MedTech Journey Checklist: Product Development

MedTech Journey Checklist: Product Development

Project planning, design controls, and risk management are just a few of the important activities you'll be guided through in this section of the checklist. We can't wait to continue the Medtech journey with you!

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Curriculum

  • Getting Started with the Checklist
  • Project Planning
  • Writing the Project Plan
  • Write Marketing Plan
  • Establish regulatory strategy
  • Write manufacturing plan
  • Write software development plan
  • Establish project schedule/timeline
  • Define usability plan
  • Determine clinical investigation requirements
  • V+V Budget Determination
  • Determine reimbursement codes
  • Create software architecture diagram (if applicable)
  • Software safety classification (if applicable)
  • Upload and approve Project Plan
  • Create new Project in Greenlight Guru
  • Link planning document(s)
  • Create components in Greenlight Guru Project
  • Prepare for design controls
  • Optional Bonus Material - GG Academy Professional Courses
  • Risk Management Planning
  • Risk Management Plan
  • Determine risk management team
  • Establish risk acceptability matrix criteria
  • Upload and approve Risk Management Plan
  • Link Risk Management Plan
  • Option Bonus Material - GG Academy Professional Course
  • User Needs
  • Add user needs into your design control matrix
  • Document the Intended Use and Indications for Use
  • Determine Usability/Human Factors needs
  • Conduct market research including on predicate device(s)
  • Search the MAUDE database
  • Downselect user needs
  • Design Review
  • Optional Bonus Content
  • Design Inputs
  • Add design inputs into your design control matrix in GG
  • Conduct market research
  • Determine technical characteristics
  • Functional and performance requirements
  • Manufacturing requirements
  • Software and cybersecurity requirements
  • Review electromechanical requirements
  • Obtain Biological Plan/Report
  • Determine sterility requirements
  • Determine material compatibility
  • Perform sterility validation
  • Obtain sterility certificates
  • Complete dose mapping/BI testing
  • Obtain testing quotes
  • Obtain testing lead times
  • Requirements from device specific standards
  • Packaging and labeling requirements
  • Risk Control measures
  • Link design inputs to applicable user needs
  • Link system design inputs to subsystem design inputs
  • Conduct a Design Review
  • Optional Bonus Material - GG Academy Professional Course: Introduction to Safety for Electrical Medical Devices and IEC 60601
  • Risk Analysis
  • Establish Risk Policy
  • Setup the Risk Acceptability Matrix
  • Identify Hazards, Foreseeable Events, Hazardous Situations, and Harms
  • Identify new Design Inputs needed to mitigate the harms identified
  • Search the MAUDE database
  • Obtain clinician input
  • Cybersecurity risk analysis (if applicable)
  • Design Reviews
  • Create a Design Review
  • Design Review Meeting
  • Document Design Review Meeting
  • Approve and publish the design review
  • Design Outputs
  • Ensure Phase 3 of Implementation Plan is in progress
