Passionate Physics and Math Tutor | Empowering Students Through Active Learning and Personalized Support

I recently completed my Bachelor's degree in Physics, with minors in Computer Science and Mathematics, and I'm currently pursuing a Master's in Electrical Engineering. I believe in the lifelong pursuit of learning, and as someone who's still in school, I’m always striving to deepen my own knowledge. With three years of tutoring experience at my junior college, plus a history of working as an in-house tutor in the Bay Area, I’ve developed a strong ability to explain complex topics in clear, accessible ways. Teaching has always been a passion of mine—my first job was as a snowboard instructor, and I spent over 15 years in that field. Whether it's on the slopes or in the classroom, I’ve always enjoyed helping others reach their goals. My aim as a tutor is to help students not only understand the "how" of math and physics, but also the "why" behind the concepts. I know firsthand how challenging these subjects can be, and I understand that it’s not just about solving problems, but about developing a deep, intuitive grasp of the material. I’m here to help students build that understanding, work through difficult topics, and gain confidence in their abilities.

As an educator, my teaching methods are designed to create an engaging, supportive, and effective learning environment. Drawing from my experiences in tutoring and my academic background, I employ a variety of strategies that cater to different learning styles and promote a deep understanding of complex subjects like physics, mathematics, and computer science. Here’s an overview of the key methods I utilize in my teaching practice. Active learning is a cornerstone of my teaching philosophy. I believe that students learn best when they are actively engaged in the learning process rather than passively receiving information. To facilitate this, I incorporate various active learning techniques, such as: Problem-Based Learning (PBL): I present students with real-world problems that require them to apply their knowledge and critical thinking skills. This method encourages collaboration and fosters a deeper understanding of the material as students work together to find solutions. Think-Pair-Share: During lessons, I often pause to allow students to think about a question, discuss their thoughts with a partner, and then share their insights with the larger group. This technique promotes discussion and helps students articulate their understanding. Interactive Simulations: For subjects like physics, I use simulations to demonstrate concepts visually. For example, using online tools to simulate projectile motion allows students to manipulate variables and observe outcomes, reinforcing their understanding through experimentation. Recognizing that each student has unique learning preferences and abilities, I employ differentiated instruction to tailor my teaching methods to meet individual needs.