Alexander Frank
About Alexander Frank
Alexander Frank is a Software Systems Engineer with a background in Electrical Engineering Technologies and Management Information Systems. He has extensive experience in system engineering, automation, and cloud integration, currently working at Galileo Financial Technologies since 2021.
Work at Galileo Financial Technologies
Alexander Frank has been employed as a Software Systems Engineer at Galileo Financial Technologies since 2021. In this role, he focuses on delivering stable and scalable solutions while streamlining automation processes. His contributions are integral to the company's technology infrastructure.
Education and Expertise
Alexander Frank studied at Hennepin Technical College, where he earned an Associate of Science in Electrical Engineering Technologies/Technicians from 2000 to 2002. He furthered his education at St. Cloud State University - Herberger Business School, obtaining a Bachelor of Science in Management Information Systems from 2003 to 2006. His educational background supports his expertise in Linux deployment, monitoring, and automation, along with AWS experience.
Professional Background
Alexander Frank has a diverse professional background in software engineering and systems administration. He began his career at Sambatek, Inc. as a System Administrator from 2000 to 2002. He then transitioned to Open Access Tech Intl Inc as a Software Engineer for nine months in 2006. His experience includes significant roles at Wells Fargo as a Senior System Engineer from 2014 to 2021, and at Thomson Reuters from 2012 to 2013. He also worked at Bluestem Brands, Inc. as a Senior System Engineer from 2007 to 2012.
Technical Skills and Specializations
Alexander Frank possesses specialized skills in deploying and managing Java Tomcat application stacks. He has a strong focus on private cloud and hybrid cloud integration, which enhances his ability to deliver effective technology solutions. His career expertise includes a comprehensive understanding of automation processes and system stability.