Project Summary

Project Information

An automated breast pump cleaning system is needed to clean and dry breast pump parts in a NICU environment. Two prototypes have been created with the first having functioning issues and having too large of a footprint. The second prototype was successful at cleaning the parts however did not meet sterilization or drying standards. The goals of this project are to improve on the second prototype by adding sterilization and drying requirements and to evaluate any other potential shortcomings of the current design.

The automated breast pump cleaning system should meet NICU standards for cleaning, sterilizing and drying the pump parts within a 2-3 hour time window. The product should minimize time and effort that the mother would be spending by washing the parts by hand. The cleaning system’s new design should minimize the product’s footprint, operate quietly, and provide a simple maintenance plan. Key constraints include budget, time (one academic year), and NICU standards.


Project Title: Automated Breast Pump Cleaning System

Project Number: P21325

Previous Project Number: P20325

Start Term: 2201

End Term: 2205

Faculty Guide: Harold Paschal

Primary Customers: Dr. Casey Rosen-Carole, University of Rochester Medical Center and Donna V. Barrows, RN, IBCLC

Sponsor: URMC - Dr. Casey Rosen-Carole

Team Members

Kali Juchem, Richelle Mason, Angus Chow, Cesar Felipe, Max Sample, Courtney Swinehart (Left to Right)

Member

Major

Role

Contact

Kali JuchemIndustrial Engineer

Project Manager

krj7602@rit.edu

Richelle MasonBiomedical Engineer

Systems Engineer

smm4239@rit.edu

Angus Chow

Electrical Engineer

Purchasing/Engineer

axc6289@rit.edu
Cesar FelipeMechanical Engineer

Engineer/Facilitator

cxf5081@rit.edu
Max SampleMechanical Engineer

Systems Engineer

mxs6934@rit.edu
Courtney SwinehartBiomedical EngineerSystems Engineer

cls3278@rit.edu


Information

Work Breakdown: By Phase

Work Breakdown: By Topic

Acknowledgements

Our team would like to thank our clients, Dr. Casey Rosen-Carole and Donna V. Barrows and our guide, Harold Paschal for their support and constructive feedback throughout this project.  We would also like to thank Shannon LaJuett, a biomedical subject matter expert at RIT, for guidance in bacteria testing and Gary Hodenius, a manufacturing subject matter expert at RIT, for assistance in our prototype construction. Team P20325 and their guide, Dr. Stiehl, laid the foundation of our project through their work in the previous academic year.  We are especially thankful for the anonymous breast milk donors who made it possible to accurately test our prototype. 

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