Award-Winning Math Tutors
serving Wichita, KS

From long division and fractions through algebraic expressions and even introductory calculus, Ayesha covers a wide math range but excels at identifying the exact concept where a student's understanding breaks down. Her approach is to rebuild number sense and problem-solving reasoning at that sticking point so that everything built on top of it finally clicks.

A mechanical engineering PhD means living inside math every day — differential equations, linear algebra, multivariable calculus, and everything that builds toward them. Jeffrey uses that depth to explain foundational topics like fractions, proportions, and algebraic reasoning in ways that prepare students for what comes next, not just what's on tomorrow's quiz.

Jeff's 32 ACT composite means he's tackled timed math under real testing conditions and knows which algebraic and arithmetic concepts trip students up most often. He approaches math as a subject where confidence matters as much as computation, walking through word problems and multi-step equations until the logic clicks rather than just the memorized steps.

Over a year of paid math tutoring gave Atrik a clear picture of where students get stuck at every level, from basic operations to pre-calculus concepts. He diagnoses gaps quickly — whether it's fraction fluency, order of operations, or translating word problems into equations — and builds each session around closing them. Rated 5.0 by students.

Evelyn's math tutoring zeroes in on building number sense and problem-solving instincts, whether a student is tackling fraction operations in pre-algebra or working through derivatives in calculus. Her 1540 SAT score speaks to her own quantitative fluency, and her medical training means she regularly connects abstract math concepts to real applications like dosage calculations and statistical reasoning.

While math isn't Dorthea's primary discipline, her teaching background spans algebra and calculus, and her doctoral training sharpened a methodical, step-by-step approach to problem-solving. She's particularly effective with students who need someone patient enough to unpack where their reasoning breaks down in topics like equation solving or function graphing.

From fraction operations in elementary school to differential equations in college, Andrew has taught across nearly every level of math — which means he knows exactly where gaps tend to hide. He traces confusion back to its root, whether that's a shaky understanding of place value or a misremembered exponent rule, and rebuilds from there.

Ariana's teaching certifications span six subject areas across grades PreK-12, which means she's spent years learning how to make unfamiliar material accessible — a skill that pays off when a student hits a wall with algebraic reasoning or gets lost in a calculus problem. Her 1410 SAT and 32 ACT confirm she's solid on the quantitative side, and her language-teaching instincts give her a knack for rephrasing a tricky concept three different ways until one version finally lands.

I am Chad Bergman, a current Dartmouth student pursuing my Bachelor's in Economics with a physics minor. I have experience tutoring college economics in person on Dartmouth campus as well as online tutoring in high school calculus and physics. I've had great success on the SAT and ACT as well as my AP tests in high school, and I hope to help others succeed as well. My favorite subject to tutor is physics because I feel like learning to apply a few fundamental principles to different real world situations is extremely useful in any discipline. While tutoring I try to help students master the fundamentals so they can apply them to the material we're working on as well as future material. Outside academia, I help look after my four siblings and play more League of Legends online than is perhaps healthy.

Maddie's ACT Math experience — she scored a 32 composite — means she's comfortable tackling everything from linear equations to coordinate geometry and probability. She zeroes in on the reasoning behind each step so that when a problem looks unfamiliar, students have strategies to work through it rather than freezing up. Rated 5.0 by students.

Cameron's strongest suit is standardized test prep and English, but his ACT score of 31 and experience tutoring across subjects from algebra to calculus means he's no stranger to working through equations and problem-solving strategies. Where he really adds value in math is on word-heavy problems — his Master's in Literature trained him to dissect complex language, so he's sharp at teaching students to translate a tangled word problem into the clean mathematical setup it's actually describing.

While history and government are Emma's primary teaching focus, she scored a 35 ACT composite and has strong fundamentals across math topics like algebra and introductory calculus. She's especially effective at walking through word problems and translating real-world scenarios into equations — the kind of applied math that trips up students who can handle pure computation.

