Workforce Building Through Advanced Respiratory Tech Funding
GrantID: 71784
Grant Funding Amount Low: Open
Deadline: Ongoing
Grant Amount High: Open
Summary
Explore related grant categories to find additional funding opportunities aligned with this program:
Higher Education grants, Individual grants, Research & Evaluation grants, Science, Technology Research & Development grants.
Grant Overview
What is Advanced Respiratory Technology Development funding and why does it matter?
Unlike curriculum or dissemination grants, this excludes educational modules or guideline projects and finances only the iterative prototyping, validation, and regulatory pathway preparation for respiratory devices like AI-enabled spirometers or wearable CO2 monitors.
Pulmonary Device Workforce Gaps
Acute shortages in biomedical engineers specializing in respiratory tech, with only 22% of FDA 510(k) clearances for inhalers from U.S. teams in 2023 per agency reports, drive this funding. Post-2021 supply chain disruptions in ventilator components highlighted needs for domestic manufacturing expertise, prompting BARDA's $500 million infusion into critical care tech pipelines.
Priorities target workforce upskilling via embedded clinicians in R&D teams, requiring at least two respiratory therapists certified in NBRC exams for usability testing of portable mechanical ventilators. Evidence from SBIR Phase II awards shows 40% faster FDA clearance for devices incorporating clinician feedback on alarm fatigue reduction algorithms.
R&D Staffing and Timeline Realities
Teams must field five FTEs minimum: principal engineer with ISO 13485 experience, software developer versed in FDA's SaMD framework, and pulmonologist for bench-to-bedside validation using porcine ARDS models. Timelines enforce 12-month milestones for proof-of-concept prototypes, like wireless pulse oximeters with 95% accuracy in motion artifact rejection.
Resource demands include cleanrooms certified for medical device assembly, $750,000 budgets covering finite element analysis software for tracheostomy tube designs, and partnerships with contract research organizations for IEC 60601 electrical safety testing.
Common pitfalls involve underestimating biocompatibility hurdles, such as leachables from 3D-printed airway stents triggering ISO 10993 failures, or ignoring cybersecurity for networked CPAP devices under FDA's 2023 guidance. Why it matters: These funds address the 50% failure rate of respiratory startups per NSF data, accelerating market entry for tech reducing hospital-acquired pneumonia by 18% in pilot deployments.
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