Working on the Bioinspired Microneedle-Based Barrier Tunneling (MBT) for Advanced Ocular Drug Delivery Project. Researching with the aim of creating stable channels in ocular barriers, enhancing the efficient delivery of therapeutic agents into the vitreous and retina. Main responsibilities currently include designing and synthesizing appropriate hydrogels as well as developing and quantifying microneedle-based drug release systems to optimize delivery efficiency. Researching Under Dr. Annabi and PhD Student Marian Olewine's guidance.

Developed advanced computer algorithms with global optimization techniques in MATLAB and Julia to implement the Sustainability Over Sets (SOS) methodology for general multi-dimensional Ordinary Differential Equation (ODE) systems and identify Limit Cycles in order to characterize the sustainability of a set. Researching under the guidance of Dr. Vasilios Manousiouthakis and PhD Student Julie Zhu.

Diagnosing technical problems reported by end-users such as hardware/software issues and implementing effective solutions to provide quality customer service.Actively bridging technical and non-technical stakeholders by translating complex technical jargon into accessible language, fostering improved issue resolution and collaboration

Spearheaded strategic collaborations with campus experts and overdose response professionals (EndOverdose and Sexperts) to organize comprehensive educational meetings ensuring members are well-informed on critical topics related to health and safety.