I hold a PhD in Physics along with BS and MS degrees in Electrical Engineering, and I bring over seven years of combined experience teaching college-level introductory physics and analytical chemistry/biochemistry laboratories. Throughout my teaching, I have worked with students from diverse academic backgrounds, helping them build strong foundations in mechanics, electricity and magnetism, and quantitative problem solving. I am deeply passionate about teaching and view it as a meaningful way...
I hold a PhD in Physics along with BS and MS degrees in Electrical Engineering, and I bring over seven years of combined experience teaching college-level introductory physics and analytical chemistry/biochemistry laboratories. Throughout my teaching, I have worked with students from diverse academic backgrounds, helping them build strong foundations in mechanics, electricity and magnetism, and quantitative problem solving. I am deeply passionate about teaching and view it as a meaningful way to transfer knowledge to the next generation. One of the most rewarding parts of my work is seeing students gain confidence and become independent in solving problems.
My approach to tutoring is structured and concept-driven. I focus on helping students truly understand the underlying physics rather than relying on memorization. I break down complex topics into clear, logical steps and connect them to real-world systems and experimental applications. With my background in experimental science and advanced instrumentation, I also help students see how physics principles apply in practical settings, which often makes difficult concepts easier to grasp and retain.
I work with students who are serious about improving their performance, whether they are preparing for exams, strengthening core concepts, or aiming to build long-term confidence in physics. Each session is tailored to the student’s needs, with a focus on clarity, efficiency, and measurable progress. My goal is not only to help students solve individual problems, but to equip them with the analytical thinking skills needed to succeed independently in physics and related STEM fields.