My lifelong fascination with logic and problem-solving led me to pursue a formal education grounded in quantitative analytical frameworks. I hold a Bachelor of Arts in Mathematics from Harvard University, which instilled in me a deep conceptual appreciation for the structural foundations of algebra, calculus, and geometry. Building on this analytical base, I earned a Master of Public Administration in International Development from the Harvard Kennedy School, where I sharpened my skills in...
My lifelong fascination with logic and problem-solving led me to pursue a formal education grounded in quantitative analytical frameworks. I hold a Bachelor of Arts in Mathematics from Harvard University, which instilled in me a deep conceptual appreciation for the structural foundations of algebra, calculus, and geometry. Building on this analytical base, I earned a Master of Public Administration in International Development from the Harvard Kennedy School, where I sharpened my skills in statistical analysis and data-driven systems integration. To ensure my academic insights remain anchored to practical utility, I also maintain advanced technical competencies, holding professional certifications including the AWS Certified Solutions Architect – Associate and Developer – Associate designations.Over the past decade, my professional and teaching career has centered on demystifying complex data architectures and mathematics for diverse audiences. My structured instructional experience includes serving as a formal university course assistant in rigorous accounting systems, where I guided adult learners through nuanced financial frameworks. Beyond the collegiate classroom setting, I have spent several years delivering highly tailored, one-on-one private instruction to middle school and high school students navigating the core complexities of Algebra 1, Algebra 2, and Geometry.This extensive hands-on experience across multiple instructional settings has allowed me to perfect a unique, patience-first teaching methodology. Rather than encouraging rote formula memorization, I utilize targeted diagnostic processing and structural scaffolding to meet every student at their exact operational speed. By systematically breaking down intimidating, multi-step equations into clear, sequential milestones, I focus on building lasting logical confidence. My students learn not just how to execute mathematical steps, but fundamentally why they work, turning educational barriers into rewarding breakthroughs.
