Award-Winning Math Tutors
serving Evansville, IN

From pre-algebra fundamentals through calculus, Charles covers a wide range of math and zeroes in on the specific concept causing trouble — whether that's fraction operations, function transformations, or limit definitions. His 34 ACT composite reflects genuine comfort across math topics, and his two years of peer tutoring taught him how to explain the same idea multiple ways until it clicks.

Classics and philosophy trained Austin to follow long chains of logical reasoning without losing the thread — a skill that maps directly onto multi-step algebra and calculus problems where students need to track what they're doing and why at every stage. His 1570 SAT and 33 ACT confirm the quantitative chops, but it's the analytical rigor from translating Latin texts and constructing philosophical arguments that shapes how he actually teaches math. He breaks problems down into their underlying logic rather than drilling procedures, which tends to stick longer.

Neuroscience at Duke is math-heavy in ways most people don't expect — Lauren's coursework demands fluency in calculus, statistical modeling, and quantitative analysis of experimental data, which keeps her skills sharp across the full algebra-to-calculus pipeline. She's especially good at showing students how to set up a problem before solving it, turning vague prompts into clear mathematical structure. Rated 4.8 by clients.

From pre-algebra fundamentals through multivariable calculus, Aidan's math background spans the entire K-12 and early college sequence. His approach zeroes in on the conceptual link a student is missing — whether that's understanding what a fraction actually represents or why the chain rule works — because patching that one gap often unlocks everything built on top of it.

Covering everything from pre-algebra fundamentals through calculus, Ben approaches math the same way he approaches test prep: with a clear, step-by-step method tailored to how each student thinks. He's particularly effective at bridging gaps — connecting fraction operations to algebraic reasoning, or showing why slope matters before diving into linear equations. His experience teaching students with accommodations means he's skilled at finding alternate paths to the same concept.

Two years as a Mathnasium instructor meant Amy taught math to every age group and skill level, from basic multiplication to pre-calculus concepts. That experience made her especially sharp at diagnosing exactly where a student's understanding breaks down — whether it's fraction operations, order of operations, or translating word problems into equations — and building from that specific gap forward.

Victoria's math background spans algebra through calculus, and she's particularly effective at bridging the gap when students understand procedures but can't explain why they work. Whether it's fraction operations, proportional reasoning, or early algebraic thinking, she connects abstract steps to concrete examples that make the logic visible. A 34 ACT and 1510 SAT back up her fluency with the kind of quantitative reasoning that underpins every math course.

While history and ESL are Christie's primary lanes, her teaching background includes math fundamentals — working through arithmetic, fractions, basic equations, and the kind of word problems that require careful reading comprehension. Her ESL experience is especially useful for students who struggle with math not because of the numbers, but because the language of math problems trips them up.

Engineering coursework at Notre Dame means Alexandra tackles math daily — from algebraic manipulation to calculus concepts — and she knows which foundational skills actually matter for moving forward. She breaks down topics like fractions, ratios, and equation-solving into concrete steps that build real number sense. Rated 5.0 by students.

A 4.0 GPA through a biology degree with a math minor means Emily spent years in courses like calculus, statistics, and linear algebra — and actually retained it. She breaks down word problems and abstract concepts by connecting them to concrete reasoning, an approach that earned her a 35 ACT and a position with Indiana University's Department of Mathematics.

Victoria's dual focus on computer science and math at Washington University in St. Louis means she doesn't just solve problems — she explains the reasoning behind each step, whether it's setting up proportions or working through function transformations. Rated 5.0 by students, she tailors her approach to whatever math level a student is tackling.

Jennifer's math teaching spans pre-algebra through calculus, which means she can spot exactly where a gap in earlier concepts — like fraction operations or order of operations — is quietly causing trouble in more advanced work. Three years as an elementary teaching assistant gave her a knack for explaining quantitative reasoning in plain, visual terms before layering on formal notation.

Having navigated school with ADHD himself, Owen knows firsthand that the standard way of explaining a math concept — the one in the textbook, the one the teacher used — isn't always the way that clicks. He's built alternative approaches to everything from fractions and ratios to multi-step word problems, drawing on the kind of lateral thinking that comes from years of having to find his own path through material. His sport management career also means he's fluent in the applied math students rarely see in class — statistics, percentages, budgeting — which gives him concrete hooks to make abstract operations feel real.

