ECE 192: NATCAR Team (Triton X) Sponsored by IEEE (http://ieee.ucsd.edu) Vincent Bantigue, Joseph Formanes,

Slides:

Advertisements

Similar presentations

1 Group 4 Autonomous Wi-Fi Sniffer RC Truck GIZMO Sponsor CALIT2 Mentors Javier Rodriguez Molina Don Kimball Group Members Dan Curcio Anson Hsu.

Advertisements

Automation and Control of a limited size parking lot using PIC18 Microcontroller Alaa Sharif Ali Ghamlouch Zaher Khattab April 2011 Presented to: Dr. Youmin.

Greg Beau SerajAnanya. Outline  Project overview  Project-specific success criteria  Block diagram  Component selection rationale  Packaging design.

ECE 4334: Capstone Design Fall 2009 Welcome ! Facilitator: Dr. Len Trombetta.

By Troy Mills 4/13/2009. Project Background The original concept was to use different color LED’s in order to control how the submarine would guide itself.

Lab 01: AEV Project Introduction Advanced Energy Vehicle (AEV)

Wireless Hummer ECE 791 – Oral Project Proposal ECE Faculty Advisor: Dr. Richard A. Messner November 1, 2010 Presented By: Justin Audley, Blake Brown,

Proposal Presentation EE 396 – Micromouse Spring 2008 Saturday, February 9, 2008 Donald Kim Lab - POST 214.

A fully autonomous robot designed to navigate and solve a maze.

The Pied Pipers Alyssa Visitacion Ken Shum Joanne Flores.

Team Gary Dan Farley Tyson Rogstad Erik Flum Rob Koch Gary Zigmann.

A.G.I.L.E Team Members: Brad Ramsey Derek Rodriguez Dane Wielgopolan Project Managers: Dr. Joel Schipper Dr. James Irwin Autonomously Guided Intelligent.

Nandini Vemuri (EE) Jason Jack (CE) Ryan Schmitt (CE) Jeff Howe (EE) John Corleto (CE) Emily Phillips (EE) Power Distribution Subsystem Wireless Communication.

Curry Mouse EE 296 Project Proposal Presentation February 11, 2006.

‘Iole o Mãnoa Mouse of Mãnoa. Team Members Jeff Fines Designer, Fabricator, Programmer & Thomas Matsushima Designer, Fabricator, Programmer.

Preliminary Design Review

Group Members Ikechukwu Mogbana Adewuyi Kupolati Frederick Tyson Advisor Prof. Mahmood November 10, 2005 Senior Project 2005/06 Undergraduate Project Proposal.

Team Gary Dan Farley Tyson Rogstad Erik Flum Rob Koch Gary Zigmann.

Team HazardHawk Team HazardHawk Last Week  Trim Budget Complete ○ Select new driveshaft, sprocket, bearings ○ Select additional component: clips.

Table Dancer Team Members: Ryan Gray Dale Williams Emeric Rochford Dan Beard.

MSD-II Project Review Modular Motion Tracking Sensors 1.

Preliminary Design Review Micromouse Spring 08 8” Comb.

R I T Team Members: Dan Lester → Team Lead Chris Feuerstein → Lead Engineer/Electrical Lead Mike Schwec → Electrical Support Jacob Hillmon → Electrical.

EMRAM Mini-Sumo Project INNOVATIONS. EMARAM INNOVATIONS Team Members: Nick Enriquez Project Manager, MCU Programmer, PCB Design Christian Marquez Parts.

DC Motor Control  mouse EE 496 Advisor: Dr. Tep Dobry.

Team Kelly Robot: Vern Team Members: Kelly McEachern Ben Rush Greg Vozza EGN 1935: ECE (Ad)Ventures.

Team Members: Connie Lisu Ahmad Yahya

MAE Team Members: Timothy Bernadowski Michael Beyrodt Brandon Snyder Brian Johnson Joe Hopkins Ryan Turne r Samuel Brooks MAE Advisors: Dr. Ayodeji Demuren.

Status Report #8 Portable Solar Power Supply Team# 13 Eric Camacho John Michael McLeod Ky Dinhquoc Nguyen Kelechi (Kc) Nwogu 04/06/2011.

Senior Design 1 Team Bufflehead Ultrasonic Object Locator for Visually Impaired Team –Jamie Grimm –Jonathon Ray –Nate Andrews University of Portland School.

MAE Team Members: Timothy Bernadowski Michael Beyrodt Brandon Snyder Brian Johnson Joe Hopkins Ryan Turne r Samuel Brooks MAE Advisors: Dr. Ayodeji Demuren.

ECE 191: Group 2 NXT Robots & Their Applications in Machine Learning Mentor: Anjum Gupta Group: Roanne Manzano Eric Tsai Jacob Robison Sponsored by: SPAWAR.

Microcontroller Robot Design Spring 2003 Advisor : Prof. Hayler Engineering Team: Mark Vo Jing Hua Zhong Abbas Ziadi.

Status Report #5 Automatic Child Safety Gate: Corry Winslow Roger Battles Philip So Description: A telescoping gate with sensor technology through 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.

Wall-E Prototype I Team 1 Xin Jin

TextMonTuesWedThursFriSatSun Text example GANTT CHARTS Example text Text.

Hardware Overview Autopilot Control Board- Serves as common platform for other components and has autopilot code and flight plans Battery- Powers the.

Sponsor: National Science Foundation

Status Report #2 Automatic Child Safety Gate: Corry Winslow Roger Battles Philip So Description: A telescoping gate with sensor technology through the.