  • Design the device and establish records of the design
  • Upload and approve records as Documents in Greenlight Guru
  • Create Design Output items in trace matrix and link to applicable Design Inputs
  • Link version specific records to Design Outputs as applicable
  • Create Bill of Materials (BOM)
  • Order materials/prototypes etc
  • Write the Verification and Validation Plan
  • Conduct a Design Review
  • Supplier Management
  • Ensure Phase 3 of Implementation Plan is in progress
  • Identify suppliers
  • Plan supplier management in GG
  • Complete supplier surveys
  • Complete supplier evaluations
  • Establish approved supplier list
  • Setup purchasing procedure and purchase order form
  • Identify necessary supplier audits
  • Establish supplier quality agreements as needed
  • Device Master Record (DMR)
  • Reference Phase 4 of Implementation Plan
  • Begin design transfer checklist
  • Start considering manufacturing and adding applicable design outputs
  • Create WIs for manufacturing
  • Establish process flows for manufacturing
  • Create manufacturing diagrams
  • Identify incoming inspection criteria and processes
  • Create cleaning checklist
  • Labeling and UDI
  • Determine issuing body
  • Obtain UDI numbers
  • Determine applicable PIs
  • Determine GMDN
  • Establish packaging configurations/barcode options
  • Obtain artwork approval
  • Obtain marketing buy-in
  • Conduct First Article of Inspection
  • GUDID/EUDAMED submissions
  • Risk Evaluation
  • Determine and assign severity and probability of harms
  • Pre mitigation - prior to risk controls
  • Identify the design controls that mitigate the harms
  • Post mitigation - after risk controls
  • Add any new design controls as needed
  • Determine if any new risks have arisen from adding the controls
  • Benefit Risk Analysis
  • Stability/Shelf-Life
  • Plan accelerated aging/Real-time
  • Complete AA Testing/Real-time Aging Testing
  • Equipment/Software Validation
  • Ensure Phase 4 of Implementation Plan is in progress
  • Obtain quotes and lead time for equipment and software tools
  • Create Master Validation Plan
  • Write, approve, and execute test protocols
  • Compile test reports
  • Design Verification
  • Determine sampling plan
  • Third-party testing
  • In-house bench testing
  • Cybersecurity testing (if applicable)
  • Write, approve, and execute test protocols
  • Compile test reports
  • Design Validation
  • Simulated use testing
  • Clinical trial - see Clinical Studies section
  • Usability/Human Factors study
  • Write, approve, and execute test protocols
  • Compile test reports
  • Usability/Human Factors
  • User group selection
  • Identify critical tasks
  • Identify use hazards and include in risk management file
  • Complete formative evaluations throughout the development process
  • Complete summative evaluation
  • Complete User Interface of Unknown Provenance testing and/or report (if applicable)
  • Clinical Studies
  • Identify Scope
  • Determine Cost
  • Determine Sites
  • Define patient population
  • Establish desired outcomes (what is considered passing, etc)
  • Design History File (DHF)
  • Route DHF
  • Approve DHF
  • Create a View for DHF
  • Summary
  • Summary

