Award-Winning Elementary Math Tutors
serving Phoenix, AZ

Long division, fractions, and place value might seem simple, but the way a student first learns these ideas shapes how they think about math for years. Kristi brings nearly a decade of experience teaching across every math level, which means she understands exactly which foundational skills matter most and how to make them stick. She's rated 5.0 by her students.

Building number sense early — understanding place value, basic operations, and how fractions actually represent parts of a whole — sets up everything that comes later in math. Rachelle is patient and methodical, drawing on the same structured thinking that earned her Summa Cum Laude honors at ASU to make concepts click for younger learners.

Place value, multi-digit multiplication, and early fraction concepts need to feel intuitive — not just memorized — if a student is going to carry them forward. Tracey uses visual models and real-world examples to make arithmetic click for younger learners. Her dance and arts background gives her a creative, energetic teaching style that keeps elementary students engaged.

Getting multiplication, division, and place value right at this stage shapes how a student thinks about numbers for years to come. Cameron uses real-world examples and visual strategies to make these foundational skills intuitive, turning math into something kids feel confident about rather than anxious over.

Long division, fractions, and place value aren't just procedures to memorize — they're the building blocks for every math class that follows. Teresa turns these early concepts into hands-on problem-solving moments, keeping younger learners engaged while making sure the reasoning behind each step actually sticks.

Getting multiplication facts or place value wrong isn't usually a knowledge problem — it's a confidence problem. Jamison approaches elementary math by turning abstract number concepts into tangible activities, whether that's grouping objects for division or using number lines to visualize addition and subtraction. His 5.0 rating speaks to how comfortable younger learners feel in his sessions.

Young learners pick up multiplication strategies and place-value understanding fastest when the math feels like a puzzle, not a chore. Daniel brings a relaxed, encouraging style to elementary topics — from basic operations to early fractions — and uses hands-on examples that keep kids engaged and curious about numbers.

Daniel breaks down early math concepts like multiplication, division, and place value using concrete, visual strategies that build genuine number sense. His patience with younger learners comes through in the way he turns tricky word problems into step-by-step stories kids can follow.

Building number sense early — understanding place value, fractions as parts of a whole, the logic behind multiplication — pays dividends for years. John's teaching style is patient and structured, turning each new concept into a small puzzle rather than a rote exercise. He holds a 5.0 client rating across his subjects.

Fractions, place value, and multi-digit multiplication each require a different kind of thinking, and rushing past any one of them creates gaps that compound later. Amanda breaks these concepts into hands-on, visual steps that give younger learners genuine understanding — not just memorized procedures. Her patience and 4.9 student rating make her a strong fit for this age group.

Getting multiplication facts, place value, and basic fractions to click early changes a student's entire math trajectory. Andrew uses structured practice and real-world examples — money, measurement, time — to make these foundational concepts intuitive rather than rote.

Getting multiplication tables, place value, and basic fractions to stick requires more than repetition — it requires someone who genuinely understands how younger learners think. Chris earned a master's in Teaching and Teacher Education specifically to work with students at formative stages. He turns abstract number concepts into tangible, visual problems that build real number sense.

Chemical engineering grad students don't usually tutor elementary math — but Morgan's engineering mindset is surprisingly useful for teaching kids to think systematically about problems like regrouping or dividing with remainders. She turns arithmetic into logical puzzles, encouraging students to explain their reasoning step by step rather than memorize procedures. Rated 5.0 by students.

When multiplication tables or long division feel overwhelming, the issue is usually a gap in number sense rather than a lack of effort. Geoffrey turns elementary math into hands-on problem-solving — using visual models for place value, grouping strategies for multiplication, and real-world scenarios that give young learners a reason to care about the answer.

Place value, regrouping, and early fractions can feel overwhelming when a child first encounters them — Jessica breaks these concepts into hands-on, visual steps that make the logic click. Her elementary education background means she understands how young learners build number sense and where common misconceptions tend to hide.

Fractions, place value, and multi-digit multiplication can feel like a mountain to a young learner who hasn't yet seen why these skills matter. Aaron connects elementary math to tangible things — measuring materials, splitting quantities, reading simple blueprints — so the numbers have a purpose a kid can grab onto. His patient, encouraging style (honed over 18 years with five children) keeps lessons low-pressure and productive.

Building number sense early — understanding place value, fractions as actual quantities, and why multiplication works the way it does — shapes everything a student will do in math for years to come. Charles is currently earning his Master's in Education at Arizona State, where he studies how young learners develop mathematical reasoning. He turns abstract arithmetic into hands-on, visual problem-solving that sticks.

