Award-Winning Math Tutors
serving Plano, TX

Patricia's math tutoring spans middle school arithmetic through calculus, so she understands how each concept feeds into the next — why fraction fluency matters for algebra, and why algebra matters for everything after. She's especially attentive to the moments where a student's confusion traces back to a gap from an earlier topic, and she'll backtrack to fill it before pushing forward. Her 1580 SAT score speaks to her own comfort across quantitative reasoning.

Chemistry and materials engineering are math-heavy disciplines — Nivedina's PhD work in materials science means she routinely uses calculus, algebra, and quantitative modeling to solve real problems, from analyzing stress-strain curves to predicting material behavior under different conditions. That daily applied math practice gives her a concrete answer when students ask "when will I ever use this?" She's also candid about the fact that math didn't come naturally to her, which means she learned it through deliberate strategy rather than intuition — and she teaches it the same way.

I am most passionate about biology and chemistry. I am a firm proponent of education, believing it to be absolutely necessary for an improved quality of life, and I try to impart this appreciation to all of my students.

Kenan's background in Mathematical Economic Analysis means he doesn't just teach procedures — he explains why the math works, whether it's fraction operations in fifth grade or polynomial equations in high school. He connects each concept to the next so students see math as a building story rather than disconnected chapters.

Between IB Mathematics HL and a science degree that required calculus and statistics, Kinjal has worked through math at every level from pre-algebra fundamentals to college-level problem sets. She's particularly strong at connecting abstract concepts — like why the unit circle makes trigonometry click, or how a graph reveals what an equation is actually doing — to the procedural steps students need on tests.

From basic arithmetic through calculus, Siyu has tutored math at nearly every level, which gives her a clear picture of where common misunderstandings start snowballing. She zeroes in on the specific concept causing trouble — whether that's fraction operations, function notation, or derivative rules — and walks through it with enough examples that the reasoning clicks, not just the procedure.

Two years in UT Dallas' Peer Tutoring Program meant Alisa saw hundreds of students cycle through with the same sticking points — fraction operations in pre-algebra, sign errors in equations, confusion about when to apply which formula. That volume of one-on-one troubleshooting gave her an instinct for diagnosing exactly where a concept broke down and rebuilding understanding from that point. She holds a 5.0 rating across her students.

Carrying a Biochemistry major at Rice requires constant math fluency, from algebraic manipulation in chemistry equations to the trigonometric and calculus concepts underlying lab work. Natalie scored a 1560 on the SAT and teaches math by connecting each new skill — whether it's solving proportions or graphing linear equations — to a logical framework students can build on.

Kavitya's math background runs deep — she studied advanced coursework through the Texas Academy of Math and Science at the University of North Texas, covering everything from foundational arithmetic through differential equations. Whether a student is struggling with fractions and ratios or tackling more complex problem-solving, she breaks concepts down into logical steps that build genuine understanding. Rated 5.0 by students.

I am currently a senior at Emory University studying chemistry and applied math with a focus on inorganic chemistry. I will be available to tutor algebra, trigonometry, algebra 2, biology, chemistry, calculus, geometry, pre- calculus, and ACT prep. I started tutoring in high school and continued tutoring at Emory where I tutored general chemistry, introductory biology, and calculus for two years. Apart from academic tutoring, I am also involved in Project SHINE which teaches English to recent Atlanta immigrants. I believe that education (no matter what kind) is crucial in life, but I also strive to emphasize why something is important. In my experience, most students struggle with something because they don't understand exactly why it is important or simply do not care. I am heavily involved in academic research at Emory so I am able to help a student understand exactly why a specific subject area is important and how it is continuously applied both in the lab and in the real world to improve our lives. It's always easier to see the physical and practical applications of a subject than try to visualize its importance on paper. In my spare time I enjoy chemistry, ancient Roman history, jam bands, running, cycling, and scuba diving.

Bioinformatics sits at the intersection of math, statistics, and biology, so Hamza uses math as a working tool every day — not just an academic exercise. From arithmetic foundations through calculus concepts, he connects each topic to a concrete reason it matters, which tends to make abstract procedures click faster for students who wonder "when will I use this?"

Whether it's simplifying algebraic expressions or working through early calculus concepts, Sunny approaches math by connecting each new idea to something a student already understands. Her biochemistry coursework at Rice keeps her fluent in applied math daily, so she can show why a technique matters — not just how to execute it on a worksheet.

