Erika Gil
About Erika Gil
Erika Gil is a Manufacturing Engineer II at Plexus Corp. in Buffalo Grove, Illinois, with a background in mechanical engineering and marketing, and expertise in mechanical design and process engineering.
Work at Plexus
Erika Gil has been employed at Plexus Corp. as a Manufacturing Engineer II since 2015. In this role, she contributes to the development and implementation of manufacturing processes for new products. Her responsibilities include collaborating with cross-functional teams to ensure efficient production workflows. Based in Buffalo Grove, Illinois, she leverages her expertise in mechanical design and process engineering to support product launches and optimize manufacturing operations.
Education and Expertise
Erika Gil earned her Bachelor’s degree in Mechanical Engineering from the University of Colorado in 2005. Her academic background provides a solid foundation for her career in engineering. She possesses expertise in mechanical design and process engineering, which are critical for her role in manufacturing. Additionally, she is proficient in various software tools such as AutoCAD, SolidWorks, and Pro-E, which she utilizes for mechanical design projects.
Background
Before joining Plexus, Erika Gil gained valuable experience at Seagate Technology, where she worked as an intern in mechanical engineering for 11 months in 2003. Following her internship, she worked at Motorola as a Mechanical Engineer from 2006 to 2009. Her background also includes a focus on marketing, which complements her technical skills and enhances her ability to communicate effectively within teams.
Achievements
Erika Gil has developed a skill set that includes Six Sigma methodologies, emphasizing her commitment to quality and process improvement in manufacturing. Her fluency in Spanish enables her to engage with international teams effectively, facilitating communication and collaboration across diverse groups. This combination of technical expertise and language skills supports her contributions to product development and manufacturing efficiency.