Emily Canaski
About Emily Canaski
Emily Canaski is a Manufacturing Engineer at Ducommun Incorporated, where she has worked since 2019. She has a background in mechanical engineering and operations, having held various positions at GE Transportation, GE Renewable Energy, and Xylem Inc.
Work at Ducommun Incorporated
Emily Canaski has been employed at Ducommun Incorporated as a Manufacturing Engineer since 2019. In this role, she is involved in various manufacturing processes and engineering projects, contributing to the company's operations in Santa Ana, California. Her responsibilities include optimizing manufacturing workflows and ensuring product quality.
Previous Experience at GE Renewable Energy
Before joining Ducommun Incorporated, Emily Canaski worked at GE Renewable Energy from 2016 to 2019. She held two positions during her tenure: Financial Operations Leader and Northeast Region Operations Leader for Onshore Wind. In these roles, she focused on operational leadership and financial management within the renewable energy sector.
Internship Experience at GE Transportation and Xylem Inc.
Emily Canaski completed internships that provided her with practical experience in engineering and operations. In 2015, she worked as a Mechanical Engineering Intern at GE Transportation in Chicago, Illinois, where she gained hands-on experience in mechanical engineering. Additionally, she interned at Xylem Inc. in Rye Brook, New York, focusing on operations and inventory management.
Education and Expertise
Emily Canaski earned her Bachelor of Science degree in Management Engineering from Clarkson University, where she studied from 2012 to 2016. During her time at Clarkson, she participated in undergraduate research for three years, focusing on various engineering projects. This educational background has equipped her with a solid foundation in engineering principles and management practices.
Research Experience at Clarkson University
While studying at Clarkson University, Emily Canaski was actively involved in undergraduate research from 2012 to 2015. This experience allowed her to engage in engineering projects, enhancing her technical skills and understanding of engineering concepts. Her research contributions reflect her commitment to advancing knowledge in the field.