I am a recent graduate with both a B.S. and M.S. in engineering. I have had about four years of experience tutoring and teaching elementary through college level students in the math and sciences. During college, I was a teaching assistant, which was a very fun experience that inspired me to continue teaching and tutoring. I think it's important to work with students to develop problem solving strategies that are tailored to their unique ways of thinking. My background in engineering has taught me to approach problems from many angles in order to find the best solution.
I look forward to applying the skills I've learned throughout my education to helping students achieve greatness in theirs.
Education & Certification
Undergraduate Degree: Rice University - Bachelors, Bioengineering
Graduate Degree: University of California-Los Angeles - Current Grad Student, Electrical Engineering
ACT Composite: 34
SAT Composite: 2320
SAT Math: 790
SAT Verbal: 730
SAT Writing: 800
GRE Quantitative: 164
GRE Verbal: 168
During my free time I love painting, playing the ukulele, reading, listening to podcasts, and bingeing Netflix shows.
Elementary School Math
High School English
Study Skills and Organization
Q & A
What might you do in a typical first session with a student?
In the first session, I will always try to figure out a list of topics we need to cover for the class or test, which helps me plan out a schedule for tutoring for the amount of time that’s available to us. I also assess the student on the material by giving example problems and seeing how they do to figure out a good starting point.
What is your teaching philosophy?
I primarily tutor middle school and high school math and sciences as well as test prep. In these subjects, it’s important to help students develop problem solving strategies that best match the way they think, so I like approaching problems from many angles to find the right fit for them. This leads to a more efficient and individualized learning process. I also believe that building strong foundations in fundamental concepts is critical to mastering advanced concepts. Lastly, I think that using real world examples helps students achieve a more complete understanding of the meaning and applications of theoretical math and science in our lives.