Award-Winning Middle School Math Tutors
serving Plano, TX

Fractions, ratios, and integer operations tend to trip students up not because they're hard, but because earlier gaps in number sense compound quietly over time. Patricia is especially good at pinpointing exactly where a concept went sideways and rebuilding understanding from that point forward. Her patience and structured approach make even topics like proportional reasoning and basic geometry click.

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.

Fractions, ratios, and proportions are where mathematical thinking either clicks or stalls — and Nivedina knows from experience that the right explanation at the right moment makes all the difference. Her chemistry and engineering background means she can show middle schoolers exactly how concepts like percentages and basic equations show up in real science, making abstract numbers feel concrete.

Ratios, proportional reasoning, and introductory equation-solving are the skills that quietly determine whether a student thrives or stalls in high school math. Kenan digs into the logic behind each operation — why cross-multiplying works, what a negative number actually represents — so middle schoolers carry understanding forward instead of just memorized steps.

Middle school is where math stops being purely arithmetic and starts asking students to think abstractly — proportional reasoning, integer operations, basic equation solving. Siyu bridges that gap by tying new concepts to concrete examples, building the kind of number sense that pays off through high school and beyond.

Fractions, decimals, and ratios clicked for Natalie not because they came easily, but because she developed specific strategies to push through the material when it felt hard — and she's upfront about that process with her students. Her biochemistry and English double major at Rice means she toggles daily between quantitative problem-solving and close reading, so she can break down a tricky word problem from both the math side and the language side. That 1560 SAT didn't come without effort, and she brings that same grind-it-out honesty to every session.

At the middle school level, math starts splitting into interconnected threads — fractions, ratios, proportions, and early equation-solving all feed into everything that comes next. Alisa makes these connections explicit, showing a student why cross-multiplying works instead of just drilling the procedure. Her 5.0 rating speaks to how well that approach lands with younger learners.

At the middle school level, math starts asking students to think abstractly — proportional reasoning, negative numbers, basic graphing — and confidence matters as much as content. Hamza approaches these topics by connecting them to patterns students already recognize, then gradually introducing formal notation. His experience across subjects from pre-algebra through AP Calculus means he knows exactly where each concept is heading and what skills need to be solid now.

From fractions and ratios in sixth grade to linear equations in eighth, Anna covers the full middle school math arc with a focus on building number sense that sticks. Growing up as the oldest of four, she spent years walking younger siblings through exactly these topics — and that experience shows in how patiently she unpacks each concept. Rated 4.9 by students.

Mechanical engineering at UT Dallas means Mackenzie is knee-deep in calculus and physics every week, so she can trace middle school topics like ratios, geometry basics, and solving equations directly to where they're headed — and explain why getting them right now actually matters. Her 31 ACT and 5.0 student rating back up a teaching style that prioritizes understanding the structure of a problem over memorizing steps to get through it.

Petroleum engineering at UT Austin means Akhil solves math-heavy problems daily — fluid dynamics, reservoir calculations, unit conversions — so the proportional reasoning and equation-solving middle schoolers are tackling is material he can explain with genuine fluency. His 33 ACT composite reflects sharp quantitative instincts, and he's particularly good at showing students how to organize their work on multi-step problems so small mistakes stop snowballing into wrong answers.

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

The middle school math years — ratios, proportions, integer operations, intro to linear equations — set the trajectory for everything that comes after. Sugi approaches these topics by building the reasoning behind each procedure, so a student doesn't just cross-multiply but understands why it works. Rated 5.0 by her students, she keeps sessions structured without making them feel like a lecture.

The jump from elementary math to middle school math introduces fractions, decimals, ratios, and negative numbers all at once, and it's easy for gaps to snowball. Maggie has spent years working with middle schoolers on exactly this transition, pinpointing where a concept broke down and rebuilding fluency from that point forward. Her 5.0 rating speaks to how well that approach lands with students and families.

Economics majors spend their days building models out of exactly the kind of math middle schoolers are learning — graphing relationships, manipulating equations, interpreting data — so Mackenzie can show students where skills like proportional reasoning and solving for unknowns actually lead. Her 35 ACT score speaks to rock-solid fundamentals, and she's particularly effective at helping kids organize their scratch work so careless mistakes stop eating into their grades. Rated 4.8 by students.