Curriculum

  • Getting Started with the Checklist
  • Project Planning
  • Writing the Project Plan
  • Write Marketing Plan
  • Establish regulatory strategy
  • Write manufacturing plan
  • Write software development plan
  • Establish project schedule/timeline
  • Define usability plan
  • Determine clinical investigation requirements
  • V+V Budget Determination
  • Determine reimbursement codes
  • Create software architecture diagram (if applicable)
  • Software safety classification (if applicable)
  • Upload and approve Project Plan
  • Create new Project in Greenlight Guru
  • Link planning document(s)
  • Create components in Greenlight Guru Project
  • Prepare for design controls
  • Optional Bonus Material - GG Academy Professional Courses
  • Risk Management Planning
  • Risk Management Plan
  • Determine risk management team
  • Establish risk acceptability matrix criteria
  • Upload and approve Risk Management Plan
  • Link Risk Management Plan
  • Option Bonus Material - GG Academy Professional Course
  • User Needs
  • Add user needs into your design control matrix
  • Document the Intended Use and Indications for Use
  • Determine Usability/Human Factors needs
  • Conduct market research including on predicate device(s)
  • Search the MAUDE database
  • Downselect user needs
  • Design Review
  • Optional Bonus Content
  • Design Inputs
  • Add design inputs into your design control matrix in GG
  • Conduct market research
  • Determine technical characteristics
  • Functional and performance requirements
  • Manufacturing requirements
  • Software and cybersecurity requirements
  • Review electromechanical requirements
  • Obtain Biological Plan/Report
  • Determine sterility requirements
  • Determine material compatibility
  • Perform sterility validation
  • Obtain sterility certificates
  • Complete dose mapping/BI testing
  • Obtain testing quotes
  • Obtain testing lead times
  • Requirements from device specific standards
  • Packaging and labeling requirements
  • Risk Control measures
  • Link design inputs to applicable user needs
  • Link system design inputs to subsystem design inputs
  • Conduct a Design Review
  • Optional Bonus Material - GG Academy Professional Course: Introduction to Safety for Electrical Medical Devices and IEC 60601
  • Risk Analysis
  • Establish Risk Policy
  • Setup the Risk Acceptability Matrix
  • Identify Hazards, Foreseeable Events, Hazardous Situations, and Harms
  • Identify new Design Inputs needed to mitigate the harms identified
  • Search the MAUDE database
  • Obtain clinician input
  • Cybersecurity risk analysis (if applicable)
  • Design Reviews
  • Create a Design Review
  • Design Review Meeting
  • Document Design Review Meeting
  • Approve and publish the design review
  • Design Outputs
  • Ensure Phase 3 of Implementation Plan is in progress
  • Design the device and establish records of the design
  • Upload and approve records as Documents in Greenlight Guru
  • Create Design Output items in trace matrix and link to applicable Design Inputs
  • Link version specific records to Design Outputs as applicable
  • Create Bill of Materials (BOM)
  • Order materials/prototypes etc
  • Write the Verification and Validation Plan
  • Conduct a Design Review
  • Supplier Management
  • Ensure Phase 3 of Implementation Plan is in progress
  • Identify suppliers
  • Plan supplier management in GG
  • Complete supplier surveys
  • Complete supplier evaluations
  • Establish approved supplier list
  • Setup purchasing procedure and purchase order form
  • Identify necessary supplier audits
  • Establish supplier quality agreements as needed
  • Device Master Record (DMR)
  • Reference Phase 4 of Implementation Plan
  • Begin design transfer checklist
  • Start considering manufacturing and adding applicable design outputs
  • Create WIs for manufacturing
  • Establish process flows for manufacturing
  • Create manufacturing diagrams
  • Identify incoming inspection criteria and processes
  • Create cleaning checklist
  • Labeling and UDI
  • Determine issuing body
  • Obtain UDI numbers
  • Determine applicable PIs
  • Determine GMDN
  • Establish packaging configurations/barcode options
  • Obtain artwork approval
  • Obtain marketing buy-in
  • Conduct First Article of Inspection
  • GUDID/EUDAMED submissions
  • Risk Evaluation
  • Determine and assign severity and probability of harms
  • Pre mitigation - prior to risk controls
  • Identify the design controls that mitigate the harms
  • Post mitigation - after risk controls
  • Add any new design controls as needed
  • Determine if any new risks have arisen from adding the controls
  • Benefit Risk Analysis
  • Stability/Shelf-Life
  • Plan accelerated aging/Real-time
  • Complete AA Testing/Real-time Aging Testing
  • Equipment/Software Validation
  • Ensure Phase 4 of Implementation Plan is in progress
  • Obtain quotes and lead time for equipment and software tools
  • Create Master Validation Plan
  • Write, approve, and execute test protocols
  • Compile test reports
  • Design Verification
  • Determine sampling plan
  • Third-party testing
  • In-house bench testing
  • Cybersecurity testing (if applicable)
  • Write, approve, and execute test protocols
  • Compile test reports
  • Design Validation
  • Simulated use testing
  • Clinical trial - see Clinical Studies section
  • Usability/Human Factors study
  • Write, approve, and execute test protocols
  • Compile test reports
  • Usability/Human Factors
  • User group selection
  • Identify critical tasks
  • Identify use hazards and include in risk management file
  • Complete formative evaluations throughout the development process
  • Complete summative evaluation
  • Complete User Interface of Unknown Provenance testing and/or report (if applicable)
  • Clinical Studies
  • Identify Scope
  • Determine Cost
  • Determine Sites
  • Define patient population
  • Establish desired outcomes (what is considered passing, etc)
  • Design History File (DHF)
  • Route DHF
  • Approve DHF
  • Create a View for DHF
  • Summary
  • Summary

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