Place value, regrouping, early fractions — these concepts trip up elementary students when they're taught as disconnected procedures instead of connected ideas. Arielle's child development background from Yale gives her insight into how young minds build number sense, and her three years of classroo...

Amy's strength in math comes from an unexpected place — her English major at Penn trained her to find structure in complexity, which is exactly what untangling a dense algebra problem or parsing a multi-step calculus question demands. Her 1560 SAT confirms she's no stranger to quantitative reasoning...

Holding dual bachelor's degrees — one in mathematics-economics from UCLA — Vinay covers math from basic operations through calculus with genuine fluency. He pinpoints exactly where a concept breaks down for a student, whether that's fraction division in fifth grade or chain rule applications in coll...

While Emma's primary expertise is in English and education, her subject range extends into math through pre-algebra and foundational concepts like fractions, ratios, and word problems. She approaches math the way she approaches writing: by slowing down to make sure a student understands the reasonin...

A biology degree involves more math than most people expect — statistics, calculus, quantitative data analysis — and Emma completed all of it at Duke. She's comfortable across a wide range of math topics, from fractions and ratios through algebraic problem-solving, and she's especially good at conne...

Julie's quantitative background spans calculus, algebra, and GRE-level problem solving, so she can pinpoint exactly where a concept breaks down — whether it's fraction operations, variable manipulation, or translating word problems into equations. Her Philosophy-Neuroscience-Psychology degree from W...

From fraction operations in elementary school to limits in calculus, Rosalyn covers a wide span of math and connects each new concept to the reasoning behind it. Her science background means she naturally ties abstract procedures — like solving systems of equations or graphing functions — to real pr...

I'm entering my senior year at Case Western Reserve University. I'm happy to provide tutoring services for those interested in improving their academic performance or exam preparation. The subjects which I am most proficient include SAT Math, Algebra 1 , Algebra 2, Middle School Math, Pre-Algebra, P...

Practice problems aren't busywork — they're how Brian believes math actually clicks. His computer science background at Case Western Reserve means he approaches everything from fractions to functions with a problem-solving mindset, breaking each concept into logical steps until the pattern becomes s...

Problem-solving is what drew Ruth to math in the first place, and she's at her best walking students through the logical steps behind algebra, pre-calculus, and beyond. Her approach breaks multi-step problems into smaller decisions so students can see where they went wrong — and why — instead of jus...

A math background that spans a BS through a PhD in Applied Mathematics means Dr has taught nearly every level of the subject, from basic arithmetic properties through multivariable calculus and linear algebra. She pinpoints exactly where a concept breaks down for a student — whether it's fraction op...

Whether a student is stuck on fraction operations in pre-algebra or wrestling with derivatives in AP Calculus AB, Sunay covers the full pipeline. His go-to method is connecting each new concept back to something the student already knows — showing, for instance, how proportional reasoning in middle ...

From basic algebraic manipulation through multivariable calculus and applied statistics, Alexander has used math as a daily working tool throughout his engineering training and doctoral research. He's especially effective at showing students why a technique works — not just the steps of long divisio...

From arithmetic fundamentals through early algebra, Amos zeroes in on the reasoning behind each operation so students aren't just following steps mechanically. His approach emphasizes number sense and pattern recognition — skills that pay off long after a particular worksheet is finished.

Karen's engineering background means she's spent years working through applied math — from algebraic modeling to calculus-based problem sets — in real-world contexts like logistics and systems analysis. She breaks down word problems and multi-step calculations by connecting abstract operations to co...