Eric kiaga

Freelance Data Entry & Virtual Assistant

Flow Research Collective • Autônomo

Sep 2026 - Present • 1 mo

My journey as a science tutor has been shaped by a deep passion for mathematics and physics, combined with a strong commitment to helping learners overcome challenges and achieve academic success. Over the years, I have tutored both high school peers and university students, guiding them through subjects ranging from foundational mathematics to advanced physics units. This experience has not only strengthened my expertise but also refined my ability to communicate complex ideas in ways that are clear, engaging, and tailored to individual learning needs. At the high school level, my tutoring began informally as peer support. Many classmates struggled with mathematics topics such as algebra, trigonometry, and introductory calculus, as well as physics fundamentals like motion, forces, and energy. I discovered that I had a natural ability to break down abstract concepts into simple, logical steps. By using relatable examples and practical problem‑solving strategies, I helped peers gain confidence in approaching science subjects. This early experience taught me the importance of patience, empathy, and adaptability in teaching — qualities that continue to define my tutoring style today. As I advanced to university, my tutoring responsibilities expanded significantly. I began working with fellow students on advanced mathematics and physics units, including Calculus I and II, Mechanics, Quantum Physics, Linear Algebra, and Differential Equations. These subjects often intimidate learners because of their abstract nature and heavy reliance on logical reasoning. My role was to demystify these topics by connecting theory to real‑world applications and guiding students through step‑by‑step problem solving. For example, in Calculus I and II, I helped students understand limits, derivatives, integrals, and series expansions, showing how these concepts apply to physics, engineering, and economics. In Mechanics, I guided learners through Newtonian principles, rotational dynamics,