P16080: Heart Pump

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Introduction

Project Summary	Project Information
PROBLEM STATEMENT A Mechanical Heart Model (MHM) is a device that allows for the simulation of human heart function without biologic restraints. As it currently stands, students in BIME 492 are forced to use themselves as subjects when experimenting with heart function. A MHM will allow these students to physically study the heart under different conditions. This allows for the students to gain a more solid foundation in understanding basic heart function. Current MHM devices are too expensive and complex for use by these students. The goals of this project are to explore currently marketed MHM devices. Specifically, we will attempt to better cost efficiency and operational simplicity, as well as a design that clearly displays heart subsystem function to the user. The expected result is a practical prototype that can model various blood flows of a human heart, with the eventual goal of being reproducible and used in RIT BIME labs. This prototype design must adhere to current RIT BIME lab resources and needs. For more detailed information on our project, see our Project Readiness Package Human Heart	Project Name Circulatory System Model: Heart Pump Project Number P16080 Project Family Biomedical Engineering Start Term 2151 (Fall 2015) End Term 2155 (Spring 2016) Faculty Guide Name: Gerry Garavuso Contact: gxgddm@rit.edu Primary Customer Name: Jennifer Bailey Contact: jlbbme@rit.edu Sponsor & Financial Support Sponsor: RIT Biomedical Engineering Budget: ~$700 BIME Department

Team Members

Team members (left to right): Nicole Rotondo, Abe Rodriguez, Matt Olsen, James Erb, Dustin Schroeder

Team members (left to right): Nicole Rotondo, Abe Rodriguez, Matt Olsen, James Erb, Dustin Schroeder

Member	Role	Contact
Matt Olsen	Project Manager, DAQ Engineer	mso2219@rit.edu
James Erb	Website Manager & Hydraulics Engineer	jre9396@rit.edu
Nicole Rotondo	CAD Engineer	nmr6537@rit.edu
Dustin Schroeder	Lead BIME & Parts Specialist	djs8935@rit.edu
Abe Rodriguez	Lead Engineer (Pneumatics)	awr5092@rit.edu

Table of Contents

MSD I

Planning & Execution	Problem Definition	Systems Design	Subsystem Design	Preliminary Detailed Design	Detailed Design
Team Members and Roles Project Plans & Schedules Risk Management Meeting Minutes Peer Reviews	Objective Statement Project Summary Primary Stakeholders Use Cases Customer Requirements Engineering Requirements Risk Assessment	Functional Decomposition Benchmarking Concept Development Morphological Chart & Concept Selection Systems Architecture Feasability Designs & Flowcharts Risk Assessment	Feasibility Schematics & Flowcharts Bill of Materials Risk Assessment Design Review Materials	Engineering Analysis Drawings & Simulations Bill of Materials Test Plans Design & Flow Charts Risk Assessment Design Review Materials Project Plans	Engineering Analysis Drawings & Schematics BOM Test Plans Flowcharts Risk Assessment

MSD II

Build & Test Prep	Subsystem Build & Test	Integrated System Build & Test	Customer Demo	Customer Handoff
MSD I Updates Test Plan Summary Risk Analysis Plans for Next Phase	Phase Team Vision SME Feedback Acquired Parts Test Results Summary Demo Materials Phase Plans	Test Results Summary Risks Functional Demo Materials Project Plans	Test Results Risks Demo Materials Plans	Team Vision Test Results Problem Tracking Final Documentation

Acknowledgements