Award-Winning Middle School Math Tutors
serving Tulsa, OK

Ratios, proportions, basic geometry, and early equation-solving all converge in middle school math, and keeping them straight requires a tutor who can connect each topic to the next. Shanta taught developmental and undergraduate math courses at the university level, which gave her a clear picture of how middle school concepts feed directly into high school success. She builds each lesson around the specific skill a student is struggling with, whether that's fraction operations or coordinate graphing.

Four years teaching physics to Navy sailors with widely varying math backgrounds gave Madeline a knack for spotting exactly where a concept breaks down for a student. She applies that same diagnostic instinct to middle school topics like fractions, proportional reasoning, and pre-algebra — building the kind of number sense that pays off for years.

A psychology PhD student who teaches college-level stats and abnormal psych, Kate knows how to break down abstract concepts for learners who aren't yet comfortable with abstraction — which is exactly what middle school math demands as students move from arithmetic into variables, expressions, and proportional reasoning. Her master's work in adolescent health means she's studied how this age group thinks and learns, so she calibrates explanations to match where a student's brain actually is developmentally, not just academically.

Growing up homeschooled with students of different ages and skill levels, Jordan learned early how to adapt math explanations on the fly — a skill that matters when middle schoolers are juggling ratios, basic geometry, and introductory equations all in one semester. He breaks problems into smaller logical steps so students can see the reasoning behind each operation, not just mimic a procedure.

Fractions, ratios, and proportional reasoning are the concepts that trip up most middle schoolers — and they're also the building blocks for every math class that follows. Lina's engineering background means she can show students how these ideas connect to real problems, like scaling a recipe or calculating distances on a map. Rated 4.8 by her students.

Teaching middle school math means juggling a wide range of readiness levels in topics like ratios, proportional reasoning, and introductory geometry. Anna has taught fifth graders and middle schoolers across multiple subjects, so she knows how to read where a student is struggling and adjust on the fly. Her math certification backs up an approach that emphasizes understanding over shortcuts.

The math concepts students encounter in middle school — fractions, ratios, proportional reasoning, and early equation work — form the backbone of everything that comes after. Nathan grew up around educators and picked up a knack for explaining these building-block ideas in ways that actually stick, using concrete examples before moving to abstract notation.

The jump from arithmetic to middle school math — ratios, proportions, basic equations, negative numbers — is where many students first decide whether they're "math people" or not. Nathaniel tackles that transition with genuine enthusiasm, making concepts like fraction operations and coordinate graphing feel approachable rather than intimidating. Rated 5.0 by students.

At the middle school level, math shifts from arithmetic to reasoning — fractions become ratios, numbers become expressions, and word problems start requiring multi-step thinking. Naythen excels at making that transition less intimidating by walking through each problem with clear, patient logic. His teaching assistant experience at Northwestern gave him practice adapting explanations until they land.

The jump from elementary arithmetic to middle school math — fractions, ratios, negative numbers, basic equations — is where many students quietly lose confidence. Robert teaches these building blocks by connecting them to patterns students already understand, turning something like fraction division from a memorized rule into a concept that actually makes sense.

An English composition degree might not scream math, but Isabel's strength is in breaking down multi-step processes into clear, logical sequences — a skill that transfers directly to teaching middle schoolers how to work through equations and tackle order of operations without skipping steps. Her 4.9 rating from students speaks to a teaching style that keeps kids engaged even when the material feels tedious, which is half the battle at this level.

Aerospace engineering coursework throws calculus and physics at you daily, but Riley remembers the middle school concepts that made all of it possible — integer operations, proportional reasoning, and the first real encounter with variables. That recent memory is an advantage: he can pinpoint exactly which early skills need to be solid before high school math accelerates, and he explains them in straightforward terms rather than engineering jargon.

Pre-engineering coursework means Alexander lives in the math that middle schoolers are just starting to encounter — variables, equations, geometric reasoning — and can show exactly how those building blocks turn into real design and problem-solving tools. His approach leans heavily on asking questions rather than lecturing, pushing students to reason through each step of a problem themselves before he fills in any gaps. That Socratic style tends to build the kind of independent thinking that pays off once math accelerates in high school.

The jump from arithmetic to algebraic thinking is one of the biggest shifts a student faces, and it usually happens in middle school. Susan tackles that transition head-on — building confidence with integers, order of operations, and basic equation-solving so students walk into high school math feeling prepared rather than anxious.

