Yossef Ben Nafusi
About Yossef Ben Nafusi
Yossef Ben Nafusi is a Mechanical Engineer with over 11 years of experience at Biosense Webster, where he specializes in medical catheter sensors and preamps. He is skilled in CAD 3D software and plays a key role in managing product transitions and engineering change orders.
Work at BioSense Webster
Yossef Ben Nafusi has been employed at BioSense Webster as a Mechanical Engineer since 2013. Over the course of 11 years, he has contributed to various engineering projects, particularly in the realm of medical catheter sensors and preamps. His role involves updating production files and drawings utilizing CAD 3D software, ensuring that design specifications are accurately reflected in production documentation. Additionally, he is responsible for preparing Engineering Change Orders (ECOs) and managing the transition of products from development to production, which is critical for maintaining quality and efficiency in manufacturing processes.
Education and Expertise
Yossef Ben Nafusi studied at the Technion - Israel Institute of Technology, where he pursued a degree in Mechanical Engineering from 2003 to 2005. He achieved an Engineer's degree, which provided him with a solid foundation in mechanical principles and practices. His education has equipped him with the necessary skills to address complex engineering challenges, particularly in the medical device sector.
Background
Yossef Ben Nafusi has a background in mechanical engineering, with a focus on the medical technology industry. His experience spans over a decade, during which he has developed expertise in product development and manufacturing processes. He has been actively involved in extending alternative manufacturing and subcontractor options for BioSense Webster, showcasing his commitment to optimizing production capabilities and resource management.
Achievements
In his role at BioSense Webster, Yossef Ben Nafusi has led projects that focus on improving products and finding technological solutions to problematic issues. His contributions have been essential in enhancing the functionality and reliability of medical devices, particularly in the areas of catheter sensors and preamps. His work in preparing Engineering Change Orders (ECOs) has also played a significant role in facilitating smooth transitions from product development to production.