Getting comfortable with multiplication facts, place value, and basic fractions at this stage makes every future math class easier. Leah turns these foundational skills into something tangible, using visual grouping and number-line strategies that give young learners a real sense of what the numbers mean.

Fractions, place value, and multi-digit multiplication aren't just procedures to memorize — they're building blocks that need to click intuitively before a student can move forward in math. Alina started her tutoring career working with elementary-age kids on exactly these concepts, and her patience shows in her 5.0 client rating.

Getting multiplication facts and place value to stick requires more than flashcards. Hana uses pattern-based strategies and visual models to make arithmetic intuitive, building the kind of number sense that carries students confidently into more advanced math.

Early math concepts like place value, basic fractions, and multi-digit operations set the trajectory for everything that comes later. Alyssa breaks these ideas into concrete, visual steps — using real-world examples a young learner can grab onto before moving to abstract notation. Her engineering training taught her that every complex system starts with simple building blocks, and she applies that same philosophy here.

Place value, basic fractions, and multi-digit multiplication all click faster when a student understands why the steps work — not just what buttons to press on a worksheet. Gabrielle breaks each concept into visual, hands-on pieces so younger learners build real number sense they can carry forward. Rated 4.7 by families she's worked with.

Fractions, place value, and multi-digit multiplication are the building blocks everything else in math rests on. Paul uses real-world examples — splitting a recipe, measuring distances on a hike — to make these ideas click for younger learners rather than feel like abstract rules.

Building number sense early — really understanding place value, basic operations, and how fractions relate to division — changes a student's entire math trajectory. Vania has tutored across every level from elementary through college at MIT, so she knows where young learners' misconceptions tend to hide and how to address them before they compound. She makes math feel like a puzzle worth solving, not a chore.

Fractions, decimals, and long division don't have to be intimidating — they just need someone who explains the "why" behind each step. Jasmyn's science background means she uses math constantly and knows how to make arithmetic feel concrete, whether that's through visual models for multiplication or real-world examples that make place value intuitive.

Early math confidence matters more than early math speed, and Amber structures her sessions around making sure a student genuinely understands place value, basic operations, or simple fractions before racing ahead. She uses hands-on strategies and real-world examples — counting money, measuring ingredients — to make abstract numbers tangible. Rated 5.0 by families she's worked with.

Abby tutored elementary students in math before finishing her Education Studies degree at Brown, so she knows that a second grader struggling with place value and a fourth grader stuck on fractions need very different approaches. She uses visual models and hands-on strategies — number lines, arrays, fraction bars — to make arithmetic click. Her background in teaching visual art also gives her a knack for making lessons feel creative rather than repetitive.

Getting multiplication tables, fractions, and place value right at this stage shapes how a student thinks about math for years. Brittany's experience ranges from tutoring middle schoolers in West Philadelphia to working with college students at Penn, which gives her a clear picture of where early math skills need to be solid — and she makes those foundational concepts stick through concrete examples rather than rote repetition.

Place value, basic fractions, and multi-digit multiplication all click faster when a student understands *why* the steps work, not just what to do next. Kenan breaks these building-block concepts into visual, concrete explanations that give younger learners real number sense they can carry forward.

Building number sense early — understanding place value, basic operations, and simple fractions — sets kids up for everything that comes later in math. Matthew's experience working with younger students means he knows how to keep lessons engaging and meet the pace that elementary learners actually need.

Getting number sense right early — place value, basic fractions, the logic behind multiplication — shapes how a child thinks about math for years. Vy taught first graders at a Sunday School program and worked with deaf preschoolers at Vanderbilt Medical Center's Mama Lere Hearing School, so she's practiced at making abstract ideas tangible for young learners. She holds a 5.0 rating from her students.

Young learners pick up math best when it feels like problem-solving rather than rule-following. Anna draws on her Education studies at Brown and her experience working with elementary-age kids to teach place value, basic operations, and early fractions through hands-on, confidence-building approaches.

Getting fractions, long division, and place value right at the elementary level sets the trajectory for everything that comes after in math. Matthew takes a patient, step-by-step approach — showing how a problem works, then giving the student a chance to try similar ones while asking questions along the way. It's a simple method, but it builds the kind of number sense that sticks.

Building number sense early — understanding place value, basic fractions, and the logic behind multiplication — shapes how a student thinks about math for years. Asta's experience working with younger learners across different educational systems in both Hong Kong and the U.S. gives her a practical sense of where kids get stuck and how to unstick them.

Multiplication strategies, place value, and early fraction concepts all click faster when a student understands the 'why' behind each step. Jessi's psychology background gives her insight into how younger learners process new information, and she uses that to tailor explanations — whether a kid needs manipulatives, drawings, or word-problem storytelling to make a concept stick.