My academic foundation uniquely qualifies me to guide students through the complexities of mathematics and computer science. I am currently pursuing a Bachelor of Science in Electrical Engineering and Computer Sciences (EECS) at the University of California, Berkeley, where I maintain a 4.0 GPA. Having successfully navigated advanced STEM coursework, AP exams, and cutting-edge technical projects, I have developed a deep, intuitive understanding of subjects ranging from calculus to software...
My academic foundation uniquely qualifies me to guide students through the complexities of mathematics and computer science. I am currently pursuing a Bachelor of Science in Electrical Engineering and Computer Sciences (EECS) at the University of California, Berkeley, where I maintain a 4.0 GPA. Having successfully navigated advanced STEM coursework, AP exams, and cutting-edge technical projects, I have developed a deep, intuitive understanding of subjects ranging from calculus to software engineering. This background allows me to not only teach standard curricula but also provide students with the broader problem-solving frameworks required for long-term academic success.
Over the past two years, I have formalized my passion for education through dedicated volunteer and instructional roles within the community. Through Brilliant Detroit, I worked closely with students in one-on-one settings, volunteering my time to tutor foundational mathematics and English. Additionally, I expanded my instruction into technical subjects by tutoring students in Python programming through the Detroit Education Society. These experiences allowed me to work with a diverse range of age groups, helping younger learners build academic confidence while guiding older students through their first coding logic.
My tutoring methodology centers on conceptual visualization and interactive application rather than rigid memorization. When teaching computer science, I utilize collaborative exercises that help students understand the structural logic of programming languages. In mathematics, I break down abstract formulas into real-world analogies, ensuring students grasp the underlying concepts before applying them. By fostering a patient and encouraging environment, I focus on building a student's confidence alongside their technical skills, empowering them to approach unfamiliar academic challenges with independence.
