Fao Sanni
About Fao Sanni
Fao Sanni serves as a System Manager at American Electric Power, where he has worked since 2010, overseeing critical systems at the D. C. Cook Nuclear Plant. He holds a Bachelor's degree in Civil Engineering from Purdue University and has prior experience as a summer intern at the company.
Work at American Electric Power
Fao Sanni has been employed at American Electric Power since 2010, serving as a System Manager for 14 years. In this role, Sanni oversees critical systems at the D. C. Cook Nuclear Plant, including the Post Accident Sampling System and the Nuclear Sampling System. Prior to this position, Sanni gained experience as a Summer Intern in 2008 and again in 2009, both in Bridgman, Michigan. These internships provided foundational knowledge and skills relevant to the utilities industry.
Education and Expertise
Fao Sanni earned a Bachelor's degree in Civil Engineering from Purdue University, completing the program from 2005 to 2009. This educational background supports Sanni's expertise in both Structural Design and Environmental departments within the utilities sector. The combination of academic training and practical experience contributes to Sanni's proficiency in managing complex systems at the D. C. Cook Nuclear Plant.
Background
Fao Sanni's career in the utilities industry began with internships at American Electric Power, where Sanni worked for two months in both 2008 and 2009. These early experiences laid the groundwork for a successful career, leading to a full-time position as System Manager. Sanni's responsibilities include managing critical systems that ensure safety and efficiency at the nuclear facility.
Achievements
In the role of System Manager at American Electric Power, Fao Sanni is responsible for overseeing essential systems such as the Ice Condenser System and the Post Accident Containment Hydrogen Mitigation System at the D. C. Cook Nuclear Plant. These systems play a crucial role in maintaining operational safety and compliance with regulatory standards within the nuclear energy sector.