element. – Order structural components including fasteners and HDPE.

Questions? Any questions?