A perfect 36 on the ACT means Talia handled every math concept the test could throw at her, from fractions and ratios through algebra and basic trig. She applies that same systematic thinking when tutoring math, breaking multi-step problems into manageable pieces and showing students exactly where their reasoning goes off track.

Not every math tutor comes from a pure STEM background, and that's exactly what makes Marisa effective — she knows what it's like to work hard at math rather than find it effortless. Her 1540 SAT score shows she built real quantitative skills, and she breaks down arithmetic, fractions, and early algebra concepts in plain language that clicks.

Meghan's primary world is English and literature — her PhD work in American Literature at UConn is about as far from a math classroom as you can get — but her 32 ACT composite and years of tutoring across subjects like algebra and calculus mean she's genuinely comfortable with the content. What she brings that a pure math tutor might not is an English major's instinct for decoding language-heavy problems, pulling apart what a question is really asking before a single calculation begins.

Not every math struggle is actually about math. Kerry's psychology background gives her a sharp eye for the anxiety, avoidance patterns, and confidence gaps that make arithmetic and word problems feel harder than they are. She rebuilds students' relationship with the subject while reinforcing the fundamentals — fractions, decimals, ratios, and basic operations.

Erica's pre-dental track required calculus, statistics, and physics-level math, so she's comfortable across the spectrum from basic algebra through derivatives and integrals. She's especially good at translating word problems into equations — a sticking point for many students — because her interdisciplinary background trained her to move between verbal and quantitative reasoning constantly.

From arithmetic fundamentals through calculus, Maedeh covers the full math pipeline and knows where students typically lose the thread — often at the jump from computation to conceptual reasoning. Her 1560 SAT score reflects deep comfort with quantitative problem-solving, and she applies that same precision whether a student is tackling fractions or limits.

Rebecca's subject range includes algebra, calculus, and SAT Math — where her 1550 SAT composite speaks to her quantitative ability alongside her humanities strengths. She approaches math by making sure students can explain the reasoning behind each step, not just reproduce a procedure from memory. That philosophy-trained instinct for logical structure turns out to be surprisingly useful when untangling word problems or proofs.

From pre-algebra fundamentals through AP Calculus AB, Noel covers a wide math trajectory and knows where the stumbling blocks tend to cluster — fractions-to-decimals conversions for younger learners, variable manipulation for middle schoolers, and limit intuition for calculus students. His 1550 SAT reflects comfort with both computation and the kind of applied problem-solving that standardized tests demand. He breaks each concept into steps small enough that students can rebuild the logic on their own during exams.

While English is Halley's primary expertise, she also tutors math and brings the same structured, step-by-step clarity she uses in essay writing to breaking down word problems and algebraic reasoning. Her approach is especially useful for students who struggle with the language of math — interpreting what a problem is actually asking before jumping to computation.

Creative writing and math share more DNA than most people think — both demand structured thinking, logical sequencing, and knowing exactly when to break a rule. Sydney's Carnegie Mellon training in creative writing, combined with a 1600 SAT and 35 ACT, means she can dissect a multi-step problem with the same rigor she'd bring to dissecting a sentence, and she's especially effective at teaching students to read math problems carefully before solving them. Her 4.9 rating speaks to a teaching style that's precise without being rigid.

While Lesleigh's academic home is English and Classics, she teaches math with the same pattern-recognition instincts she uses for language — showing students that solving an equation is really about following a logical sequence of steps. She's particularly effective with students who think of themselves as "not math people," since she understands how to reframe problems in ways that feel less abstract.

From simplifying fractions to working through polynomial equations, Andy adapts his explanations to whatever level a student is currently tackling. He earned a 34 ACT composite — which includes a math-heavy section — and tutors across algebra, geometry, and calculus, so he sees how earlier concepts feed directly into later ones. That big-picture view keeps students from learning each topic in isolation.

A biomedical engineering PhD demands fluency across nearly every branch of math, from differential equations to linear algebra to statistical modeling. Michelle uses that breadth to connect math concepts to tangible applications — showing, for instance, how exponential functions describe bacterial growth or how integrals calculate fluid flow through a vessel. She's rated 5.0 by students.

