Siti Nadzirah Nazri

• Maintained strong attention to detail while reviewing numerous sensitive content daily,making critical decisions regarding removal or approval based on client guidelines.
• Identified and reported emerging trends and patterns in user behavior to quality analysts, proposing policy recommendations to address these trends.
• Maintained up-to-date knowledge of evolving client policies.
• Supported continuous improvement initiatives by actively participating in ad-hoc experiment queues and attended client round table discussion focused on enhancing reviewer skills and processes.
• Maintained strict confidentiality with sensitive client information, adhering to industry standards and company policies.
• Achievement: Consistently achieved a 98% or higher accuracy rate in identifying and removing inappropriate content, significantly improving online community safety.

Project: Geochemistry of Rare Earth Elements (REEs) In Soil from Igneous Related Host Rock In Selected Areas Along The Central Belt Of Peninsular Malaysia

• Engaged with professionals on-site in identifying the potential resource of rare earth elements (REEs) with geological aspect taken into consideration.
• Studied the geochemical relationship of REEs concentration in soil and rock, potential minerals associated and its fractionation process.
• Experienced in laboratory analysis equipment as well as geochemistry data acquisition, data
  processing, data analyzing and data summary.
• Acquired, processed, analyzed, and summarized geochemical data.
• Prepared interpretive reports based on laboratory findings.
• Monitored project timelines, ensuring timely completion of tasks while maintaining high-quality output.
• Presented at national Geoscience Conference in 2019 Trace Element Fractionation Behavior of Soil from Benta Alkali Syenite
  2018 National Geoscience Conference
• Presented at National Geoscience conference in 2018 on Major Element Geochemistry of Soil from Felsic Volcanic Rock in Teluk Ramunia
  and won Best Poster Award

Project: Tephorology and Geochemistry of Youngest Toba Tuff Ashes from Quaternary Sediments in Peninsular Malaysia and Implication to Labu Sayong Industry

• Worked with a group of professionals in both geology and mechanical engineering to resolve issues in modifying the Labu Sayong, adding marketable and esthetic values for it to survive in the industry.
• Studied the properties of the clay with different grain size and its effect upon heat at different temperatures in the making of Labu Sayong.