Award-Winning Math Tutors
serving Davenport, IA

Computer science coursework at Penn State means Joshua spends most of his time thinking in algorithms — breaking complex problems into discrete, logical steps — which is essentially what math asks students to do from algebra through calculus. He's especially effective at teaching students to recognize the underlying structure of a problem before jumping into computation, a habit that comes from writing code where skipping a step means nothing runs. He scored a 1560 on the SAT and carries a 4.7 rating.

Economics at UChicago is math-intensive, so Elliot has spent years applying algebra, calculus, and statistical methods to solve real problems — not just completing problem sets in isolation. He's especially sharp at connecting abstract math procedures to concrete scenarios, which tends to unlock understanding for students who struggle with "when will I ever use this."

Mary's subject range — calculus, algebra, science, and a deep bench of English and writing courses — suggests someone who's genuinely comfortable moving between quantitative and verbal thinking, which is exactly what students need when a math problem requires reading comprehension as much as computation. She's particularly well-suited for learners who freeze up at word problems or need someone to slow down and re-explain a concept in plain language rather than textbook jargon.

Ellie tutors a Differential Equations course weekly at Yale and scored a 1530 SAT and 35 ACT, so she's comfortable across the full math spectrum — from fraction operations in elementary school through limits and derivatives in calculus. She breaks problems into visual, step-by-step reasoning that makes each concept click before moving to the next one.

Whether a student is wrestling with fraction operations in pre-algebra or derivatives in calculus, Sam pinpoints exactly where the conceptual gap is and addresses it directly. He connects abstract procedures to concrete reasoning — explaining *why* you cross-multiply or *what* a slope actually represents — so that new topics build naturally on old ones instead of feeling like a pile of disconnected rules.

From pre-algebra fundamentals through Calculus 2, Aaron covers the full math pipeline and knows exactly where the common stumbling blocks sit — fractions-to-ratios in middle school, the abstraction jump in algebra, and the conceptual leap into limits and integration. His mechanical engineering grad work keeps him using this math daily, so he explains it as a living toolset rather than isolated procedures. Rated 5.0 by students.

A triple Bachelor of Science holder, Sung has spent years working through math at every level — from proportional reasoning and equation-solving in middle school to the limit definitions and derivative rules of calculus. He breaks problems into smaller logical steps so students can see the reasoning behind each move, not just follow a memorized procedure.

A perfect 36 on the ACT means Emily is comfortable across the full math spectrum, from fraction operations and proportional reasoning up through functions and basic trigonometry. She connects each concept to the reasoning behind it so students can solve unfamiliar problems, not just repeat practiced ones.

Jessica's path through a Penn history degree and medical school required constant fluency in math — from college algebra and calculus to the quantitative reasoning embedded in scientific coursework. She breaks down arithmetic, fractions, ratios, and word problems by connecting them to practical scenarios students can visualize. Rated 4.8 by her students.

A Cornell biology graduate, Josef regularly applies quantitative reasoning to scientific problems — from calculating reaction rates to modeling population dynamics — which keeps his math sharp and grounded in real applications. He breaks down concepts like proportional reasoning, unit conversions, and algebraic manipulation by tying them to tangible scenarios students can visualize. Rated 5.0 by students.

Kathy's economics degree from Duke required heavy quantitative coursework, giving her a practical grip on everything from fraction operations and proportional reasoning to introductory functions. She breaks problems into visual steps — sketching number lines, drawing diagrams — so that abstract procedures actually click rather than just get memorized.

While Brittney's primary expertise is in English and literature, she also tutors math and brings the same structured, step-by-step reasoning she applies to literary analysis. Her SAT composite of 1440 reflects strong quantitative skills, and she's particularly effective at translating word problems into mathematical language for students who think more verbally.

Medical school at Northwestern means Anna lives in quantitative reasoning daily — biostatistics, pharmacokinetics, interpreting clinical data — which keeps her math instincts sharp well beyond what she first developed earning a 36 ACT and 1590 SAT. She's particularly effective at teaching students how to set up a problem before solving it, the organizational step that separates students who get lost mid-calculation from those who move through confidently. Rated 5.0 by students.

Philosophy majors spend four years doing something most people don't associate with math: constructing airtight logical proofs where every step must follow necessarily from the last. Emily's BA in Philosophy from Northwestern built exactly that kind of sequential reasoning, which she now applies to walking through algebraic and arithmetic problems where students need to see why each operation is justified, not just what button to press. Her legal career reinforced that discipline — building a case and solving a multi-step equation aren't as different as they sound.

Jennifer's tutoring background spans algebra through calculus, but her real strength in math is translating word-heavy problems into clear steps — a natural extension of her language arts training. She's especially effective with students who understand concepts in class but freeze when facing unfamiliar problem formats on their own.