Timothy Crihfield
About Timothy Crihfield
Timothy Crihfield is an Instrumentation & Controls Electrician at American Electric Power in Winfield, WV, where he has worked since 2015. He has a strong background in electrical and mechanical systems, with extensive experience in maintaining complex instrumentation and contributing to the efficiency of large-scale power facilities.
Work at American Electric Power
Timothy Crihfield has been employed at American Electric Power since 2015, serving as an Instrumentation & Controls Electrician. His role involves working with complex instrumentation systems at a 2900 Megawatt facility in Winfield, WV. He specializes in DCS Process Control, Automated Valves, Flow Control, and Pressure Safety, which are critical to maintaining operational efficiency in large-scale power generation.
Previous Employment Experience
Before joining American Electric Power, Timothy Crihfield held several positions in the electrical and maintenance fields. He worked as a Multi-Craft Technician at Jefferds Corporation from 2011 to 2013, focusing on the Toyota Plant in Buffalo, WV. He also served as an Electrical Mechanical Technician at Kern USA from 2013 to 2015 at the BB&T Operation Center in Charleston, WV. Additionally, he worked as a Plant Operator at Century Aluminum from 1996 to 2009 in Ravenswood, WV.
Education and Expertise
Timothy Crihfield pursued his education at Everest Institute of Technology, where he studied Computers, Electronics, and Communications, earning an Associate degree from 2009 to 2011. He also attended West Virginia University at Parkersburg (WVUP) from 1994 to 1996. His educational background, combined with extensive experience in electrical and mechanical systems, enhances his troubleshooting and maintenance capabilities.
Background in Electrical and Mechanical Systems
Timothy Crihfield possesses a strong background in both electrical and mechanical systems. This expertise allows him to effectively troubleshoot and maintain complex instrumentation. His extensive experience in various roles within the electrical and maintenance sectors contributes to the operational efficiency of large-scale power facilities.