Kellor's strength in math comes from teaching it alongside so many connected subjects — government, science, history — which means he naturally shows students how a concept like rate of change or proportional reasoning actually functions outside of a textbook exercise. His 1510 SAT and 33 ACT confirm the quantitative fluency, but it's his ability to reframe a problem three different ways until one clicks that earns him a 5.0 rating from students.

Megan's strongest subjects are political science and French, but her 34 ACT composite means she handled the Math section at a high level — and she tutors algebra and calculus alongside her core humanities work. She's especially useful for students who think of themselves as "not math people," since she learned to break down quantitative problems systematically rather than relying on intuition.

Whether a student is wrestling with fraction operations or working through polynomial long division, Dane connects each concept to the reasoning underneath it so the next topic doesn't feel like starting from scratch. His chemical engineering training means math isn't abstract for him — it's the language he used daily across three degree programs. He holds a 5.0 rating.

From arithmetic through pre-algebra and beyond, Laynie connects math concepts to the quantitative reasoning she uses daily in her biology and chemistry coursework. She's particularly good at unpacking word problems — translating real-world scenarios into equations — because that's essentially what scientific problem-solving demands. Students who feel lost when numbers meet context tend to gain traction quickly with her approach.

Neurobiology coursework is deceptively math-heavy — Chris spent years working through calculus, statistics, and quantitative modeling just to keep up with the science. That background means he teaches math as a toolkit with real applications, whether a student is grappling with algebraic expressions, graphing functions, or making sense of trigonometric relationships. Rated 5.0 by students.

From basic arithmetic fluency in the early grades through pre-algebra concepts like ratios and integer operations, Ashwini covers the full K–8 math progression. Her science-heavy coursework at the University of Kansas keeps her comfortable with numbers daily, and she's especially good at connecting abstract math ideas to concrete, visual examples that click for younger learners.

Ashley's coursework in calculus and algebra — plus a research background that depends on quantitative analysis — means she can walk through everything from solving linear equations to interpreting graphs of functions. She's particularly good at connecting abstract math concepts to the real-world data problems she encounters in her biology research.

A biomedical engineering degree requires math at every level, from basic arithmetic through differential equations — so Nikit knows exactly which foundational skills matter most and where gaps tend to hide. He breaks down word problems, fraction operations, and proportional reasoning into clear, repeatable steps that students can apply independently.

From fraction operations in middle school to limits in early calculus, Vince covers a wide range of math and knows where the common sticking points are at each level. He's particularly good at catching the foundational gaps — like shaky work with negative numbers or order of operations — that quietly cause errors in more advanced problems.

Medical school math is relentless — dosage calculations, biostatistics, interpreting research data — so Arianna uses quantitative reasoning daily as a third-year student at the University of Kansas School of Medicine. Her Behavioral Neuroscience degree required calculus and statistics alongside her science coursework, giving her a practical lens on everything from algebraic fundamentals to more advanced problem-solving. Rated 5.0 by students, she draws on years of peer tutoring and teaching assistant experience to unpack the logic behind each step rather than just drilling procedures.

Andi covers math from basic arithmetic through algebra concepts, emphasizing the reasoning behind each step so students aren't just mimicking procedures. She's particularly effective at identifying where a student's understanding breaks down — whether it's fractions, order of operations, or variable manipulation — and rebuilding from that exact point.

Eamon's approach to math leans heavily on understanding the 'why' behind each step, whether that's long division, fraction operations, or early algebraic thinking. As someone who went on to study computer science, he sees math as a toolkit and teaches students to recognize which tool fits which problem. He earned a 32 ACT composite, reflecting strong quantitative fundamentals.

From pre-algebra through calculus, Kacey covers a wide math range and is particularly effective at untangling the conceptual knots — like why negative exponents flip fractions, or what a derivative actually represents beyond the formula. Her 31 ACT composite reflects solid quantitative reasoning she can translate into clear, step-by-step explanations.

