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EE/CS 480 Fall 2008 111/29/2015 6:24:03 AM University of Portland School of Engineering Project Burnside Programmable Logic Solar Radiant Heating System.

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Presentation on theme: "EE/CS 480 Fall 2008 111/29/2015 6:24:03 AM University of Portland School of Engineering Project Burnside Programmable Logic Solar Radiant Heating System."— Presentation transcript:

1 EE/CS 480 Fall 2008 111/29/2015 6:24:03 AM University of Portland School of Engineering Project Burnside Programmable Logic Solar Radiant Heating System Team Arturo Bimrose Troy Heynderickx Jon Sakkos Advisor Dr. Wayne Lu, Dr. Ken Lulay Industry Representative Mr Jonathan Fant

2 EE/CS 480 Fall 2008 2 University of Portland School of Engineering Overview Introduction Scorecard Additional Accomplishments Plans Issues/Concerns Conclusions

3 EE/CS 480 Fall 2008 3 University of Portland School of Engineering Introduction Programmable Logic Solar Radiant Heating System

4 EE/CS 480 Fall 2008 4 University of Portland School of Engineering Scorecard Last Month –Theory of Operations –Request free samples –Select Motor Driver components when ME is ready for pump specification Completed: –Completed Theory of Operations Hardware architecture Program pseudocode –Ordered some important parts Shortcomings: –ME side not ready with pump specifications

5 EE/CS 480 Fall 2008 5 University of Portland School of Engineering Additional Accomplishments Had good meeting with mechanical engineering industry representatives. Have a lock on the mechanical system design. Budgets in order.

6 EE/CS 480 Fall 2008 6 University of Portland School of Engineering Plans Plans: –Determine exactly which pump we will need and ask for it. –Get all major microcontroller components. –Start programming PIC 18 microcontroller.

7 EE/CS 480 Fall 2008 7 University of Portland School of Engineering Milestones NumberDescription Completion Date 1Project Approval08/29/08 2Functional Specifications Approval10/03/08 3Define Mechanical Interface10/04/08 4Define Controller Routines11/25/08 5Circuit Design11/17/08 6Theory of Operations Draft11/25/08 7Order Electronics11/29/08 8Theory of Operations Approval01/30/09 9Start Constructing Mechanical System02/01/09 10Receive Electronics02/16/09 11Construct Controller02/23/09 12System Integration and Testing03/15/09 13Complete System Prototype04/01/09 14Founder’s Day04/07/09 15Post Mortem04/2x/09 16Final Report04/24/09

8 EE/CS 480 Fall 2008 8 University of Portland School of Engineering Concerns/Issues Concerns: –Figure out what type of pump we are working with. –One ME for the entire system. –Our industry representative has moved to Alaska and has not given us his new e-mail yet.

9 EE/CS 480 Fall 2008 9 University of Portland School of Engineering Conclusions Main points: –Have design and preliminary implementation plan –Materials are on the way What’s next? –Worried about finals and other projects but need to get as much done as we can. Questions?


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