Matt Goddard
About Matt Goddard
Matt Goddard is an Instrument & Controls Technician Senior with over 15 years of experience in DCS Ovation and Allen Bradley PLC controls. He currently works at American Electric Power, where he manages a team and oversees major capital projects.
Work at American Electric Power
Matt Goddard has been employed at American Electric Power since 2007, where he holds the position of Instrument & Controls Technician Senior. In this role, he is responsible for receiving and ordering materials for major capital projects as well as for everyday operations and maintenance. He also serves as a Project Manager for DCS upgrades, overseeing a team of 16 direct report employees. His extensive experience in the field contributes to the efficiency and effectiveness of the projects he manages.
Education and Expertise
Matt Goddard studied at Belmont Technical College, where he earned an Associate's degree in Electrical Engineering Technologies/Technicians from 2006 to 2007. He also attended Ohio University, focusing on Business/Managerial Economics during the same timeframe. His educational background complements his over 15 years of experience with DCS Ovation and Allen Bradley PLC controls, as well as his skills in replacing and repairing temperature controls, including RTDs and thermocouples.
Background
Matt Goddard has over 15 years of experience in the field of instrumentation and controls. He has worked extensively with turbine vibration probes and high voltage transformers, and is skilled in troubleshooting and calibrating various mechanical systems, including pumps, motors, valves, gates, belts, and scales. Additionally, he has spent one year in a major supply chain plant operation, which has further enhanced his operational knowledge.
NERC CIP Compliance Knowledge
Matt Goddard is familiar with NERC CIP requirements, which are essential for maintaining the security of the bulk power system. His understanding of these regulations is crucial in ensuring that the operations he oversees comply with industry standards, thereby contributing to the overall safety and reliability of power systems.