From fraction operations in elementary school to derivatives in calculus, Kelly covers the full math spectrum and spots exactly where a gap in earlier concepts is causing trouble with current material. Her dual-degree coursework at Duke was math-heavy, and she earned a 34 ACT, so she's comfortable adapting explanations whether the topic is polynomial factoring or integration by parts.

Zachary's background in formal logic — honed through years of studying philosophy at Harvard and preparing for the LSAT — translates directly into the structured reasoning that math demands. He breaks down problems in algebra and arithmetic by teaching students to identify patterns and think step-by-step rather than relying on memorized shortcuts.

From arithmetic fundamentals to algebra and beyond, Jean has taught math at nearly every level — including preparing a GED student by pinpointing exactly which topics would yield the biggest score gains. She's skilled at breaking multi-step problems into smaller, manageable pieces so that each new concept builds logically on the last. Her background in sociology and medicine means she's comfortable with both applied statistics and the quantitative reasoning that underpins science.

Biology and chemistry degrees require more math than most people realize — statistical analysis, rate equations, logarithmic pH calculations, and dosage modeling all showed up throughout Zachary's coursework. He approaches math tutoring by anchoring abstract operations to concrete problems, which tends to make concepts like functions and unit conversions click faster.

From pre-algebra fundamentals through calculus, Won covers a wide range of math and treats each level as preparation for the next. His 1560 SAT score reflects genuine comfort with quantitative reasoning, and he unpacks problems step by step so students see the logic connecting arithmetic rules to algebraic thinking to the function concepts they'll need later.

From algebraic manipulation to integration techniques, Breno's chemistry research keeps him using math as a daily tool rather than an abstract exercise. He connects mathematical concepts to tangible problems — showing, for instance, how logarithms model real decay processes or why a system of equations isn't just busywork but a way to solve for unknowns in the physical world.

Not every math tutor needs to be a math major — sometimes the clearest explanations come from someone who learned to teach problem-solving as a skill rather than treating it as instinct. Max breaks down arithmetic, fractions, ratios, and word problems by connecting each concept to real scenarios, drawing on the same structured thinking he applies across his social studies and test prep teaching.

Anthony covers math from foundational arithmetic through calculus, but his real strength is translating word problems and abstract notation into plain language a student can reason through. His 1550 SAT and 35 ACT reflect genuine comfort with quantitative thinking, and he brings that same clarity whether a student is tackling fractions or factoring polynomials.

Between his biology coursework and MCAT prep, Davis has spent years applying math in scientific contexts — interpreting graphs, working through rate equations, and solving proportional reasoning problems. He's especially comfortable connecting abstract algebra and calculus concepts to real-world applications so the numbers feel less arbitrary. That grounding in applied math makes him a strong fit for students who want to understand the 'why' behind formulas.

From basic arithmetic through discrete math and real analysis, Roel has taught nearly every level of mathematics on the map. His applied math degree means he instinctively connects abstract procedures to tangible problems — showing a student why cross-multiplication works, or what a fraction actually represents, rather than just drilling steps. That 1540 SAT score speaks to the same precision he brings to every session.

From arithmetic foundations through algebra, calculus, and linear algebra, Pryce covers a wide span of math and adjusts his explanations to match where a student is struggling. His approach leans on building intuition first — understanding why cross-multiplication works, or what a derivative actually represents geometrically — then drilling the procedural fluency that makes problem sets feel manageable. Rated 5.0 across his sessions.

From fraction operations and proportional reasoning up through algebraic expressions and basic geometry, Theodora covers the full spectrum of foundational math concepts. She earned her biology degree at Emory doing quantitative coursework alongside her science classes, so she's comfortable making math feel concrete — connecting equations to real measurements, dosage calculations, or data analysis. Students who've felt stuck on a concept often find her explanations unlock what a textbook couldn't.

Whether a student is stuck on fractions or working through polynomial equations, Irene pinpoints the specific gap that's causing confusion rather than re-teaching an entire chapter. Her approach is to connect each new concept back to something the student already understands, building fluency one link at a time. Rated 4.8 by students and parents.

Sarah's graduate research in biostatistics keeps her math skills sharp on a daily basis — she regularly works with probability, data analysis, and algebraic modeling. For students in middle or high school math, she connects abstract procedures like solving equations or interpreting graphs back to concrete problems so the steps make logical sense, not just procedural sense.