Fractions, ratios, and proportional reasoning are the skills that quietly determine whether a student thrives or struggles in every math class that comes after middle school. William spent time tutoring younger students at his high school and at-risk youth programs, so he's practiced at making these foundational topics feel approachable rather than intimidating. He keeps sessions relaxed and builds confidence alongside competence.

Biochemistry at Rice means Sajel solves equations and manipulates variables every day in coursework — so the pre-algebraic skills middle schoolers are developing around expressions, fractions, and ratios are things she uses constantly and can explain with genuine fluency. Her 35 ACT score speaks to sharp quantitative instincts, and having tutored a younger sibling through similar material gives her a practical sense of where kids this age tend to get stuck and how to unstick them.

The jump from elementary math to middle school math piles on new territory fast: ratios, negative numbers, coordinate graphing, basic geometry. Paul's economics background means he's comfortable translating abstract math into real-world examples — percentages become budgets, rates become speed problems, and the math starts to make sense.

Premed neuroscience coursework at Rice means Aditi is neck-deep in the quantitative reasoning that middle school math is quietly building toward — she can show a student working through ratios or basic equations exactly how that same logic reappears in science and beyond. Her 1570 SAT score speaks to her own comfort with math under pressure, and her psychology training gives her a practical sense of how to reframe a confusing problem so it actually lands. Rated 4.8 by students.

Fractions, ratios, and proportional reasoning trip up a lot of middle schoolers because the concepts feel abstract until someone connects them to something concrete. Tegan's experience tutoring middle school students means she knows exactly where those stumbling blocks are and how to reframe problems so they click. Rated 4.9 by students.

Fractions, ratios, and proportional reasoning trip up a lot of middle schoolers not because the math is hard, but because it's often taught as disconnected procedures. Aadith ties these concepts together so students see how multiplying fractions and setting up ratios are really the same kind of thinking. His physics and math background at Rice means he's full of real-world examples that make abstract ideas click.

English and computer science at Carleton College might seem like an unlikely combination for middle school math, but the CS side means Meagen thinks in logic, sequences, and variables every day — exactly the reasoning that kicks in when students move from arithmetic into pre-algebra. She scored a 34 on the ACT, so the quantitative skills are genuine, and her 5.0 rating suggests she communicates them clearly. Her strength is in making the abstract notation of expressions and equations feel like a language students can actually read.

Cognitive science at Rice taught Adam how people actually learn — how working memory handles new information, where misconceptions form, and what makes a concept stick versus vanish after the test. He applies that understanding directly when teaching topics like integer operations and early equation-solving, adjusting his explanations based on how a student is thinking, not just whether they got the right answer. His 34 ACT and math tutoring background mean the content itself is second nature, so his attention stays on the learner.

Getting a sixth or seventh grader comfortable with variables, negative numbers, and basic geometric reasoning sets the trajectory for everything that follows in math. Ainsley has tutored middle school students through state standardized test prep and knows how to make abstract ideas concrete — using visual models and real-world examples that stick. She also has specific experience supporting students with dyslexia and ADHD.

As experienced and passionated educator with a Bachelor's degree in Computer Science from Rice University, I am passionate about empowering students to achieve their academic goals. With over 3 years of tutoring experience in subjects such as AP Computer Science A, Machine Learning, and SAT Math, I adapt to different learning styles and create a supportive learning environment. My teaching philosophy centers on personalized instruction, where I connect with each student to understand their unique learning styles and challenges. I take pride in guiding students through the complexities of computer science and college application essays, equipping them with the skills they need for future success. Outside of tutoring, I enjoy exploring new technologies and engaging in coding projects to improve my teaching approach.

The jump from arithmetic to algebraic thinking is one of the biggest shifts in a student's math life, and it happens in middle school. Zhengdong takes concepts like proportional reasoning, integer operations, and introductory equations and ties them to tangible problems — distances, speeds, simple machines — drawing on his physics background to make abstract ideas feel concrete.

