Thomas Poling
About Thomas Poling
Thomas Poling is a Controls Engineer with extensive experience in the automation industry, having worked for various companies including Omega Automation and Navistar Inc. He has held multiple engineering positions since the late 1970s, accumulating over 30 years of experience in the field.
Work at Navistar
Thomas Poling has been employed at Navistar Inc as a Controls Engineer since 2019. He works in Springfield, Ohio, where he applies his expertise in control systems to enhance operational efficiency. Prior to his current role, he served as a Contract Controls Engineer at Navistar from 2017 to 2019. His experience at Navistar spans over five years, contributing to various projects and initiatives within the company.
Previous Experience in Automation
Before joining Navistar, Thomas Poling held several positions in the automation industry. He worked at Omega Automation as a Controls Engineer from 1991 to 1998, accumulating seven years of experience. He also worked at PDSI - Automation Solutions in various capacities, including a year as a Controls Engineer in 2005 and another seven months in 2016. His contract roles included positions at Odawara Automation and Motoman Inc, where he gained additional experience in control systems.
Career Timeline
Thomas Poling's career in controls engineering spans several decades, beginning in 1978. He worked at Odawara Automation for 11 years until 1989. He then took on contract positions at Motoman Inc and later returned to Odawara Automation. After a series of roles at Omega Automation and PDSI - Automation Solutions, he transitioned to Navistar. His career reflects a consistent focus on controls engineering across various organizations.
Education and Expertise
While specific educational details are not provided, Thomas Poling's extensive experience in controls engineering indicates a strong foundation in the field. His work across multiple companies and various roles showcases his expertise in automation and control systems, which is essential for optimizing manufacturing processes and enhancing system performance.