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Can Crusher Project

Can Crusher Project. By: Kartikey Desai, Courtney Jones, Sarah Kasi, and Jon Ko. Agenda. Group Developments Timeline Problem Statement Background Costumer Scope Deliverables Brainstorming Research & Generate Ideas Criteria Constraints Explore Possibilities Selecting an Approach

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Can Crusher Project

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  1. Can Crusher Project By: Kartikey Desai, Courtney Jones, Sarah Kasi, and Jon Ko

  2. Agenda • Group Developments • Timeline • Problem Statement • Background • Costumer • Scope • Deliverables • Brainstorming • Research & Generate Ideas • Criteria • Constraints • Explore Possibilities • Selecting an Approach • Design Proposal • Prototype • Test & Monitor • Refine • Lessons Learned • Summary

  3. Group Development Roles and Responsibilities • Leader- Kartikey • Scribe- Sarah and Courtney • Timekeeper- Jon Ko

  4. Group Development Roles and Responsibilities:

  5. Group Development (cont’d) Team Constitution • Effective Group

  6. Timeline • Kept us on task

  7. Problem Statement Roadrunner Trucking wants us to build a can crusher that will reduce the volume of their aluminum cans.

  8. Background • Roadrunner Trucking → a lot of aluminum cans • Aluminum cans must be reduced by 70% • $0.05 fine per can

  9. Background

  10. Customers • Mr. Pritchard • Roadrunner Trucking

  11. Scope Outputs • Can Crusher • Tech Report • Power Point Resources • Internet • Mr. Pritchard- Tech • Miss Hernacki- Math Calculations • Mr. Hund- CAD Drawings

  12. Scope Potential Materials • Wood • PVC • Metal brackets • Metal hinges • Nails and screws

  13. Scope Key Constraints • Max space of 18”×24”×30” • One simple machine • One unit • Manually operated • Bin must hold 20 uncrushed cans

  14. Deliverables • Can Crusher • Tech Report • Power Point presentation

  15. Brainstorming

  16. Research and Generate Ideas

  17. Criteria • Self-loading • Inexpensive • Simple • Not time consuming • Reliable

  18. Constraints • Design occupies 18” x 24” x 30” (maximum) • Materials: wood, PVC, metal brackets, metal hinges, screw & nails • Uses one simple machine (minimum) • Crushed can falls into aluminum can bin • Aluminum can bun slides in and out of crusher • Can hold 20 crushed cans • All parts fabricated • One unit

  19. Explore Possibilities • Pros and Cons of an object • Narrows down decisions -Design -Materials -Adhesive

  20. Explore Possibilities • Design • Kartikey’s Design Pros- Cons-

  21. Explore Possibilities • 2. Courtney’s Design Pros- Cons-

  22. Explore Possibilities • 3. Sarah’s Design Pros- Cons-

  23. Explore Possibilities • 4. Jon Ko’s Design Pros- Cons-

  24. Select an Approach • Design

  25. Select an Approach • Materials

  26. Select an Approach • Adhesives

  27. Develop a Design Proposal • Detailed CAD Drawings

  28. Develop a Design Proposal • Bill of Materials

  29. Develop a Design Proposal • Build Process

  30. Develop a Design Proposal • Test Plan

  31. Prototype

  32. Test and Monitor

  33. Refine

  34. Lessons Learned

  35. Summary

  36. Bibliography

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