I am responsible for ensuring the integrity and quality of laboratory operations. My duties include conducting precise sample analyses using CS 2000 LECO ANALYZER, AAS, titration, and XRF, and ensuring all equipment is verified and ready for use. I manage data within SLIMS and oversee job profiling in the absence of the sample preparer. Additionally, I investigate and resolve client quality complaints guide subordinates, and uphold stringent safety, health, and environmental management standards. I ensure effective communication with the Chemist to maintain the smooth operation of laboratory processes.• I successfully conduct and deliver timely and precise physical-chemical analyses on all samples, consistently meeting quality standards and ensuring data integrity.• I streamline the documentation process by accurately recording analytical results in workbooks and preparing comprehensive test reports and certificates of analysis, contributing to a speedy turnaround time.• I proactively identify and report deviations in the quality management system, leading to swift resolutions and maintaining compliance with industry standards, which reduces client complaints. • I enhance team performance by providing targeted training and guidance to subordinates, improving adherence to laboratory methods and safety protocols, and increasing overall lab efficiency. • I maintain exemplary laboratory housekeeping standards, ensuring a safe and organized work environment, which contributes to a reduction in preventable incidents and a smoother workflow.

As a Data Quality Assurance Assistant at John Snow Incorporated JSI SAFE, I was responsible for ensuring the accuracy and reliability of HIV/AIDS service data. My role involved meticulous data collection for programs such as Anti-Retro Therapy (ART), Counselling and Testing (CT), and Elimination of Mother-Child Transmission (EMTCT). I created detailed monthly reports and presentations in line with PEPFAR MER guidelines, ensuring seamless integration of Health Management Information Specification (HMIS) reports with SAFE's monthly summaries. I also played a key role in maintaining the Electronic Health Record System (SmartCare), driven by a commitment to supporting HIV/AIDS initiatives and promoting community health.• Ensured the accuracy and reliability of HIV/AIDS service data by meticulously collecting and verifying data for Anti-Retro Therapy (ART), Counselling and Testing (CT), and Elimination of Mother to Child Transmission (EMTCT) programs.• Developed comprehensive monthly reports and visually appealing presentations that adhered to PEPFAR MER guidelines, contributing to clear and effective data communication.• Linked Health Management Information Specification (HMIS) reports with SAFE's monthly summaries, ensuring consistency and accuracy across data reporting platforms.• Provided vital support in maintaining the Electronic Health Record System (SmartCare), enhancing the efficiency and effectiveness of data management.• Approached each assignment with enthusiasm and dedication, motivated by a strong commitment to combating HIV/AIDS and improving community health outcomes.• Contributed to the overall quality assurance process by implementing rigorous data validation practices, helping to uphold high standards of data integrity and reliability.

As a Soil Analyst at the Ministry of Lands, Natural Resources and Environmental Protection, I implemented advanced soil and seed analysis techniques following ISO standards. I meticulously prepared soil samples and utilized techniques such as hydrometer analysis for particle size and soil pH testing to ensure data accuracy and reliability. My role involved applying chemical reagents and validating analytical methods to confirm their effectiveness and compliance. I also conducted seed viability experiments, recording and interpreting data to derive practical conclusions. My focus on innovation and quality in soil and seed analysis highlighted my commitment to advancing agricultural and environmental solutions.• Successfully implemented advanced soil and seed analysis techniques, including hydrometer particle size analysis and soil pH testing, ensuring adherence to ISO standards and enhancing data reliability.• Achieved high data quality and accuracy by methodically preparing soil samples and applying chemical reagents, leading to improved analytical precision and compliance with industry standards.• Validated and optimized analytical methods to ensure their efficacy, contributing to the robustness and credibility of soil and seed analysis processes.• Conducted detailed seed viability experiments, systematically recording and interpreting data to provide actionable insights and practical conclusions for agricultural applications.• Demonstrated a strong commitment to innovation and quality in soil and seed analysis, resulting in the effective implementation of forward-thinking agricultural and environmental solutions.• Maintained rigorous standards of accuracy and quality in all analytical procedures, significantly contributing to the overall reliability and impact of soil and seed analysis for environmental protection.

I managed various responsibilities in ore processing and quality assurance. I expertly collected and analyzed concentrate samples, determined moisture levels, and prepared composite samples daily for evaluation. Utilizing advanced equipment such as the RO500 LECO analyzer, CS230 LECO analyzer, and Axios XRF machine, I conducted precise analyses on process samples from cobalt recovery and flash smelting furnaces and employed gravimetric analysis technique to determine copper concentration. My role involved interpreting experimental data with accuracy and consistency, demonstrating my commitment to metallurgical excellence, and enhancing operational efficiency in the mining and metallurgy sector.• Achieved precise and reliable analyses of ore processing samples by expertly utilizing advanced equipment such as the RO500 LECO analyzer, CS230 LECO analyzer, and Axios XRF, ensuring adherence to industry standards.• Successfully collected and analyzed concentrate samples daily, accurately determining moisture levels and preparing composite samples, which enhanced the consistency and reliability of quality assessments.• Enhanced metallurgical analysis by applying electrolysis techniques to accurately assess sulfur and oxygen content in anode and blister copper, and magnetite in slag, optimizing process efficiency.• Delivered high-quality results through rigorous interpretation of experimental data, maintaining precision and consistency, which significantly improved the reliability of quality control measures.• Streamlined operations by providing valuable insights from complex datasets, leading to improved operational efficiency and adherence to quality management protocols.• Maintained rigorous safety and quality standards in laboratory operations, contributing to a substantial improvement in the effectiveness of quality assurance processes and the integrity of analytical results.