Patryk Ruchniak
About Patryk Ruchniak
Patryk Ruchniak is the Main Generator System Manager at American Electric Power, where he has worked since 2015. He holds an Associate of Arts and Sciences from Southwestern Michigan College and a Bachelor of Applied Science from Ferris State University, specializing in Electrical and Electronics Engineering.
Work at American Electric Power
Patryk Ruchniak has been employed at American Electric Power since 2015, serving as the Main Generator System Manager. In this role, he evaluates current and potential future issues to maintain system integrity within the main generator systems. Ruchniak is responsible for managing major capital projects related to the main generators at Indiana Michigan Power. His focus includes ensuring high reliability and performance of auxiliary equipment.
Education and Expertise
Patryk Ruchniak studied Electrical and Electronics Engineering at Southwestern Michigan College, where he earned an Associate of Arts and Sciences (AAS) degree from 2004 to 2006. He furthered his education at Ferris State University, obtaining a Bachelor of Applied Science (BASc) in Electrical and Electronics Engineering Technology from 2006 to 2009. His educational background provides a solid foundation for his technical expertise in generator systems.
Background
Before his current role at American Electric Power, Patryk Ruchniak worked as a Field Service Engineer at Siemens from 2010 to 2015. In this position, he gained valuable experience in the field of electrical engineering. Additionally, he completed a three-month internship as an Engineering Intern at Ford Motor Company in 2008, which contributed to his practical knowledge in engineering applications.
Achievements
In his capacity as Main Generator System Manager, Patryk Ruchniak has successfully managed major capital projects related to main generators at Indiana Michigan Power. His role involves evaluating system integrity and ensuring the reliability and performance of auxiliary equipment, which are critical components in the operation of generator systems.