Medical school at the University of Kansas means Kavya has been doing math under pressure for years — dosage calculations, biostatistics, interpreting quantitative research — all of which sharpened her ability to think through problems methodically and catch errors before they cascade. She teaches everything from pre-algebra through calculus, but she's especially effective at showing students how to diagnose where their reasoning went wrong on a multi-step problem, much like working through a differential diagnosis. Rated 4.9 by students.

I am dedicated to helping students succeed and I strive to help them figure things out on their own and experience the joy of reaching their goals.

Libby covers math from foundational arithmetic through pre-algebra and algebra, making sure younger students actually understand place value, fractions, and order of operations before moving on. She's particularly good at translating word problems into equations — the step where most students freeze up.

Jack's approach to math centers on talking through the reasoning behind each step — if a student understands why cross-multiplication works or how fractions relate to division, the procedures click into place naturally. His tutoring background includes statistics at the University of Tulsa, and his 1500 SAT composite shows he can handle quantitative reasoning across a range of topics.

From fraction operations in middle school to derivatives in calculus, Mallory has taught across the full math spectrum — and she's studying it as her major at the University of Kansas. She's especially sharp at identifying the exact step where a concept breaks down, then rebuilding understanding from that point forward rather than re-explaining everything from scratch.

From simplifying algebraic expressions to setting up integrals, math builds on itself — and one shaky concept can derail an entire semester. Tatiana's science coursework at the University of Kansas means she uses math as a daily tool, not just an abstract exercise, which lets her show students why a technique matters before drilling the procedure. She's particularly sharp at connecting word problems to the underlying equations students already know.

Studying mathematics at the University of Kansas isn't just Alisa's major — it's the lens she uses to break down everything from fraction operations to limits in early calculus. She teaches the reasoning behind each step so students can adapt to new problem types instead of freezing when a question looks unfamiliar. Her 5.0 client rating speaks to that approach.

Whether it's fractions tripping up a middle schooler or logarithms frustrating someone in Algebra 2, Dylan pinpoints the specific concept causing the bottleneck rather than re-teaching everything from scratch. His coursework spans pre-algebra through calculus, so he understands how each topic builds on the last and where the common gaps tend to hide. That big-picture view makes it easier to fix problems at their root.

Classical languages demand the same kind of rigorous, step-by-step logic that math does — parsing a Latin sentence and solving a multi-step equation both require tracking how each piece connects before you can reach the answer. Christian's master's in Latin and his 32 ACT score mean he's comfortable with both the analytical framework and the quantitative content, and he's particularly good at slowing down to unpack where a student's reasoning went sideways.

I am a second year medical student at the University of Kansas School of Medicine with an interest in surgery. I hope to make a difference in the world, be it large or small and through teaching I can accomplish that!

From pre-algebra fundamentals through calculus, Vivek covers a wide span of math and knows where the common stumbling blocks sit — fractions and negative numbers early on, then function notation and rate-of-change reasoning later. His approach is to diagnose exactly which concept is causing confusion and rebuild understanding from that point, rather than re-teaching an entire chapter. He teaches across the math curriculum at every level through AP Calculus BC.

From fractions and proportions through algebraic reasoning, Carl covers the full K-12 math spectrum with the fluency you'd expect from someone who used math daily in a mechanical engineering program. He's especially sharp at diagnosing exactly where a concept breaks down for a student and rebuilding understanding from that specific gap.

From basic fraction operations to derivatives, Haley has taught math across the entire K-12 spectrum and holds a degree in mathematics teaching. That range means she can pinpoint exactly where a gap in understanding started — often several grade levels back — and rebuild the concept so current material clicks. She's rated 5.0 by the students she's worked with.

A finance major with a biochemistry minor at Arizona State, Samuel tackles math from both the applied and theoretical side — whether it's working through proportions, interpreting graphs, or building toward algebraic thinking. His 1520 SAT score speaks to the kind of quantitative fluency he brings to every session.

Structural engineering runs on math — from solving systems of equations to applying trigonometry and calculus to real load calculations. Wade brings that applied perspective to every topic, whether it's fractions and ratios or quadratic functions, showing students how each concept connects to the next rather than treating them as isolated skills. Rated 4.9 by students.