Aleta's background spans environmental science and an MBA in finance, both of which demanded fluency in applied math — from statistical analysis to financial modeling. She approaches topics like fractions, ratios, and algebraic reasoning by connecting them to practical problems so students see why the math matters, not just how to solve it.

Kristen's pre-health track at Notre Dame kept her immersed in math through statistics, calculus, and quantitative reasoning, and she's been tutoring middle and high school students in the subject throughout. She tackles the concepts that tend to stall progress — like translating word problems into equations or building intuition around fractions and ratios — with patience and concrete examples.

From pre-algebra through calculus and graduate-level statistics, Dan has tutored nearly every level of math on the curriculum. His approach leans on building intuition for why a method works — understanding what a derivative actually represents, for instance, before drilling computation. That science-trained instinct for quantitative reasoning makes abstract math concepts feel grounded and purposeful.

Studying neuroscience at Duke means Shivram regularly works through calculus-heavy models and statistical analysis, keeping his math skills sharp across algebra, functions, and quantitative reasoning. He breaks down word problems by teaching students to identify what's actually being asked before touching any numbers — a habit that clears up most of the confusion around multi-step problems.

Walker cut his teeth tutoring middle school math, walking students through operations, fractions, and early algebraic thinking until abstract concepts clicked. He's the kind of tutor who will find three different ways to explain the same problem — a habit he built teaching across language barriers in Cambodia — so the approach matches how each student actually thinks.

Six years of math tutoring at Kumon, Mathnasium, and Purdue have given Ritik a clear picture of where students get stuck — and it's usually not the arithmetic but the underlying logic. Whether the topic is fraction operations in fifth grade or function transformations in high school, he builds intuition for why a method works so students can adapt when problems look unfamiliar.

Joubert's chemical engineering background means he doesn't just teach math procedures — he shows students why those procedures exist by connecting concepts like proportional reasoning, algebraic manipulation, and data interpretation to real problems he solved in engineering coursework. When a student gets stuck, he traces the logic back to fundamentals until the gap clicks into place. Rated 4.9 by students.

As a math major at Notre Dame, Matthew doesn't just know how to solve problems — he understands the underlying logic connecting arithmetic, fractions, ratios, and early algebra into a coherent system. That depth means he can spot exactly where a concept broke down for a student and rebuild the reasoning from that point forward. His 35 ACT composite speaks to his ability to apply math under timed, high-pressure conditions.

I'm currently a Process Assistant at an Amazon warehouse, which is like an assistant manager. My job is interesting, active, and varied, but I missed tutoring and want to make math and other subjects as easy as possible to approach and grasp for students. With the right time and a commitment to tailoring a tutoring style for the person being assisted, any student can pass their classes and retain lifelong knowledge and experience. I'm looking forward to working with you!

Double-majoring in Applied and Computational Mathematics at Notre Dame means Abby didn't just take math courses — she lived inside them, building fluency with everything from algebraic structures to calculus-based modeling and optimization. That depth lets her trace a student's confusion on, say, a tricky rational expression back to the underlying concept that isn't clicking, rather than just re-demonstrating the procedure. Her statistics training also gives her a practical edge when problems involve data interpretation or quantitative reasoning.

While math isn't Kelly's primary academic focus, she scored a 1440 SAT and a 32 ACT, which required solid command of algebra, functions, and data analysis. She's especially effective with students who consider themselves "not math people" — her approach emphasizes understanding the logic behind each step so that problem-solving feels less like guessing and more like reasoning.

Before settling into economics, Victor spent two years as an Aerospace Engineering major at Purdue, which means he's done the heavy lifting in calculus, linear algebra, and differential equations. He also worked as a Special Education Instructional Assistant at Carmel High School supporting students in Algebra I and Geometry, so he's comfortable adjusting his explanations to match how each student actually processes math. His 5.0 rating speaks to that adaptability.

History degrees don't scream "math tutor," but Thomas's analytical training — constructing arguments from evidence, identifying patterns across complex systems — gives him a structured approach to walking through problems where students need to see the reasoning, not just the formula. He's particularly useful for students who struggle with word-heavy math questions, since his background is essentially professional close reading. Rated 5.0 by students.

Whether a student is wrestling with fractions or working through early algebra, Om connects each concept to the reasoning behind it so the next topic doesn't feel like starting over. His math background spans pre-algebra through calculus, and his biochemistry training means he's comfortable translating abstract formulas into concrete, relatable examples. Rated 4.9 by students.

