Aravindhan Radhakrishnan
About Aravindhan Radhakrishnan
Aravindhan Radhakrishnan is a Senior Site Reliability Engineer at Trellix, with a background in Information Technology from Anna University. He has extensive experience in cloud migration projects and has held various engineering roles at Cognizant prior to his current position.
Work at FireEye, Inc.
Aravindhan Radhakrishnan has been serving as a Senior Site Reliability Engineer at FireEye, Inc. since 2021. His role is based in Dublin, where he has contributed for three years. In this position, he focuses on maintaining system reliability and performance while implementing new technologies in line with industry standards.
Work at Trellix
In addition to his role at FireEye, Aravindhan Radhakrishnan has also been working at Trellix as a Senior Site Reliability Engineer since 2021. He operates remotely, continuing to leverage his expertise in site reliability engineering to enhance system performance and reliability.
Education and Expertise
Aravindhan Radhakrishnan studied at Anna University, where he earned a B.Tech degree in Information Technology. His education has provided him with a strong foundation in technology, which he applies in his professional roles, particularly in implementing new technologies and adhering to best practices.
Background in Cognizant
Aravindhan Radhakrishnan has an extensive background with Cognizant, where he held multiple roles from 2006 to 2021. His positions included Software Developer, Platform Engineer, Operations Engineer, and Senior Software Engineer. He managed production support for a leading energy customer website for over seven years and worked on cloud migration projects utilizing Kubernetes on AWS EKS.
Experience in Site Reliability Engineering
With a focus on site reliability engineering, Aravindhan Radhakrishnan has developed a strong ability to implement new technologies while adhering to best standards. His experience spans various roles and responsibilities, contributing to his proficiency in maintaining system reliability and performance.