Hi, my name is Arkhip, and I am currently pursuing double Bachelor of Science degrees in Computer Science (Quantum Information track) and Physics at the University of Maryland, College Park, where I maintain Dean's List honors. My educational background combines advanced STEM coursework (Calculus III, Differential Equations, Discrete Structures, Linear Algebra, and Computer Systems) with a 3.99 high school GPA and top academic awards. Beyond the classroom, I work as an undergraduate...
Hi, my name is Arkhip, and I am currently pursuing double Bachelor of Science degrees in Computer Science (Quantum Information track) and Physics at the University of Maryland, College Park, where I maintain Dean's List honors. My educational background combines advanced STEM coursework (Calculus III, Differential Equations, Discrete Structures, Linear Algebra, and Computer Systems) with a 3.99 high school GPA and top academic awards. Beyond the classroom, I work as an undergraduate researcher in computational physics at UMD's FloQuET Lab and as a full-stack software developer engineering production management applications using a variety of languages and technologies. This hands-on technical background allows me to break down complex topics in Python, Data Structures, Calculus, and Physics into manageable, intuitive concepts.
I have been actively teaching and mentoring students for over three years in one-on-one and small group settings. From 2022 to 2025, I served as an official peer tutor at my high school, working directly with students aged 14 to 18 in Latin, Spanish, and mathematics. Beyond language tutoring, I served as lead programmer for our robotics team, where I spent two years mentoring newer students in embedded C and Python programming. Both of these experiences taught me how to adapt my communication style to fit a student's needs, whether working with a beginner coder, an AP STEM student, or a student mastering a foreign language.
My teaching philosophy centers on intuitive, logical reasoning from fundamentals rather rote memorization of advanced concepts, as I believe that furthers understanding, and therefore performance. I structure lessons around active, real-time problem solving and immediate feedback, equipping students with clear strategies so they can build long-term confidence through independent practice.