From fraction operations in elementary school to limits in calculus, Anna's computer science degree means she's worked through the full math pipeline and knows exactly where conceptual gaps tend to hide. She's particularly sharp at translating word problems into equations — the step where most students stall out. Her 4.9 rating speaks to how clearly she breaks down multi-step problems.

From fraction operations in middle school to derivatives in calculus, Akhil has tutored across the full math spectrum and knows exactly where conceptual gaps tend to hide. His petroleum engineering studies at UT Austin keep him using math daily — he explains not just how to solve a problem but why each step works, which makes the next topic easier to pick up.

From fraction operations in elementary school to integration techniques in calculus, Mackenzie covers the full math pipeline — and her mechanical engineering background means she can show students where each concept actually gets used. She's especially effective at bridging the gap when a student's arithmetic or algebra foundations have holes that are quietly causing trouble in higher-level work.

Gaps in foundational math — a shaky grasp of fractions, negative numbers, or order of operations — tend to snowball into bigger problems in every course that follows. Nicholas spotted this pattern in his own peers and approaches math by identifying exactly where a student's understanding breaks down, then rebuilding from that point. He's pursuing a math minor at Texas A&M alongside his CS degree, so he moves comfortably across arithmetic, pre-algebra, and beyond.

Whether it's simplifying fractions, solving linear equations, or graphing basic functions, Gabriela tackles math by connecting each problem type to a concrete, intuitive explanation. She teaches across algebra and calculus and knows how to identify exactly where a student's understanding breaks down so they can rebuild confidence from that point forward.

Understanding why a formula works changes everything about how confidently a student can apply it to new problems. Medha's science-heavy background at UT Austin and Harvard means she's comfortable across algebra, ratios, data interpretation, and the kind of quantitative reasoning that bridges math and the real world. Her sessions are visual and interactive, built around sketching out problems rather than grinding through steps mechanically.

Applied knowledge is wisdom. One exam doesn't determine your future. You can always perform better next time or find a field that aligns with your strengths

From simplifying fractions in pre-algebra to tackling derivatives in calculus, Michelle covers the full math pipeline and knows where the common stumbling blocks are at each level. Her biochemistry training at Rice required heavy quantitative coursework, so she's comfortable connecting abstract math concepts — like logarithmic functions or rate-of-change problems — to real applications that make them click.

Medical school at Baylor forced Sugi to live inside quantitative reasoning — pharmacokinetics, biostatistics, interpreting dose-response curves — all built on the algebra and calculus fundamentals she mastered while earning a dual degree in Cognitive Science and Biochemistry at Rice. That science-heavy path means she teaches math as something with real stakes and real applications, connecting concepts like rates of change or exponential growth to problems students can actually visualize. She scored a 36 on the ACT and is rated 5.0 by students.

From fraction operations in pre-algebra through integration techniques in Calculus 2 and beyond, Bidyut covers the full math pipeline. His engineering background at Johns Hopkins means he connects abstract procedures — like solving systems of equations or manipulating logarithms — to tangible applications that give students a reason to care about the math they're doing.

From pre-algebra fundamentals through calculus, Maggie treats math as a connected chain rather than isolated chapters — so a student struggling with fractions today builds intuition that pays off when ratios reappear in geometry or rates of change show up in calc. Her perfect 1600 SAT speaks to the depth of her quantitative fluency, and she applies that same precision when diagnosing exactly where a concept breaks down for each student.

From elementary arithmetic through AP Calculus BC, Mackenzie covers an unusually wide math range — which means she understands how early gaps in fractions or number sense snowball into struggles with algebra and beyond. She diagnoses exactly where a concept broke down and rebuilds understanding from that point. Her 35 ACT and 1510 SAT back up the depth of her own mathematical fluency.

From arithmetic through calculus, Jonathan zeroes in on the specific step where a concept stops making sense — whether that's fraction operations, setting up equations from word problems, or interpreting what a derivative actually represents. His science background means he constantly ties math back to real situations where it matters, which tends to make abstract procedures click faster.

Studying Human Biology at Stanford means Jake uses math constantly — from statistical modeling in health policy to the quantitative reasoning behind game theory. He breaks down problems by connecting abstract steps to concrete logic, whether that's working through proportions, interpreting graphs, or building equation-solving fluency. Rated 5.0 by students.

