Biophysics at the undergraduate level means Benjin is constantly toggling between calculus, algebra, and data analysis — so the math concepts spread across the ACT's 60 questions feel like familiar territory rather than a grab bag of disconnected topics. He earned a 36 ACT composite and uses that experience to show students how to read each problem for what it's actually asking, especially on the geometry and functions items where overthinking burns the most time.

Scoring a 35 on the ACT means Kendall knows how the math section tests familiar concepts in unfamiliar packaging — a coordinate geometry question disguised as a word problem, or a trigonometry identity buried inside an algebra setup. Kendall's approach zeroes in on recognizing those disguises quickly so students spend their time solving, not decoding. Holds a 5.0 student rating.

Scoring a 33 ACT composite, Joshua knows the math section inside out — the way it buries straightforward algebra and geometry inside wordy setups designed to eat up time. He teaches students to identify what each question is actually asking within seconds, then apply the right technique quickly, which is the difference between a good score and a great one.

Scoring high on ACT Math isn't about knowing advanced topics — it's about solving familiar concepts under brutal time pressure. Jared earned a 34 ACT composite and teaches students to recognize problem types within seconds, particularly on the later questions involving matrices, logarithms, and trigonometric identities that tend to eat up the clock.

Scoring a 34 ACT composite means Samantha knows how to navigate the Math section's rapid shifts from basic algebra to coordinate geometry to trigonometry — all under tight time pressure. She teaches pacing strategies alongside the actual math, so students learn when to solve carefully and when to move on. Rated 5.0 by students.

I am currently studying Elementary Education at Brigham Young University. I am also minoring in TESOL (Teaching English to Speakers of Other Languages) and Spanish DLI (Dual Language Immersion). I am fluent in Spanish because I lived in Mexico for 18 months, but I also went through the language learning process in high school classes and understand the challenges students face. I love teaching and tutoring anyone with a desire to improve, especially elementary aged students. I try to make learning fun and accessible to each individual student's learning style. In my spare time I like to read, cook, play tennis and paint.

Scoring well on ACT Math comes down to speed and pattern recognition across 60 questions in 60 minutes — there's no time for second-guessing. John, who earned a 34 ACT composite, teaches students to identify which math concept each question is really testing, from coordinate geometry to trigonometric identities, so they can pick the fastest path to the answer. His physics background makes him especially sharp on the applied math and word-problem questions that slow most students down.

I am a Senior at Fordham University, where I am double majoring in Humanitarian Studies and Communications and Culture. My academic undergrad research is focused on fan fiction and participatory culture. I have worked in communications with INEE, immigration casework at the Office of U.S. Senator Gillibrand, refugee resettlement with Catholic Charities, procurement with URENCO USA, and as a children's librarian assistant. This fall, I will be attending law school, with the intent of pursuing a career in immigration public policy after graduation.

Scoring a 34 ACT composite, Matthew knows the math section rewards speed and strategic thinking as much as raw ability. He teaches students to recognize problem types quickly — coordinate geometry, probability, trigonometric identities — and match each one to the fastest solution path. Timed practice with that kind of pattern recognition is what consistently pushes scores higher.

Scoring a 33 ACT composite herself, Kacey knows the Math section's pacing demands as well as its content. She zeroes in on the coordinate geometry, trigonometry, and word-problem translation skills that separate a good score from a great one, teaching students to spot what each question type is actually testing before they start calculating.

Computational mathematics as a major means Joseph doesn't just know the algebra, trig, and probability on the ACT — he understands the underlying structures well enough to spot which solution path is fastest before putting pencil to paper. His 33 composite and 5.0 tutoring rating back that up, and he uses timed drills to get students comfortable attacking all 60 questions without running out of clock on the harder items near the end.

I am a Sophomore at BYU from Sacramento, CA. Currently, I am studying Mechanical Engineering with a minor in Management. I love understanding how everything works and that is one of my biggest motivators in school and learning in general. The subjects in which I am most proficient are Calculus, any type of Algebra and test-taking skills. I am also fluent in Spanish having spent two years in Spain where I talked with peoples of various Spanish-speaking countries emphasizing the Castillian accent. I would love to be able to share my enthusiasm for understanding with everyone.

Between coordinate geometry, trigonometry, and the handful of matrix or logarithm questions that catch students off guard, ACT Math rewards knowing which tool to reach for quickly. Ben earned a 34 composite and teaches students to identify problem types at a glance so they spend their limited time on execution, not figuring out what's being asked. His 5.0 rating speaks to how well that approach clicks.

Scoring well on ACT Math means handling everything from basic proportions to logarithms and matrices in under a minute per question. Matthew earned a 35 ACT composite and knows which problems to solve algebraically, which to back-solve, and which to skip and return to — pacing strategy that turns a good math student into a high scorer.

I enjoy helping students build confidence in chemistry, physics, and the ACT. I just finished up my sophomore year studying biomedical engineering with a 3.99 GPA. While at school, I am a peer tutor for general chemistry, organic chemistry, and physics 1. I love getting to know my students and helping them out with their unique concerns. I have a very problem-based teaching philosophy where we work through lots of practice problems together. I can't wait to meet you! Let's connect!

