Microtechnology Lab, Michigan State University, E. Lansing, MI                    2024 - Present

As an Undergraduate Research Assistant, I actively engaged in groundbreaking research opportunities under the mentorship of Professor Wen Li, where my work focuses on the development and optimization of heavy metal detection methodologies. In my primary project, I utilize Cyclic Voltammetry (CV), differential pulse voltammetry (DPV), electrical impedance spectroscopy (EIS), and fast-scan cyclic voltammetry (FS-CV) to advance detection techniques. I assist graduate student Hasan Banna, who plays a pivotal role in steering the project’s objectives.

My responsibilities include conducting experimental procedures, data analysis, and contributing to refining the detection system. Additionally, I developed a 3D structure in SolidWorks for additive manufacturing, designed to house electrodes, a filter, and a motor system to facilitate water movement in soil. Working closely with my mentor Hasan under Professor Wen Li, I gain valuable insights into the complexities of electrochemical analysis, enhancing my skills in both laboratory techniques and theoretical understanding. Our research aims to address critical environmental concerns related to heavy metal pollution, showcasing the real-world applications of our findings.

In a parallel project, I am developing a low-cost potentiostat system designed to perform fast cyclic voltammetry (FCV) for heavy metal detection. Collaborating with graduate student Mohammad, I utilize a Teensy 4.1 microcontroller programmed in C and integrated with Python scripting to ensure system efficiency. This project also involves implementing multithreading on the microcontroller to improve performance and minimize data-saving errors on the SD card. I designed a structured file management system to facilitate seamless data retrieval and processing through Python scripts, further enhancing system usability and data integrity.

Collaborating with both Hasan and Mohammad has provided me with a unique opportunity to contribute to a dynamic, interdisciplinary team, where we explore innovative solutions to challenges in heavy metal detection. These experiences have not only deepened my understanding of electrochemical research but have also honed my teamwork and communication skills. I am excited about the contributions we are making to the scientific community and look forward to furthering my involvement in impactful research initiatives.