
Biomedical Engineer with experience in medical device quality systems, failure analysis, and root cause investigation in regulated environments. Skilled in analyzing product performance data, identifying failure modes, and driving corrective actions using structured methodologies (FMEA, RCA, trend analysis). Experienced in cross-functional collaboration and translating complex analysis into actionable insights to improve product quality and reliability.
• Led global failure investigations and root cause analysis of product complaints in compliance with FDA (21 CFR 820), ISO 13485, and MDR
• Analyzed product performance data and logs to identify failure modes, trends, and use-related risks, improving product reliability and reducing backlog
• Applied structured problem-solving methodologies including 5 Whys, Pareto analysis, and trend analysis to isolate root causes and recommend corrective actions
• Collaborated cross-functionally with engineering, manufacturing, and regulatory teams to validate findings and implement solutions
• Supported risk assessment and quality system compliance, ensuring alignment with GMP/GLP standards
• Authored detailed investigation reports, clearly communicating findings and recommendations to stakeholders
• Designed and executed experiments to evaluate image processing techniques, improving diagnostic accuracy by 30%
• Developed Python-based pipelines to test hypotheses and refine system performance
• Analyzed system outputs and variability to identify failure points and optimize performance
• Improved reliability and consistency of diagnostic workflows through iterative testing