Award-Winning Math Tutors
serving Little Rock, AR

From pre-algebra through calculus, Matt covers a wide span of math — but his engineering background means he's especially sharp at showing students why a concept matters before drilling the procedure. Whether it's simplifying fractions or computing integrals, he ties abstract operations back to concrete problems so the logic clicks.

As a second-year medical student with a strong foundation in science and a passion for education, I specialize in making tough subjects easier to understand. I excel in math, biology, physics, and other challenging topics that often intimidate students and I genuinely enjoy helping others master them. My approach combines patience, clarity, and high-level understanding to break down complex ideas into manageable, confidence-boosting lessons. Whether it's reviewing homework or prepping for exams, I'm here to support and motivate students at any level below mine to reach their full academic potential. My interests include: Weightlifting and fitness training (especially strength and hypertrophy programs) Morning cardio and physical conditioning Studying medicine with a focus on anatomy, physiology, and clinical problem-solving Teaching and tutoring tough academic subjects like math, biology, and physics Watching anime as a way to relax and recharge (especially after a long day) Cooking (with a focus on high-protein, keto/carnivore meals)

From basic arithmetic through algebra and geometry, Melanie ties abstract math concepts to tangible scenarios — calculating dosages in her pre-med coursework, for instance, or using trigonometry to model wave patterns in marine science. That habit of connecting numbers to real situations makes procedures like order of operations or solving proportions feel purposeful rather than arbitrary.

I am a graduate of Arkansas Tech University with a Bachelor of Science in Computer Science. I also received certificates of proficiency for Mathematics and Applied Statistics while I attended. Education in our society is required for one to be successful, to not be taken advantage of. I believe that students need the skills that math and programming teaches to be able to navigate the world around them. If I can also instill a passion for math along the way, that is merely a bonus.

Sash's 1560 SAT required serious math performance under pressure, and her Comparative Literature training — constantly analyzing structures, patterns, and logical progressions across texts — gives her an unexpected but effective lens for tackling math problems that demand careful, sequential reasoning. She's especially useful for students who freeze up on word-heavy questions, since parsing dense language and extracting what actually matters is literally what her degree trained her to do.

Few tutors can teach pre-algebra and multivariable calculus with equal clarity, but Justin's math background runs from a double bachelor's in physics and mathematics through a PhD in Computational Mathematics at the University of Chicago. He pinpoints exactly where a concept breaks down for a student — whether that's fraction operations, quadratic factoring, or function transformations — and rebuilds understanding from that specific gap.

Mechanical engineering at Harvard means Christopher lives in math daily — calculus, trigonometry, and algebra aren't abstract exercises for him but tools he uses to model physical systems and solve design problems. That applied perspective lets him show students exactly where a concept like derivatives or trig identities actually goes, which tends to unlock motivation alongside understanding. He scored a 35 on the ACT and is rated 4.8 by students.

A Cornell biology graduate, Josef regularly applies quantitative reasoning to scientific problems — from calculating reaction rates to modeling population dynamics — which keeps his math sharp and grounded in real applications. He breaks down concepts like proportional reasoning, unit conversions, and algebraic manipulation by tying them to tangible scenarios students can visualize. Rated 5.0 by students.

From pre-algebra fundamentals through Calculus 2, Aaron covers the full math pipeline and knows exactly where the common stumbling blocks sit — fractions-to-ratios in middle school, the abstraction jump in algebra, and the conceptual leap into limits and integration. His mechanical engineering grad work keeps him using this math daily, so he explains it as a living toolset rather than isolated procedures. Rated 5.0 by students.

Solange approaches math as a subject that rewards structured thinking over speed, breaking problems into logical steps students can follow and eventually internalize. Her 34 ACT composite reflects sharp quantitative reasoning, and she applies that same methodical approach to arithmetic, pre-algebra, and foundational concepts that younger or struggling students need to build confidence.

Whether a student is working through fraction operations in middle school or tackling precalculus concepts, Nishad connects each new math skill to the reasoning behind it so that procedures actually stick. His premed and SAT math background means he's comfortable across the full K-12 spectrum, from proportional reasoning to polynomial behavior. He's especially effective at diagnosing exactly where a student's understanding breaks down and rebuilding from that point.

Valerie scored a 1540 on the SAT and has tutored math from pre-algebra through calculus, so she's comfortable across the full K-12 sequence. She's especially good at translating word problems into equations — a skill her writing background sharpens, since parsing a math problem is really an exercise in precise reading.

Between competition math experience and a Stanford cognitive science degree that included heavy quantitative coursework, David approaches math problems by teaching the reasoning behind each step — whether that's factoring polynomials or setting up related rates in calculus. His 1570 SAT speaks to the precision he brings to mathematical thinking at every level.

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.

While Victoria's primary training is in the humanities, her SAT composite of 1520 required strong quantitative performance, and she tutors foundational math concepts like proportional reasoning, basic algebra, and arithmetic fluency. She approaches math the way an anthropologist approaches fieldwork — methodically, with attention to why each step matters before moving to the next one.

Not every math student needs calculus-level intensity — sometimes the gap is in foundational skills like fraction operations, proportional reasoning, or translating word problems into equations. Connor identifies exactly where the disconnect is and rebuilds confidence from that point, drawing on the quantitative rigor his dual science degrees required.