I led an advanced research project focused on detecting N₂O greenhouse gas emissions from soil, contributing to sustainable sensor development. By applying advanced analytical techniques such as gas chromatography, soil incubation, titration, and colorimetric analysis, I gathered precise data on emissions and nitrogen content from various soil types. My research investigated key factors impacting N₂O release, including moisture, time, and fertilizer type and amount, ranking them by their environmental significance to improve emission models. Through rigorous data analysis and machine learning, I developed correlation equations with an R² of 0.97, enabling highly accurate predictions of nitrous oxide emissions. This work not only advanced scientific understanding but also provided actionable insights for sustainability and emission reduction efforts.

I conducted research on optimizing copper extraction through bacterial bioleaching, achieving a sixfold reduction in extraction time from low-grade solutions. To enhance experimental efficiency, I designed an automated setup using Raspberry Pi and Arduino systems, enabling continuous data collection and remote monitoring of bioreactors. By leveraging Python programming, I optimized data output from the ICP-OES instrument, saving 10 hours per month in data processing. Additionally, I performed UV-Vis spectrometry, HPLC, and ICP-OES analyses to accurately measure the concentrations of key compounds, driving improvements in both experimental efficiency and sustainability in resource recovery processes.

I conducted comprehensive testing procedures to verify compliance with local water quality regulations. In this capacity, I supervised the water treatment processes, coordinating and scheduling operators to ensure seamless operations. By implementing continuous monitoring systems, I identified opportunities for performance optimization and cost reduction, driving greater efficiency in the treatment process. This proactive approach not only ensured strict regulatory compliance but also enhanced operational effectiveness, supporting sustainable water resource management and improving overall process efficiency.

I conducted comprehensive analyses of drinking water samples to ensure compliance with safety and quality standards. I performed various tests to detect contaminants, including microbial, chemical, and physical parameters, utilizing methods such as microbiological assays and spectrophotometry.