I mentoring students in a one-on-one setting to provide in-depth guidance on drafting techniques and interview strategies, significantly enhancing their ability to secure coveted research positions on campus. Additionally, I serve as a reliable resource and point of contact for students, offering support through email and additional meetings to foster a comfortable transition into a research environment or wet lab setting.

I conduct advanced research on the synthesis of pyrylium and pyridinium compounds, contributing to the group's exploration of novel materials for optimizing flow battery performance. My current thesis project includes designing and executing experiments to investigate the temperature-dependence of the solubility of pyridinium compounds in acetonitrile, providing critical insights for efficient flow battery technologies.

I maintain a strong focus and commitment to quality control by ensuring only clean and appropriate materials were included in each recycling category, upholding Michigan State University’s sustainability standards and reducing contamination rates. In addition, I analyze opportunities for process improvement, developing innovative ideas for enhancing recycling efficiency and contributing to discussions about sustainable practices during team meetings.

I employed critical thinking and problem-solving skills to hone flow-cell reaction conditions for the electrochemical hydrogenation of 5-hydroxymethylfurfural (HMF) to 2,5-dimethylfuran (DMF), a promising fuel alternative, while overcoming the challenges of multiple chemical pathways and enhancing DMF yields and purity. I obtain a meticulous attention to detail which led to the accurate determination of product compositions and increased reactant conversion rates by 23%, providing critical data for research outcomes.

I worked alongside PhD. students on experiments where we leveraged EC-Lab software and employed cyclic voltammetry techniques to evaluate redox potentials of furfural-containing compounds. Within the lab, I executed precise laboratory procedures and adhered to strict safety protocols while preparing galvanic cells and compressed gas cylinders, ensuring the accurate and secure handling of potentially hazardous materials.

I displayed unwavering attentiveness and enthusiasm in attending to 500+ poolside and banquet guests, exemplifying a strong commitment to customer satisfaction and a genuine desire to develop positive moments for every visitor.