David Morrison
About David Morrison
David Morrison is a Solutions Engineer with extensive experience in network design, management, and security. He has worked at Motorola Solutions for over 27 years and currently holds the position of Lead Validation Engineer, while also serving as a Solutions Engineer at Versa Networks since 2019.
Current Role at Versa Networks
David Morrison has been serving as a Solutions Engineer at Versa Networks since 2019. In this role, he applies his extensive knowledge in network design and management to develop solutions that enhance network performance and security. His responsibilities include collaborating with clients to understand their needs and implementing effective network strategies.
Experience at Motorola Solutions
David Morrison has a long tenure at Motorola Solutions, where he has held multiple engineering roles since 1997. He started as a Field Test Engineer, then transitioned to Network Management Development Engineer, and later served as an Automotive Test Engineer. Currently, he is the Lead Validation Engineer, focusing on the development and testing of telecommunications and automotive technologies, particularly the Astro line of public safety radio networks.
Educational Background
David Morrison holds a Master of Science in Computer Science from the Illinois Institute of Technology, where he studied from 2005 to 2010. He also earned a Bachelor of Science in Computer Engineering from The Ohio State University, attending from 1991 to 1997. Additionally, he has completed training at Dynamic Worldwide Training Consultants and graduated from Adlai Stevenson High School in 1991.
Technical Skills and Expertise
David Morrison possesses a diverse skill set in network design and management, with specific expertise in SNMP, ATM, and Frame Relay technologies. He specializes in network security scanning and testing, as well as automated software testing. His experience includes administration of both Windows and Mac OS environments, enhancing his ability to manage various network systems effectively.