Rami Khadra
About Rami Khadra
Rami Khadra is a Senior Engineer at thyssenkrupp with extensive experience in the chemical and petrochemical industries, specializing in revamp projects.
Current Position at thyssenkrupp
Rami Khadra holds the position of Senior Engineer at thyssenkrupp. His role involves overseeing various engineering projects, with a strong focus on revamps within the chemical and petrochemical industries. His expertise in these sectors underpins his contributions to thyssenkrupp’s engineering operations, enabling effective project management and execution.
Professional Experience at Siemens
Before his current role, Rami Khadra worked at Siemens as a Group Lead from 2008 to 2014. Based in Vienna, he spent six years managing and leading engineering teams. His responsibilities included coordinating various projects, enhancing operational efficiency, and driving team performance.
Education in Engineering and Business
Rami Khadra has a robust educational background. He achieved a Master of Science in Mechanical and Industrial Engineering with a focus on Energy Systems from Technische Universität Wien. Additionally, he holds a degree in European Economy and Business Management from Fachhochschule des bfi Wien. This dual expertise in engineering and business management equips him with a comprehensive skill set for his professional endeavors.
Leading Revamp Projects at Shell Wesseling
From 2017 to 2019, Rami Khadra led the engineering management of revamp projects at Shell Wesseling. This role involved overseeing extensive renovations and upgrades in the facility, ensuring that all engineering aspects were executed efficiently and to high standards. His leadership in these projects highlights his specialized skills in brownfield projects within the chemical sector.
Experience in Rotating Equipment Management
In 2016, Rami Khadra served as the Lead Engineer for Rotating Equipment at DOMO LEUNA. He was also involved in supervising the site overhaul of rotating equipment in 2015. These roles emphasized his ability to manage complex mechanical systems, ensuring optimal performance and reliability of rotating equipment in industrial settings.