LDROP Load Dispatch Routing OPtimization

1. LDROPLoad Dispatch Routing OPtimization • Faculty Advisor • Dr. Andrew Nuxoll • Industry Representative • Mr. Andy McConnell • Accero Authors Zachary Faltersack Brian Burns Stephen Kam University of Portland School of Engineering

2. Agenda • Introduction • Background • Problem • Solution • LDROP • Results • Demonstration • Conclusions University of Portland School of Engineering

3. Introduction • Streamlining business processes • Promote efficient use of company resources • Labor costs • Time management University of Portland School of Engineering

4. Background • Century Propane, LLC • Who are they? • What do they do? University of Portland School of Engineering

5. Problem University of Portland School of Engineering

6. Solution: LDROP University of Portland School of Engineering

7. LDROP • LDROP • Connector • Controller • Editor • Reports University of Portland School of Engineering

8. Results: Connector Interfaces LDROP and Database Connector University of Portland School of Engineering

9. Results: Controller Displays main GUI and spawns functional windows University of Portland School of Engineering

10. Results: Editor Allows user to modify database records University of Portland School of Engineering

11. Results: Reports University of Portland School of Engineering

12. Demonstration We will now present a short demonstration of LDROP. University of Portland School of Engineering

13. Conclusions • LDROP • Increase administrative efficiency • Report summaries of business data University of Portland School of Engineering

14. Conclusions: Improvements • More reports • Custom reports • Increase user-configurability University of Portland School of Engineering

15. Conclusions: Thanks Industry Representative Faculty Advisor Client Dr. Andrew Max Nuxoll, Ph.D Andy McConnell Accero University of Portland School of Engineering

16. Thank You Are there any questions? University of Portland School of Engineering