Mohamed Saeed
About Mohamed Saeed
Mohamed Saeed is a Site Reliability Engineer with extensive experience in DevOps, currently employed at Akelius Residential Property AB in Berlin since 2018. He has a strong background in scripting, configuration management, and cloud infrastructure automation, having previously worked at IBM, HP, and UBS.
Work at ANIXE
Currently, Mohamed Saeed serves as a Site Reliability Engineer at ANIXE, a position he has held since 2018. His role focuses on ensuring the reliability and performance of systems, contributing to integration projects that enhance overall system efficiency. His experience in this position spans six years, during which he has developed expertise in cloud infrastructure automation and CI/CD processes.
Previous Experience
Before joining ANIXE, Mohamed Saeed worked at several notable companies. He was employed at IBM as a Middleware Specialist from 2015 to 2016, where he focused on middleware technologies. Prior to that, he worked at HP as an IT Systems Engineer from 2013 to 2015, gaining valuable experience in IT systems management. Additionally, he served as an IT System Engineer at UBS from 2016 to 2018, further enhancing his technical skills.
Education and Expertise
Mohamed Saeed holds a Master's degree in UNIX Systems Development and Administration from the Information Technology Institute (ITI), which he completed from 2012 to 2013. He also earned a Bachelor's degree in Communication and Electronics Engineering from the Faculty of Engineering at Alexandria University, where he studied from 2005 to 2010. His educational background supports his expertise in scripting, configuration management, and Linux environments.
Technical Skills
Mohamed Saeed specializes in cloud infrastructure automation and CI/CD processes. His technical skills include scripting and configuration management, particularly within Linux environments. He has been actively involved in projects aimed at improving system reliability and performance, showcasing his ability to integrate complex systems effectively.