What I Do

I offer personalized math tutoring through one-on-one videochats with flexible scheduling. I have more than 2500 hours of teaching experience. I help people master subjects like linear algebra, analysis, abstract algebra, category theory, and mathematical physics.

I work with people who are looking to learn math in a setting that's more customizable than a college course. I've taught people with Ivy League math degrees and people with little to no previous math background. You can read testimonials from some of my students.

What You Can Expect

We'll spend your free consultation talking about your goals and experience. Then I'll help you design a curriculum that fits your schedule. Most students meet with me once or twice per week for an hour at a time.

I typically recommend textbook reading and problems for you to work on outside of class at your own pace (there's no such thing as a late assignment!). We'll spend class time answering your questions, talking through your solutions, and working through problems together. We can also read and analyze any papers or blog posts you want to understand.

My hourly rate (as of 2026) is $120. You can also buy 10 hours of tutoring in advance for $1000.

You can book a consultation or lesson through my interactive calendar.

Does This Sound Like You?

• “I want to learn proof-based math.”
• “I want to understand linear algebra deeply.”
• “I have a textbook or research paper that I'd like help reading.”
• “I'd like to get better at understanding textbooks or research papers on my own.”

If so, let's chat about it in your free consultation!

What I've Taught Before: Courses and Textbooks

• An introductory course, focusing on lists and matrices, using Linear Algebra and Its Applications (6th edition) by David C. Lay, Steven R. Lay, and Judi J. McDonald.
• A second course, focusing on the coordinate-independent perspective, using Linear Algebra Done Right (4th edition) by Sheldon Axler.
• A third course, focusing on numerical linear algebra and computation, using Numerical Linear Algebra by Lloyd N. Trefethen and David Bau, III.

• A single-variable calculus course including an introduction to real analysis, using Calculus (4th edition) by Michael Spivak.
• A multivariable calculus course using modern tools from real analysis Vector Calculus, Linear Algebra, and Differential Forms: A Unified Approach (5th edition).
• An introduction to the differential geometry of smooth manifolds An Introduction to Manifolds (2nd edition) by Loring Tu.

• An introduction to proofs, logic, sets, functions, graphs, and other useful structures, using Discrete Mathematics with Applications (5th edition) by Susanna S. Epp.

• A very gentle introduction, using Visual Group Theory by Nathan Carter.
• A course aimed at more mathematically mature students, using Abstract Algebra (3rd edition) by David S. Dummit and Richard M. Foote.

• An introduction to groups, rings, and fields, using Abstract Algebra (3rd edition) by David S. Dummit and Richard M. Foote.

• A course emphasizing the relationship between category theory and type theory, using Category Theory (2nd edition) by Steve Awodey.