EE/CS 480 Fall /1/2016 7:07:45 PM University of Portland School of Engineering Project Gallon House Program Review 1 Team Evan McNichols Brian Myles Joe Oletti Advisor Prof. Nuxoll, Dr. Crenshaw, Dr. Osterberg Industry Representative Mr. Harrison Intel etc.

EE/CS 480 Fall University of Portland School of Engineering Overview Introduction Scorecard Additional Accomplishments Plans Issues/Concerns

EE/CS 480 Fall University of Portland School of Engineering Introduction 24 hour clock with bells and whistles –Time, Day, Class, Greeting, Ten-minute count down till next class Use(s)

EE/CS 480 Fall University of Portland School of Engineering

EE/CS 480 Fall University of Portland School of Engineering Scorecard Summer –Planned on completing B^2 Logic. August/Sept –Completed Proposal and Functional Spec

EE/CS 480 Fall University of Portland School of Engineering Additional Accomplishments Reserved workspace in the EE lab Ordered PIC and LCD Completed our awesome Gallon House shirts Completed our equally awesome Gallon House stationary

EE/CS 480 Fall University of Portland School of Engineering Plans Intro and Background of Theory of Ops Architecture of Theory of Ops Design of Theory of Ops Schedule of Theory of Ops Rough Draft of B^2 logic for Dr. Osterberg Working PIC/LCD demo circuit

EE/CS 480 Fall University of Portland School of Engineering Milestones NumberDescriptionOriginal 08 Oct 08 Previous 28 Oct 08 Present 02 Dec 08 2 Bullet Statements for Functional Spec due to Myles 15 Sep 3Budget Completed18 Sep 4 Requirements and Preliminary Design of Functional Spec completed 19 Sep 5 Development Process, Conclusion, and Summary of Functional Spec completed 22 Sep 7Functional Spec first draft26 Sep 8Functional Spec approved03 Oct 9 Intro and Background of Theory of Ops completed 17 Oct 10 Architecture of Theory of Ops completed 23 Oct 11Design of Theory of Ops completed24 Oct 12 Schedule of Theory of Ops completed 31 Oct 13PIC programming completed31 Oct

EE/CS 480 Fall University of Portland School of Engineering Concerns/Issues Mosis might be bad –Use CPLD instead Not enough output pins on Mosis Size –Wire wrapping –Circuit analysis PIC button-interface

EE/CS 480 Fall University of Portland School of Engineering Conclusions Introduction Scorecard Additional Accomplishments Plans Issues/Concerns

EE/CS 480 Fall Questions University of Portland School of Engineering