Status Report 4 CAPS Cynthia Reyna David Rodriguez Cynthia Salas 9/22/08 Child Abuse Prevention System is a device that will monitor and log abusive hits.

‘Iole o Mãnoa Mouse of Mãnoa. Team Members Jeff Fines Designer, Fabricator, Programmer & Thomas Matsushima Designer, Fabricator, Programmer.

EE/CS 481 Spring February, 2007 University of Portland School of Engineering Project Killdeer Digital Tire Pressure Monitoring System Team John Hirano.

Problem Statement Expanding the capabilities of an auto repair paint drying system that uses newly developed ultraviolet (UV) light activated paint. This.

Optical Heart Monitor / Jump Drive Group 6 Sponsor: Calit2 Mentor: Paul Blair, Ph.D. Team: Kari Nip, Matt Chandrangsu, Jeffrey Chi.

EE/CS 480 Fall November, 2007 University of Portland School of Engineering Project Merlin WOC 60 :Wind Output Converter to 60Hz Team Tammy Okubo.

Can you see me now? Team 13 Jason Giles John Ashmore Jing Li Brian Bell.

Status Report #2 Autonomous Lawnmower Team 5 April Fowler Jose Manzanares Ranjith Raghunath Christopher Gerhardt 5 Feb 07 To design and implement an autonomous.

Project Umpqua Electric Vehicle Drive System Team Abdullah Binsaeed Dustin Buscho Steven Arlint Advisor Dr. Albright Industry Representative Mr. Menig.

CS-EE 480 Fall November, 2005 University of Portland School of Engineering Project Long Tom OTTR Team Annette DeVille Tom Kinnear Jeff Scott Advisor.

CS-EE 481 Spring February 2006 University of Portland School of Engineering Project Umpqua Electric Vehicle Drive System Team Abdullah Binsaeed Dustin.

A UTOMATED Design Team 8 David Martinez Robert Raley James Wilson A DJUSTABLE T ABLE Status Report 3 February 1 st, 2010.

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes,

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes,

Welcome to Engineering 1182 or Lab Attendance  Expected to attend all labs  Missing a lab meeting time A valid documented excuse required  Allowed.

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes,

Pan Tilt Antenna Controller Midterm Progress Report

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes,

The U.S.S.E Team #4 Antonio F. Alvarez Miguel A. Rivera Jose L. Gamboa Janice O. Cruz Antonio F. Alvarez Miguel A. Rivera Jose L. Gamboa Janice O. Cruz.

CS-EE 481 Spring January 2006 University of Portland School of Engineering Project Umpqua Electric Vehicle Drive System Team Abdullah Binsaeed Dustin.

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes,

Retention - Seminar Course Freshmen/Sophomore Seminar course 2 credits Professional Issues –Career Building –Sub-areas of ECE / Curriculum Options –What.

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes,

Ali Alkuwari Patrick SwannJad FarahMarcus SchafferKorhan Demirkaya Long QuyDenden TekesteNgoc MaiSteven Weaver.

CS-EE 480 Fall November, 2005 University of Portland School of Engineering Project Molalla Microprocessor-based Charge Controller Team Andrew Melton.

DOODLE DRIVE Presenter: Edward Kidarsa Team 6 Tablet Controlled Vehicle.

Status Report 7 CAPS Cynthia Reyna David Rodriguez Cynthia Salas

The U.S.S.E Status Report #1 February 2nd, 2009

Instructions - Delete this first page

Presentation transcript:

ECE 192: NATCAR Team (Triton X) Sponsored by IEEE ( Vincent Bantigue, Joseph Formanes, Henry Kao, Puneet Khattar, Advisor: Dr. Clark Guest Week 4, 1/25/05

Agenda: Gantt Chart Task List for this week Technology/Applications Basic Car Design Budget Tasks accomplished this week Upcoming Tasks for next week

Gantt Chart: Today Milestones

Task List for this week: Hold team and group meetings Make sure that each group member is familiar with the project Make sure that each group member is familiar with the project Discuss specifications and requirements Discuss specifications and requirements Create Gantt Chart Research parts and create budget Begin study and design of H-Bridge (motor controller), IR and EMF sensors Create basic header files for microcontroller programming

Technology/Applications: Technology: We will be using existing technology (microcontroller, electric motor, IR and EMF sensors)-- our innovation will be achieved through programming and sensor design. We will be using existing technology (microcontroller, electric motor, IR and EMF sensors)-- our innovation will be achieved through programming and sensor design.Applications: The research done on our project serves as a stepping stone to developing autonomous guidance systems on large-scale motor vehicles. The research done on our project serves as a stepping stone to developing autonomous guidance systems on large-scale motor vehicles.

Basic Car Design:

Budget: Microcontroller: Adapt 9S12DP256- $ Chassis: Associated RC10L- $68.05 Motor: Trinity P2k2 Pro Stock Motor- $30.00 Servo: Hitec HS-311 Standard- $10.00 Batteries/Charger: 7.2V NiCad 2100mAh- $20.00 Motor Controller: H-Bridge Circuit- $5.00 Sensors: IR and EMF- $50.00 Miscellaneous: PCB’s, circuitry, body modifications, books- $ PCB’s, circuitry, body modifications, books- $ Teamwork: Priceless TOTAL: $496.05

Tasks accomplished this week: Researched and started design for IR and EMF sensors, H-Bridge motor controller circuit Began basic microcontroller programming Acquired parts (batteries, books)

Upcoming Tasks for next week: Acquire any remaining components of the vehicle Assemble motor controller and practice course Begin implementation of sensors (IR and EMF) Continue microcontroller programming