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Innovative Automated Drink Mixing System for Enhanced Bartending Efficiency

The Automated Drink Mixing System aims to revolutionize how bartenders serve mixed drinks at restaurants and pubs. With a focus on decreasing wait times for patrons and increasing bartender efficiency, this project addresses the inefficiencies of traditional drink service. Utilizing scalable production methods and easy-to-operate technology, the system integrates with existing POS terminals to eliminate the learning curve. It complements bartenders rather than replacing them, targeting a massive market potential for efficient service in the hospitality industry.

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Innovative Automated Drink Mixing System for Enhanced Bartending Efficiency

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  1. Midterm Design Review December 12, 2003

  2. T.A.B. Team Members Matthew T. FulchinoLaurence GitlitzNicholas Burgan-IlligKeith Goldrick T.A.B. Faculty Advisor Professor Aura Ganz

  3. T.A.B./Project Motivation • Origin • Amherst Brewing Company • Bartender makes no tips for table ordered drinks - inefficient • Goals • Decrease drink wait time for seated patrons • Increase bartender efficiency • Easy to operate • Production at an affordable price • Should NOT replace the Bartender • Target Audience • Restaurants / Pubs

  4. T.A.B./Project Motivation Cont. • Marketability • Scalable Production • Huge Market i.e., EVERY restaurant/pub where the bartender makes table ordered mixed drinks • Huge market means potential for large profit • Restaurants already use POS terminals – no learning curve • Automated Liquor Dispensers exist, but nothing that actually mixes the drink and dispenses it…

  5. Plan of Attack • Break Design into Components • Software – Java • Hardware – PIC Assembly • Electromechanical • Allows for individual focus and encourages peer interaction • Time management • Top-Down approach

  6. Project Design – Block Conception

  7. Project Design – Block Conception

  8. Project Design – POS Terminal

  9. Project Design – POS Terminal

  10. Project Design – POS Terminal

  11. Project Design – POS Terminal

  12. Project Design – POS Terminal

  13. Project Design – POS Terminal

  14. Project Design – POS Terminal

  15. Project Design – POS Terminal

  16. Project Design – POS Terminal

  17. Project Design – POS Terminal

  18. Project Design – Block Conception

  19. Project Design – Block Conception

  20. Microcontroller Communication

  21. Microcontroller Communication

  22. Microcontroller Communication

  23. Microcontroller Communication

  24. Microcontroller Communication

  25. Microcontroller Communication

  26. Microcontroller Communication

  27. Microcontroller Communication

  28. Microcontroller Communication

  29. Project Design – Block Conception

  30. Project Design – Block Conception

  31. Project Design – Block Conception

  32. Project Design – Block Conception

  33. Prototype Design – Block Conception

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