fundamentals of design practice for medical devices megn536 - fall 2015 courtesy of prof. jered dean
TRANSCRIPT
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FUNDAMENTALS OF DESIGN PRACTICEFOR MEDICAL DEVICES
MEGN536 - Fall 2015Courtesy of Prof. Jered Dean
![Page 2: FUNDAMENTALS OF DESIGN PRACTICE FOR MEDICAL DEVICES MEGN536 - Fall 2015 Courtesy of Prof. Jered Dean](https://reader035.vdocuments.net/reader035/viewer/2022062519/5697c0301a28abf838cda74b/html5/thumbnails/2.jpg)
Overview
‣ (1) Customer needs
‣ (2) That originating requirements come directly from customer needs (FCR Title 21 requires Validation which proves this for FDA products)
‣ (3) Originating requirements include both constraints (physical limitations) and functions (how it works)
‣ (4) All requirements and functions must be verified (per FCR Title 21)
‣ (5) You need to figure out the above (to some level of refinement) before working on form/physical architecture
‣ (6) I'll wrap up with the V-Diagram and how it plays nicely with Title 21 and is one way to stitch 1-5 together logically
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Design Process – High Level
User Needs
Function Definition
Form Definition
Detailed Design
Implement
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Medical Device Regulation
‣Title 21– Defines the controls and reviews
needed… for medical device design
– …for medical device manufacturing
‣Knee Specific Regulation:– ASTM F2083 - 12 - Standard
Specification for Knee Replacement Prosthesis
– Misc. ASTM materials standards for implanted devices
– Others?
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The V-Diagram
Lab ResearchUser Analysis
Functions and Constraints
Concepts and Form
Verification
Validation
Detailed Design
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Needs Analysis
‣Who are your stakeholders?
‣What are their needs?– Typically you would go
out and gather data, for this design project you will have to try to imagine their needs.
– Create a list of stake holders and try filling out their SPICE
Source: Fraser, H., Design Works, Rotman-UTP Publishing, 2012
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To Completely Specify a System…
‣Ok, so you have some generic needs…you can’t design to those!– Time to turn needs into requirements
‣You must precisely specify and understand:– Control (Functional Behavior)
– Performance (Performance Indexes/Requirements)
– Data and Interfaces (Input/Output)
– Physical Architecture (System/Component)
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The V-Diagram
Lab ResearchUser Analysis
Functions and Constraints
Concepts and Form
Verification
Validation
Detailed Design