Emmanuel Casas
About Emmanuel Casas
Emmanuel Casas serves as Supervisor de Producción at Biosense Webster, where he provides technical expertise and manages resources to optimize performance. He holds a degree in Industrial Engineering from UACJ and has extensive experience in manufacturing and engineering roles across multiple companies.
Work at BioSense Webster
Emmanuel Casas serves as Supervisor de Producción at BioSense Webster, a role he has held since 2018. In this position, he provides technical expertise to support special projects and pilot operations. He is responsible for developing corrective actions for non-conformance issues identified by audits. Additionally, he manages the effective utilization of human, capital, and material resources to optimize performance. His work also includes supporting process transfers and the introduction of new products, contributing to the overall operational efficiency of the organization.
Education and Expertise
Emmanuel Casas studied Industrial Engineering at the Universidad Autónoma de Ciudad Juárez (UACJ) from 2000 to 2006, completing a six-year program. His educational background equips him with the necessary skills to excel in his engineering roles. His expertise includes Lean Manufacturing practices, such as line balancing and continuous flow manufacturing, which he actively drives in his current positions.
Background
Emmanuel Casas has a diverse professional background, having worked in various engineering roles since 2006. He began his career as a Manufacturing Engineer at Covidien, where he has worked for 18 years. He transitioned to Ethicon, Inc. in 2015, where he currently holds the position of Components Engineer. His experience spans multiple facets of production and engineering, providing him with a comprehensive understanding of manufacturing processes.
Achievements in Lean Manufacturing
In his current role at BioSense Webster, Emmanuel Casas drives Lean Manufacturing efforts, focusing on optimizing production processes. His initiatives in line balancing and continuous flow manufacturing aim to enhance operational efficiency and reduce waste. These efforts contribute to the overall productivity and effectiveness of the manufacturing environment.