Elena's 33 ACT composite included strong quantitative reasoning, and her tutoring with InspireSTL regularly put her in front of middle schoolers tackling geometry proofs and algebraic problem sets. She approaches math as a subject that rewards structured thinking — identifying what a problem is really asking before jumping to calculations — which makes her especially effective for students who understand concepts in class but freeze on homework.

Most math tutors hand over a formula and move on. Alexander, an Applied Mathematics major at Rice, treats each problem as a puzzle worth understanding — whether that's breaking down why the quadratic formula works or showing how a rate-of-change question connects to something tangible. His 1580 SAT score backs up the depth of his mathematical fluency.

Whether a student is stuck on fraction operations or working through pre-algebra word problems, Aadith connects each concept to the reasoning behind it so the next topic feels like a logical step rather than a new set of rules. His 1590 SAT speaks to the depth of his own mathematical fluency, and he uses that foundation to explain ideas multiple ways until one clicks.

An economics degree builds a particular kind of math fluency — working with functions, interpreting graphs, and modeling real-world problems with equations. Paul applies that quantitative training across topics from fractions and ratios to algebraic reasoning, making abstract concepts concrete by tying them to situations students can actually picture.

From fraction operations in pre-algebra to derivatives in calculus, Sajel has tutored math at every level for four years and knows where students tend to lose the thread. Her approach zeroes in on the reasoning behind each step — why you cross-multiply, why the chain rule works — so that new topics feel like extensions of what a student already understands.

A lot of math concepts — fractions, proportions, order of operations — show up again and again from middle school through college, and Rishi's approach is to make sure students actually understand the underlying logic so each new topic clicks faster. Studying Mathematical Economic Analysis and Computer Science at Rice, he brings a quantitative mindset that connects arithmetic and pre-algebra skills to the bigger picture of where math is headed.

From arithmetic fundamentals through algebra and into early calculus concepts, Vy adjusts her explanations based on where a student's understanding actually breaks down — not just where the homework gets hard. Her years tutoring algebra in school settings taught her that most math confusion traces back to a handful of gaps in foundational reasoning, like how variables represent quantities or why order of operations exists. She pinpoints those gaps and rebuilds from there.

Whether a student is working through fractions and decimals or pushing into pre-algebra territory with variables and expressions, Aditi adapts her explanations to the specific concept causing trouble. Her approach leans heavily on visual models and real-world examples — using pizza slices for fractions or budgeting scenarios for percentages — so that abstract ideas land concretely. A 1570 SAT score backs up her own math fluency.

From arithmetic fundamentals through algebra and geometry, Jessy adapts her math instruction to the specific concept causing trouble rather than re-teaching an entire chapter. A 34 ACT composite means she's fluent across the full range of K-12 math topics and knows which foundational gaps tend to cause cascading confusion later. She's especially good at translating word problems into equations students can actually solve step by step.

From simplifying fractions in pre-algebra to computing partial derivatives in multivariable calculus, William has tutored across nearly every level of math. He's a mathematics major at Rice who genuinely enjoys the subject, and that shows in how he explains concepts — connecting each new idea to something a student already understands rather than presenting it as an isolated formula to memorize.

Tegan's science-heavy coursework at Rice means she uses math daily — from algebraic manipulation in chemistry to data analysis in biology labs. She tackles everything from fractions and ratios through algebra and basic calculus, adapting her explanations to wherever a student is getting stuck. Her 4.9 rating and 1520 SAT score reflect genuine comfort across math topics.

Chloe's background skews literary, but her 1540 SAT and GRE Quantitative tutoring show she's equally comfortable with numbers. She's particularly effective with students who think of themselves as "not math people" — breaking word problems and algebraic reasoning into logical steps that feel more like building an argument than crunching numbers.

From elementary arithmetic through calculus, Adam's math tutoring draws on a Rice education where quantitative reasoning was woven into his cognitive science coursework — probability models, statistical analysis, and formal logic. He's particularly good at identifying the exact conceptual gap that's causing a student to struggle, then rebuilding understanding from that specific point rather than re-teaching an entire chapter.

Meagen's Computer Science coursework at Carleton College requires constant applied math — from discrete mathematics to algorithm analysis — so she understands how abstract concepts connect to real problem-solving. She breaks down arithmetic, fractions, ratios, and early algebraic thinking in ways that build genuine number sense rather than rote procedure.