Biomedical Engineer experienced with biomedical device design and development. Utilizes knowledge of healthcare systems to innovate and enhance medical technologies. Track record of problem-solving and successful project implementation in collaborative environments.
Monitor and maintain machine performance to ensure consistent productivity, identifying and addressing issues proactively to minimize downtime and support continuous improvement manufacturing efficiency.
Utilize XL Vorne software to track real-time machine performance metrics, analyze downtime causes, and drive data-informed improvements to enhance overall equipment efficiency and throughput.
Led a critical spare parts optimization initiative by organizing inventory, implementing an automated re-order report with built-in data validation, and training maintenance personnel to ensure long-term accuracy and reduce downtime.
Collaborated with quality and lean engineering teams to identify root causes of equipment failures using spare parts data, contributing to continuous improvement and increased equipment reliability.
Standardized and optimized data-plate processes by optimizing laser engraving parameters and developing procedures for engraving, cleaning, and barcode scanning of aluminum and steel plates to ensure quality and traceability.
Streamlined manufacturing processes using Creo 3D modeling software and physically built Fast Tube workstations for two assembly lines, while supporting new product launch efforts by creating standard work documentation and coordinating with welding and tool-making teams.
Conducted thorough material testing to ensure project specifications were met, leading to consistently high-quality outputs.
Developed Standard Operating Procedures and Work Instructions.