Between volunteering as a mentor for middle schoolers and grinding through the math-heavy core of an industrial & systems engineering degree at OU, Lily sits at a useful intersection — she knows the content deeply and she knows the age group firsthand. She's particularly strong at breaking down the transition from arithmetic into early algebraic thinking, where engineering training makes concepts like variables and expressions feel like practical tools rather than abstract puzzles.

I am a graduate of the University of Oklahoma. I received by Bachelor of Science in Chemical Engineering. I have mostly tutored privately on my own time in one on one sessions. I mostly enjoy helping others with math and science related problems. Education is necessary to improve life and I want others to realize this. In my spare time I enjoy thought provoking literature.

Sixth and seventh graders often don't realize that the ratios, proportions, and basic geometry they're learning now are the scaffolding for every math class that follows. Margaret makes those connections explicit — showing a student why cross-multiplication works, for instance, instead of just drilling the procedure. Her psychology background informs how she adapts explanations to match the way each student actually processes new ideas.

Every concept in middle school math — ratios, proportional reasoning, negative numbers, basic geometry — becomes a building block for high school. Tracy pinpoints exactly which block is wobbly before stacking more on top, whether that means revisiting fraction operations or pushing ahead into linear equations. She's been tutoring students at this level since she was in middle school herself, so she understands where confusion typically hides.

Getting a PhD in Education at Harvard means Reid studies how learning actually works — and he brings that lens to the specific moment middle schoolers start struggling with the jump from straightforward arithmetic into algebraic thinking, variables, and multi-step problem solving. His sociology background also gives him a knack for turning word problems into stories that make sense, since he's trained to see patterns in how people and systems behave. With a 32 ACT and years teaching across math and humanities, he's comfortable switching between number sense and the verbal reasoning that word-heavy math problems demand.

The jump from arithmetic to proportional reasoning, integer operations, and basic equation-solving is one of the biggest conceptual leaps in all of K-12 math. Simon tackles middle school math by making sure students understand the reasoning behind each step — why dividing by a negative flips an inequality sign, or how a ratio actually describes a relationship. His 1540 SAT speaks to the kind of foundational fluency he builds at this level.

At the middle school level, math starts asking students to think abstractly for the first time — ratios, proportional reasoning, and early equation work can feel like a completely different subject than what came before. Alex has tutored students across a wide range of ages and adjusts his language and pacing to match each learner. His knack is making concepts like fractions, decimals, and basic geometry feel concrete and logical rather than arbitrary.

At the middle school level, math starts asking students to think abstractly for the first time — proportional reasoning, negative numbers, introductory geometry, and basic equation solving. Brian brings a calm, structured style to these topics, breaking each problem into small logical steps so younger students build genuine confidence instead of just copying procedures.

Ratios, proportions, integer arithmetic, basic equation-solving — middle school math is where students either build real confidence or start quietly falling behind. Ian has been tutoring since high school and is especially good at finding the one explanation that makes a tricky concept click, turning confusion into momentum before algebra arrives.

Scott approaches middle school math by connecting each new topic — proportions, basic geometry, or introductory statistics — back to ideas students already understand. His background in anthropology actually sharpens this skill: he's trained to find patterns and explain complex systems in accessible terms. Rated 4.8 by students.

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.

Acting training in New York City has made Marc unusually good at one thing most math tutors overlook: reading the room. He picks up on the exact moment a middle schooler checks out during a fraction or ratio problem and shifts his explanation on the fly — sometimes reframing it as a real scenario, sometimes slowing down to rebuild a single step. His 1550 SAT speaks to genuine math fluency, but it's that performer's instinct for connection that keeps students engaged through the trickier pre-algebraic concepts.

Scoring a 35 ACT and 1570 SAT means Amber has the quantitative chops to teach middle school math cold, but her theater background is what makes her especially effective — she knows how to read an audience, adjust on the fly, and make a concept land. She zeroes in on the specific spot where a student's understanding breaks down, whether that's negative number operations or setting up basic equations, and rebuilds from there. Rated 5.0 by students.

The jump from elementary arithmetic to middle school math introduces ratios, proportional reasoning, and basic equation-solving that can intimidate students if the logic isn't made visible. Ingrid uses concrete examples and real-world scenarios to demystify concepts like fractions-to-decimals conversion and simple inequalities. Her experience leading hands-on workshops for undergraduates translates naturally into clear, patient explanations for younger learners.