Bill genuinely enjoys math and treats it as a series of puzzles rather than a chore — an attitude that tends to be contagious. He breaks down arithmetic, fractions, decimals, and early problem-solving into clear, logical steps, making sure each concept clicks before moving to the next one.

From simplifying expressions in pre-algebra to tackling derivatives in calculus, Payal has tutored across the full math spectrum and knows where the common stumbling blocks live — like the jump from arithmetic to variable thinking, or the shift from procedural algebra to conceptual problem-solving. Her 1470 SAT and science training mean she's comfortable connecting math to real applications in data analysis and modeling.

Leading Carmel High School's Science Olympiad team to back-to-back Nationals appearances meant Satvik had to teach teammates everything from number theory to applied physics problems under competition pressure — a background that built his instinct for finding the fastest, clearest path through a tough math problem. Now studying Aerospace Engineering at Georgia Tech, where he also serves as an undergraduate teaching assistant, he's comfortable across the full spectrum from pre-algebra through multivariable calculus. Rated 5.0 by students.

From arithmetic fundamentals through calculus, Jessica has tutored math across nearly every grade level. Her science training at Indiana University — where she regularly applied algebra, graphing, and statistical reasoning to lab work — gives her a practical lens for showing students why a concept like slope or a system of equations actually matters. She's rated 5.0 and teaches math as a tool, not just a set of procedures.

From fraction operations in pre-algebra to integration techniques in calculus, Alexis has taught across the full math spectrum and knows exactly where conceptual gaps tend to hide. Her engineering background means she approaches every problem by asking what the math actually represents, which makes abstract topics like variable manipulation and graphing click faster.

Having minored in mathematics at Indiana University while simultaneously completing a biology degree, Lauren sees math as a connected system rather than isolated problem sets. She digs into the reasoning behind formulas and operations so students can tackle unfamiliar problems with confidence instead of relying on memorized steps.

A computer engineering degree at Purdue required Akio to push through calculus, linear algebra, statistics, and discrete math — so he's seen how foundational concepts like fractions, ratios, and algebraic thinking evolve into tools used in real applications. He teaches math by connecting each new skill to the reasoning behind it, making the jump from arithmetic to abstract thinking feel less sudden.

Hasan's chemistry background means he teaches math the way scientists actually use it — unit conversions, proportional reasoning, and algebraic manipulation all grounded in real problems rather than abstract drills. He's particularly effective at bridging the gap between arithmetic confidence and the more symbolic thinking that pre-algebra and algebra demand. Rated 5.0 by students.

Jack's economics training is heavily quantitative, which means he's spent years working with the calculus, linear algebra, and statistical methods that underpin most college math courses. He breaks down problems by connecting abstract procedures to concrete applications — showing, for instance, how a derivative actually describes a rate of change rather than just a formula to memorize.

Emily's strength in math comes from the same place as her strength in English — she's someone who learned by building deliberate strategies rather than relying on intuition, which means she can actually articulate the reasoning behind each step in a way that natural math whizzes often can't. Her ACT score of 32 confirms she's solid across subjects, and her education training at Taylor means she's studying how to teach, not just how to do. She's especially useful for students who need someone to slow down and walk through the logic of a problem rather than just demonstrate the shortcut.

Years of teaching at both Mathnasium and Kumon gave Christopher a deep playbook for the way math concepts build on each other, from fraction operations through algebraic reasoning. He's now a finance and analytics student at Indiana University's Hutton Honors College, so he keeps those foundational skills sharp while connecting them to the bigger picture of what math is actually used for.

Four years of college-level tutoring in math means Priyanka has seen the same conceptual gaps show up again and again — fractions that never fully clicked, negative numbers that still cause sign errors, or word problems that feel impossible to set up. Her mathematics degree at Butler gives her the depth to trace a student's confusion back to its root and rebuild from there.

Emma's entire academic career has been in English — three degrees' worth — but she also tutors algebra and calculus, and her doctoral training in close reading and structural analysis turns out to be surprisingly useful for dissecting multi-step problems and decoding what a word problem is actually asking. She approaches math the way she approaches a difficult poem: breaking it into smaller pieces, identifying the logical connections, and rebuilding understanding from there. Rated 4.9 by students.