Having earned a 1410 SAT — a score that demands solid quantitative reasoning — Iselee knows the foundational skills middle schoolers need to lock in, particularly around fractions, decimals, and the transition into working with variables. Her Spanish degree sharpened her ability to teach systematic rule-following (verb conjugations and mathematical operations aren't as different as they sound), and she brings that same structured, step-by-step clarity to breaking down pre-algebraic concepts. Rated 4.8 by students.

At the middle school level, math confidence matters almost as much as math skill — a student who shuts down at fractions or proportional reasoning carries that anxiety into every future course. Sakibul has tutored since high school and approaches these foundational topics with patience, using visual models and real-world scenarios to make ratios, percentages, and integer operations feel intuitive rather than intimidating.

The jump from fifth-grade arithmetic to ratios, proportions, and negative numbers can feel enormous. Raj tackles middle school math by connecting each new idea to something concrete — using proportions to scale a recipe, or plotting coordinates to map out a room — so the abstraction doesn't outpace understanding. He's a firm believer that repetition with varied problems is what actually locks concepts in.

Fractions, ratios, and proportional reasoning trip up a lot of middle schoolers not because the math is hard, but because the concepts are often taught too abstractly. Jennifer connects these ideas to real scenarios — unit pricing, recipe scaling, sports statistics — so the logic clicks before the formulas come out. Her 4.9 rating from students speaks to how well that approach lands.

At the middle school level, math confidence matters as much as math skill — one bad experience with fractions or proportional reasoning can snowball for years. Emily tackles concepts like ratios, integer operations, and early equation-solving with patience and concrete examples drawn from science and everyday life. She's the kind of tutor who makes a sixth grader feel smart rather than stuck.

A decade of teaching students with learning differences — including a full year at a private academy for students with disabilities — gave Emily a deep toolkit for breaking down concepts like integer operations and proportional reasoning in multiple ways until one clicks. Her Classics training at Texas A&M built the kind of precise, logical thinking that transfers surprisingly well to mathematical problem-solving, and she brings that same rigor to middle school math. Rated 5.0 by students.

Kendall scored a 1580 on the SAT, which means the foundational skills middle schoolers are building right now — integer operations, proportional reasoning, solving multi-step equations — are second nature to her. She's particularly good at showing students how to organize their work on paper so they can catch their own mistakes, a habit that pays dividends once math gets faster in high school. Rated 4.9 by families.

The middle school math years are when students go from straightforward computation to reasoning about proportions, negative numbers, and basic equations. Molly tackles these transitions by walking through the "why" behind each rule, which keeps students from relying on shortcuts that fall apart in harder problems later.

Biomedical engineering at Brown means Layla solves problems daily that start with the same building blocks middle schoolers are learning — ratios, geometry, and setting up equations from scratch. She's particularly strong at teaching students how to translate a real scenario into a mathematical setup, a skill that pays off long before engineering school. Rated 5.0 by students.

Fractions, ratios, and pre-algebra concepts click faster when a tutor can explain the same idea three different ways — and Madeline's extensive experience tutoring math at the elementary and middle school level means she's built a toolkit of exactly those explanations. She tailors her approach to each student's learning style, whether that means visual models for proportional reasoning or step-by-step walkthroughs of integer operations.

Ratios, proportions, and integer operations trip up a lot of middle schoolers because the math suddenly feels more abstract than anything they've seen before. Amanda teaches these concepts through real-world scenarios drawn from her elementary classroom experience, building the bridge between arithmetic and the algebraic thinking that comes next. Rated 5.0 by students.

From fractions and ratios to introductory geometry and linear equations, middle school math covers a huge range of ideas in a short time. Si tackles each topic by writing out every step so students can see exactly where their reasoning goes right or wrong. His 5.0 rating speaks to an approach that adapts to how each learner processes new material.

Fractions, ratios, and proportional reasoning trip up more middle schoolers than almost any other topic — and they're the exact skills that make or break high school math readiness. Malcolm breaks these concepts into concrete, visual steps that click, drawing on the same logical precision his biochemistry training at Rice demands daily.

The jump from arithmetic to algebraic thinking is one of the biggest conceptual leaps in all of math, and it happens in middle school. John makes that transition concrete — turning abstract ideas like variables and proportional reasoning into problems students can visualize and talk through, building the kind of number sense that pays off for years.