Andrew Busch, P.E.
About Andrew Busch, P.E.
Andrew Busch, P.E. serves as the Director of HV Commissioning at SOLV Energy, where he has worked since 2022. With a background in electrical engineering and extensive experience in project management and system modeling, he possesses a diverse skill set that includes expertise in AutoCAD and Micro Station.
Work at SOLV Energy
Andrew Busch has been with SOLV Energy since 2014, initially serving as a Senior Project Manager for ten years. In 2022, he advanced to the position of Director of HV Commissioning. In this role, he oversees high voltage commissioning processes, ensuring compliance with industry standards and project specifications. His extensive experience in project management and engineering contributes to the successful execution of energy projects.
Education and Expertise
Andrew Busch earned a Bachelor of Science degree in Electrical Engineering from North Carolina State University, completing his studies from 2003 to 2008. His educational background provides a strong foundation for his engineering career. He possesses a diverse skill set that includes .NET programming, Adobe Photoshop, and database administration, which enhances his capabilities in the field of high voltage commissioning.
Background
Before joining SOLV Energy, Andrew Busch worked as an Electrical Engineer II at UC Synergetic from 2009 to 2014. He also had a brief tenure as a Protection Engineer at Xcel Energy in 2009. His early career involved significant contributions to system modeling and protection automation, particularly in the Texas panhandle area, where he worked on utility projects.
Technical Skills
Andrew Busch has expertise in AutoCAD and Micro Station, which he utilizes for designing and reviewing schematics related to power substations and transmission lines. He is skilled in creating relay settings for protection automation in substations using MathCAD. Additionally, he has experience in modeling entire systems in CAPE and conducting fault studies and coordination studies, which are essential for ensuring the reliability and safety of electrical systems.