Conducted independent research on dynamical systems, resulting in the development of stochastic models that incorporate real-world factors.Developed MATLAB algorithms for large-scale simulations, including the organization of extensive datasets and code optimization (vectorization and parallel processing), leading to simulation-based novel results in infection dynamics that considered mutations, vaccine parameters (efficacy and adoption), and vaccination strategies.Collaborated with my advisor to formulate research projects and engage in extensive collaborative writing using LaTeX for paper publishing, dissertation preparation, and presentations (Beamer document class).

Developed and delivered lesson plans to teach complex mathematical concepts to a diverse student body in both virtual (Zoom) and in-person environments (over 60 students in a lecture hall).Created, distributed, and graded quizzes and exams, and provided feedback and office hours to support students' continued success.Very positive end of quarter evaluations with students praising my clarity, patience and availability.Selected Courses: single and multi variable calculus, bio calculus, linear algebra.

Development and presentation of course syllabus and lesson plans to explain mathematical concepts to a diverse student body. Primary person of contact for the students. Responsible to teaching catch-up mathematical concepts to prepare undergraduates for college level math courses.