Conan M.
About Conan M.
Conan M. is a Senior System Engineer for Cloud and Onprem Splunk Architect at Fannie Mae, with extensive experience in system engineering, cloud environments, and scripting languages.
Current Role at Fannie Mae
Conan M. serves as a Senior System Engineer for Cloud and Onprem Splunk Architect at Fannie Mae, located in Reston, Virginia. His work involves managing and optimizing Splunk architecture across both cloud and on-premises environments. He utilizes his extensive background in system engineering, automation, and scripting to support the technical infrastructure of the organization.
Previous Experience at Landmark Education
From 2008 to 2012, Conan worked at Landmark Education as a Level 3 Course Supervisor in Alexandria, Virginia. During his four-year tenure, he supervised courses, ensuring smooth operations and quality education delivery, contributing to the organization’s educational mission.
Career at Verizon
Conan M. spent 13 years at Verizon, from 2006 to 2019, in Ashburn, Virginia, holding the position of Senior Unix System and Cloud Engineer. His responsibilities included managing Unix systems and cloud environments, leveraging advanced engineering skills to enhance the company’s technological capabilities.
Education and Academic Background
Conan M. holds a Master of Arts in Theoretical Physics from the University of Delaware, achieved between 1998 and 2000. He also earned a Bachelor of Science in Physics from Stockton University, where he studied from 1993 to 1998. His academic background in physics provides a strong analytical foundation for his technical roles.
Technical Expertise and Tools
With advanced skills in scripting languages such as Awk, Bourne, C, Korn, Perl, Powershell, Python, and Sed, Conan M. is proficient in automation and system engineering. He utilizes tools like Ansible, Kubernetes, Jenkins, Splunk, and Terraform for various engineering and automation tasks. His technical expertise extends to server and VM deployment, automation of processes and procedures, server clustering, SAN, network design, and system/architecture design.