Patrick Burke
About Patrick Burke
Patrick Burke is an IT Engineering Tools Business Analyst at Advanced Drainage Systems, Inc. in Hilliard, Ohio, with extensive experience in IT support and cloud computing technologies.
Work at Advanced Drainage Systems
Patrick Burke has been employed at Advanced Drainage Systems, Inc. since 2021, serving as an IT Engineering Tools Business Analyst. His role focuses on enhancing IT engineering tools and processes within the company. Based in Hilliard, Ohio, he has contributed to the organization's IT infrastructure and is actively involved in transitioning the company towards cloud computing solutions.
Previous Employment Experience
Prior to his current position, Patrick Burke held several roles in the IT sector. He worked at Emerson Network Power as an IT Client Support Analyst from 2011 to 2018 and served as a Telecommunications Intern there from 2008 to 2009. He also worked at Vertiv Co as an IT Client Support Specialist II and Network Engineer, both from 2011 to 2018 and in 2020, respectively. Other notable positions include Client Endpoint Engineer at American Honda Motor Company, System Administrator II at American Electric Power, and Endpoint Engineer at Honda R&D Americas.
Education and Expertise
Patrick Burke completed his high school education at Bishop Watterson, earning his diplomas from 2003 to 2007. He pursued further education at DeVry University, where he studied Network and System Administration, achieving both an Associate of Science degree and a Network and System Administration certification from 2007 to 2010. He specializes in AWS cloud computing technologies, reflecting his commitment to advancing his skills in the IT field.
Background
Patrick Burke is based in Westerville, Ohio, while working in Hilliard. His career spans over a decade in various IT roles, demonstrating a strong foundation in client support, system administration, and network engineering. His experience across multiple companies in Ohio has equipped him with a diverse skill set in IT operations and support.