I am also a first year medical student at the Tufts University School of Medicine in Boston. I have extensive experience with premedical classes and have taken and tutored the MCAT exam. I placed in the 97th percentile of the MCAT exam and I understand what the test takers want students to know and how to bridge the gap between knowing the material and doing well on the test. I am always excited when a student finally has that "ah-ha" moment and declares that they now can see how all of these seemingly separate scientific topics are actually all related. The MCAT no longer seems scary, but turns into a means of truly learning this material and providing a strong foundation for the future.

A biochemistry degree and MD/PhD program mean Marc has spent years applying math — from calculus-based pharmacokinetics to statistical analysis of research data. He breaks down arithmetic, algebra, and word problems by connecting them to logical reasoning steps rather than rote procedures. Rated 5.0 by students.

Erna's training is in languages and literature, not math — but years of teaching across subjects including algebra and calculus have given her a practical grip on the content, and her language background means she's unusually good at explaining processes in clear, precise terms when a textbook's notation makes no sense. She approaches math problems the way she'd approach a difficult passage: slow down, identify the structure, then work through it piece by piece.

Whether a student is stuck on proportional reasoning in middle school or wrestling with polynomial division in high school, Eunice traces each concept back to the underlying logic instead of just demonstrating steps. Her combined biology and computer science program at Northeastern demands constant mathematical thinking — from statistical modeling to algorithm analysis — so she brings real context to why these skills matter beyond the worksheet.

Three engineering degrees gave Garrett an unusually deep relationship with math, from the algebra and geometry fundamentals through calculus and differential equations. He connects abstract procedures to tangible problems — showing, for instance, how solving a system of equations models real forces on a structure — so that formulas feel purposeful instead of arbitrary.

Jasmine's biology and biomedical sciences coursework kept her solving math problems constantly — from algebraic modeling in genetics to calculus-based pharmacokinetics — so she teaches math as something with purpose behind every operation. She's especially sharp at walking students through the transition from arithmetic to algebraic thinking, where notation and variables suddenly replace straightforward numbers. Rated 5.0 by students.

Pre-med coursework demands comfort with quantitative reasoning, and Deirdre carried that discipline from her Harvard science classes into tutoring math at every level from elementary arithmetic through calculus. She's particularly good at identifying the specific step where a student's understanding breaks down — whether that's fraction operations, variable manipulation, or setting up word problems — and rebuilding from there.

John's biology and pre-med training required constant applied math — unit conversions, statistical analysis, algebraic modeling of biological systems. He brings that practical grounding to topics like fractions, proportions, and basic algebra, connecting each concept to concrete problems so the reasoning behind each step is clear.

Covering everything from elementary arithmetic through calculus, Jennifer's math background runs deep — two engineering degrees require fluency across algebra, geometry, trigonometry, and beyond. She's particularly skilled at connecting abstract concepts like variables or functions to concrete, real-world problems that make the reasoning click.

Elizabeth's strengths live squarely in English and writing, but her 34 ACT composite means she handled the math section at a high level — and her approach to tutoring math mirrors how she teaches reading: break the problem down into smaller pieces, figure out what each piece is doing, then put it back together. That analytical, language-trained perspective turns out to be genuinely useful for students who freeze up when a word problem buries the actual math inside three sentences of setup.

Teaching math from pre-algebra through calculus has given Alex a clear map of how each concept builds on the last — so when a student is stuck, he can pinpoint whether the real issue is the current topic or a gap from two years ago. That range is rare and especially useful for students who need to strengthen fundamentals while keeping up with current coursework. He keeps sessions patient and structured, breaking problems into manageable pieces.

From basic arithmetic through differential equations, Anthony has taught math at nearly every level — and his engineering background means he can show students where each concept actually gets used. He's especially sharp at identifying the specific step in a problem where a student's reasoning breaks down, then rebuilding that link so the next problem clicks.

Biomedical science coursework at Tufts meant Sarah spent years applying math — from calculus-based pharmacokinetics to statistical analysis of lab data — so she teaches concepts like proportions, equations, and graphing with real-world context baked in. She's especially effective at breaking down word problems into manageable steps, a skill she honed tutoring middle schoolers in geometry. Rated 5.0 by students.