As a graduate assistant at Duquesne University, my research was instrumental in the pioneering development of advanced drug delivery systems, focusing on biomaterials and nanotechnology (lipid emulsions, hydrogels) to enhance the stability and efficacy of small molecule drugs, as well as pursuing innovative ways to deliver non-traditional API (oxygen). Leveraging my background in chemical engineering and pharmaceutics, I contributed to the optimization of nanoemulsion formulation & process, driving innovations that promise to reshape patient care through improved therapeutic outcomes.My work in pharmaceutical process development encompassed quality risk management and Quality by Design (QbD) to meet high quality standards and challenged me to learn analytical techniques such as dynamic light scattering, HPLC, UV-vis, in vitro release setup, fluorescence spectroscopy, and NMR spectroscopy. These skills empowered our team to deliver solutions that address the challenges of drug solubility and stability, reflecting my dedication to advancing pharmaceutical technologies to boost health.
Listed skills include Critical Thinking, Microsoft Office, Microsoft Excel, Teamwork, and 31 others.