Human Factors and Packaging Engineering Support for Microneedle Patch​

Optimizing Microneedle Patch Delivery Systems Through Integrated Human Factors and Packaging Solutions

Human Factors and Packaging Engineering Support for Microneedle Patch

Project Overview

  • CHALLENGE
  • SOLUTION
  • RESULTS
  • Packaging component development needed for microneedle patch system with focus on usability and regulatory compliance.
  • HF optimization essential to avoid potential FDA-mandated training requirements that could significantly delay project timelines and increase costs.
  • Comprehensive strategy required integrated packaging engineering with HF validation to support successful regulatory submission.
  • Reviewed formative study results providing expert recommendations in IFU layout, wording, and diagrams ensuring alignment with intended user needs.
  • Integrated quick reference guide within IFU consolidating user instructions into single document, improving usability and comprehension.
  • Strengthened User Failure Modes and Effects Analysis (uFMEA) documentation with robust risk mitigation strategies meeting FDA regulatory and ISO 14971 standards.
  • Deployed packaging technology and engineering experts to evaluate and develop packaging and labeling designs focusing on usability and HF integration.
  • Coordinated cross-functional collaboration between HF and packaging teams supporting comprehensive validation studies.
  • Supported timely project execution while mitigating budget impact by reducing potential compliance-related delays.
  • Developed robust HF and packaging strategy positioning microneedle patch delivery system for FDA approval and commercial success.