Said Omar Said Hamid
About Said Omar Said Hamid
Said Omar Said Hamid is a FQA Field Quality Assurance professional currently working at Amazon Logistics in Saint-Priest, France. He has a background in logistics supervision and IT system coordination, with previous experience at Amazon and Vidéotron.
Current Role at Amazon Logistics
Said Omar Said Hamid currently holds the position of FQA Field Quality Assurance at Amazon Logistics. He has been in this role since 2020 and works in Saint-Priest, Auvergne-Rhône-Alpes, France. His responsibilities include overseeing quality assurance processes and coordinating IT systems, reflecting a dual role that combines both quality management and technical support.
Previous Experience at Amazon
Said Omar Said Hamid has a history of working at Amazon in various capacities. He served as a Sortation Associate from 2018 to 2019 for one year in Lyon, Auvergne-Rhône-Alpes, France. Following this, he worked as an Associate Quality for two months in 2019. Additionally, he acted as FQA from 2019 to 2020 for nine months, further enhancing his expertise in quality assurance within the logistics sector.
Technical Support Experience at Vidéotron
Before his tenure at Amazon, Said Omar Said Hamid worked at Vidéotron as a Technical Support Specialist for six months in 2013. This experience was based in Egypt Smart Villages and contributed to his technical skills and understanding of support systems.
Education Background
Said Omar Said Hamid studied at Al-Azhar University from 2009 to 2013, where he focused on Mathematics and Computer Science. This educational background provided him with a solid foundation in analytical and technical skills, which he applies in his current role in quality assurance and IT coordination.
Logistics Supervision Experience
In addition to his quality assurance roles, Said Omar Said Hamid has been involved in logistics supervision at Amazon Logistics in Saint-Priest. His experience in this area complements his quality assurance responsibilities and enhances the operational efficiency of logistics processes.