David Gorman
About David Gorman
David Gorman is an Engineering Technologist with extensive experience in designing protection and control schematics for power utility substations. He has worked at American Electric Power since 2001 and has a strong educational background in electrical engineering technology.
Work at American Electric Power
David Gorman has been employed at American Electric Power since 2001, serving as an Engineering Technologist. He works within the Transmission Station Protection and Controls Engineering Department. His role involves designing protection and control schematics specifically for power utility substations, with a focus on systems operating at voltages up to 765KV. His extensive experience in this area contributes to the reliability and safety of electrical transmission systems.
Education and Expertise
David Gorman has a solid educational background in engineering. He studied Microelectronic Engineering at the Rochester Institute of Technology from 1985 to 1987. He then pursued a Bachelor of Science in Electrical Engineering Technology at SUNY Polytechnic Institute from 1989 to 1991. Additionally, he earned an Associate of Applied Science in Electrical Engineering Technology from the State University of New York System, studying from 1987 to 1989. His expertise includes Extra High Voltage (EHV) and Ultra High Voltage (UHV) Transmission Substation Design.
Background
David Gorman has a diverse work history in electrical design. Before joining American Electric Power, he worked as an Electrical Designer at Coffman Engineers from 1994 to 1998, and at Sparling from 1998 to 2001. His experience spans various aspects of electrical engineering, particularly in the design of systems for high voltage applications, which has equipped him with the skills necessary for his current role.
Achievements
Throughout his career, David Gorman has developed a specialization in designing protection and control systems for high voltage substations. His work at American Electric Power and previous roles has contributed to advancements in transmission technology, particularly in the areas of Extra High Voltage and Ultra High Voltage systems. His contributions help ensure the efficiency and safety of electrical transmission networks.