The Ohio State University Math Advisory Board is a group of alumni and colleagues that provide guidance to the OSU Math Department on policy and programming. It advises the Department on financial, structural, and strategic matters, and serves under the broader College of Arts and Sciences, in collaboration with university leadership, to designate funding opportunites, advise on scholarships, and increase the growth and academic potential of the Department. Serving on the Career Sucess and Development/Communications comittees.

Conducting research in Quantum Topology, Higher Category Theory and Fusion/Tensor Categories through OSU Cycle. Examining interactions of the Levin-Wen Model to explain emergence of quantum objects due to interactions between partially invariant topological phases, in particular gauge bosons and fermions.Presenting findings in conference, preprint to appear on ArXiv.

Accepted into the Department of Mathematics Directed Reading Program to study Network Theory. Studied analytic and qualitative methodologies of Network Theory. Researched applications of Network Theory for use in understanding complex systems.Abstract published under "Exploring Complexity: Analytic Methodologies and Cross-Disciplinary Applications of Network Theory" in the DRP Annals of the Department of Mathematics.

The Millennium Fellowship convenes, challenges, and celebrates bold student leaders advancing the Sustainable Development Goals (SDGs) on their campuses and in their communities. Campus Directors lead the Fellowship's endeavors for their cohort. Fellowship awarded under SDG 3.

Studied research methodologies for analysis of invertible and dualizable categorical objects in higher dimensions.Studied Category Theory, Linear Logic, Lambda Calculus and Game Semantics. Researched mechanisims for computation in linear logic.

Studied linear algebra, real analysis, and multivariate calculus. Studied structures and mechanisims of artificial neural networks. Developed linear optimizers for artificial neural networks. Examined the effects of depth in differentially banded Toeplitz matrices on backpropagation efficiencies.

Developed and led a case study on the genetic basis of immunodeficiency linked cancers. Published in Clinical Immunology under "Heterozygous ATM Mutation Associated with Immunodeficiency and Recurrent Malignancies". Selected for presentation at the 2021 Clinical Immunology Society Annual Meeting.