

Dedicated Graduate Teaching Lab Assistant skilled in instructing and supervising general and organic chemistry labs. Developed interactive materials and provided tailored mentoring to enhance student comprehension. Enforced laboratory safety protocols and conducted review sessions to clarify complex topics, while grading assignments and preparing reports for timely academic support. Highly skilled Metrologist with in-depth knowledge of precision measurement tools and techniques. Strong background in implementing calibration systems, and maintaining quality assurance protocols. Known for problem solving skills and ability to manage complex projects. Previous work has led to enhanced efficiency, improved accuracy, and compliance with GMP standards.
At the Annual Student Research Conference at Southeast Missouri State University, I presented my research on the oxidative cleavage of alkynes using solid-supported ruthenium tetroxide (RuO₄). My work focused on developing a greener and more sustainable catalytic approach by immobilizing RuO₄ on a solid support to enhance reaction efficiency and recyclability while minimizing hazardous waste. I discussed the reaction mechanism, catalyst stability, and product selectivity, highlighting its potential applications in organic synthesis. Through this presentation, I engaged with faculty and peers, defended my findings, and gained valuable experience in scientific communication and research dissemination.
Southeast Missouri State University
Developed a sustainable catalytic approach by immobilizing ruthenium tetroxide (RuO₄) on a solid support for the oxidative cleavage of alkynes. This method improved reaction efficiency, recyclability, and minimized hazardous waste. Investigated the reaction mechanism, catalyst stability, and product selectivity, demonstrating its potential applications in organic synthesis. Presented findings at the Annual Student Research Conference, engaging in scientific discussions and defending research results.
University of Iowa
Synthesized and developed active pharmaceutical ingredients (APIs) targeting Alzheimer’s and Parkinson’s disease, which exhibited promising bioactivity in nerve cell models. Conducted mechanistic studies and structure-activity relationship (SAR) analysis to optimize efficacy and selectivity.
University of Iowa
Designed and developed a novel tandem catalytic system capable of performing (4+2) cycloaddition and cross-coupling reactions simultaneously. This project aimed to streamline synthetic routes, improve reaction efficiency, and reduce waste, demonstrating potential applications in drug discovery and material science.
University of Iowa
Mentored undergraduate students in organic synthesis and catalysis research, providing one-on-one guidance and hands-on training. Helped students develop problem-solving skills, understand research methodologies, and gain real-world laboratory experience, fostering their scientific curiosity and confidence in experimental work.
•Dr. Philip Crawford, Professor, Chairman, Department of Chemistry & Physics, Southeast Missouri State University,USA, pcrawford@semo.edu, +1 (573) 651-2166
•Dr. Sarah Shaner, Associate Professor, Department of Chemistry & Physics, Southeast Missouri State University, USA,sshaner@semo.edu, +1(573) 651-2370