As a passionate tutor with over 2 years of experience, I am dedicated to helping students excel in mathematics, particularly in subjects like Algebra, Calculus, and Geometry. Currently pursuing a Bachelor's in Data Science at Utah State University, I leverage my academic background to provide real-world applications that make complex concepts more relatable. My teaching philosophy centers on fostering a supportive learning environment where students feel comfortable asking questions and exploring their understanding. I believe in tailoring my approach to meet each student's unique needs, which not only boosts their confidence but also enhances their academic success. Outside of tutoring, I enjoy engaging in problem-solving challenges and exploring new technologies, which further fuels my enthusiasm for teaching and learning.

A math major tackling ACT Math is a different experience than drilling practice tests alone. Rebecca scored a 34 ACT composite and brings university-level number sense to the test's trickiest problems — the coordinate geometry and trigonometry questions in the 50s and 60s that separate good scores from great ones. She teaches efficient strategies for managing the section's tight pacing.

I am fluent in Spanish.

Kristina scored a 32 ACT composite and brings deep quantitative training from her biochemistry and biomedical engineering degrees. She tackles the ACT Math section concept by concept — coordinate geometry, trigonometric identities, probability — and teaches students how to identify which problems to solve quickly and which deserve extra time.

I'm currently working toward graduating from the University of Utah with a degree in Sociology. I tutor mainly math and writing, but am able to tutor in a variety of subjects. I strive to make my tutoring sessions productive and enjoyable by getting students involved and excited about learning.

Mechanical engineering at the University of Utah means Samantha uses algebra, trigonometry, and geometry daily in contexts where getting the math wrong has real consequences — that practical fluency carries over when she's walking students through the same concepts on the ACT. She scored a 33 composite and teaches students to identify what each problem is actually asking before touching their calculator, a habit that cuts down on the careless mistakes that pile up across 60 questions.

The ACT Math section covers everything from pre-algebra ratios to trigonometric identities, and the real challenge is pacing — not just knowing the math but recognizing which approach gets you to the answer fastest. John earned a 36 composite and teaches students to identify problem types on sight so they can allocate time strategically across all 60 questions.

Industrial engineering at Georgia Tech is essentially applied math under pressure — optimization, probability, statistical modeling — which maps neatly onto the algebra, functions, and data questions that fill the ACT Math section. Ilesh pairs that quantitative training with a perfect 36 ACT composite and a pacing approach built around identifying which of the 60 problems deserve full attention and which can be solved in under 30 seconds. Rated 5.0 by students.

The ACT Math section rewards speed as much as knowledge, and Sugi teaches students to recognize which of the 60 questions are quick wins versus time traps. Her perfect 36 composite and strong math background — through calculus and physical chemistry at Rice — mean she can explain underlying concepts when a student needs more than just a shortcut.

Elliot's neuroscience PhD required heavy quantitative work — experimental design, statistical modeling, data analysis — which keeps the algebra, probability, and graph-reading skills central to ACT Math sharp and automatic. He scored a 36 ACT composite and uses that familiarity with the test's structure to teach students how to quickly classify each of the 60 questions by type and apply the most efficient solution path. Rated 5.0 by students.

A chemical engineering degree means Alex didn't just memorize formulas — he used trigonometry, coordinate geometry, and logarithms daily in coursework at Washington and Lee. On the ACT Math section, he teaches students to recognize which of the 60 questions are designed to waste time and which reward a quick conceptual shortcut. His perfect 36 ACT composite came partly from that kind of strategic pacing.

Scoring high on ACT Math means handling 60 questions in 60 minutes, which leaves no room for getting stuck on coordinate geometry or probability problems. Anna earned a perfect 36 ACT composite and teaches a triage strategy — identifying which questions to solve immediately, which to set up and return to, and which to skip strategically. That pacing discipline is often the difference between a 30 and a 34+.

I am currently a resident physician at Northwestern Hospital.

Medical school trains you to triage — figure out what matters most and act on it fast — and Jiatian applies that same instinct to ACT Math, teaching students to read a problem, identify the core concept being tested, and pick the most efficient solve path without getting tangled in extra information. Her Rice University math foundation covers the algebra, geometry, and probability spread across the section, and she's particularly sharp at showing students how to avoid the trap answers designed to catch rushed mistakes on the back half of the 60-question lineup.

Scoring a 36 composite on the ACT required Benjamin to move through the Math section's 60 questions with speed and precision, from basic proportions all the way to matrices and trigonometric identities. He teaches the pacing strategies and pattern-recognition shortcuts that let students avoid getting bogged down on mid-section problems and still reach the harder questions with time to spare.

I am a Yale graduate with over 8 years experience tutoring students from a variety of backgrounds. I recently graduated from the Yale School of Public Health with a MPH concentrating in Epidemiology and Global Health. I also received my B.S. from Yale with a double major in Molecular, Cellular, and Developmental Biology and French. I have experience both leading group classes and working with students one on one. I will respond to a student's strengths, weaknesses, and learning style in order to help them succeed and make the most of our time together. I earned a perfect score of 36 on the ACT, 2280 on the SAT, and qualified as a National Merit Scholar on the PSAT. I look forward to working with you!

I am a Neuroscience and Behavior major at Columbia University. Although my major is centered in the STEM field, I am also passionate about human rights work, global engagement, and local outreach. While my future plans are subject to change, I see myself continuing in academia, going to medical school, and becoming a physician.

Chemical engineering at Michigan means Edward solves problems daily where algebra, trig, and unit conversions aren't textbook exercises — they're how you size a heat exchanger or model fluid flow. That applied math instinct, paired with a 36 ACT composite, lets him show students the fastest way to decode each of the 60 questions rather than grinding through every calculation from scratch. Rated 4.8 by students.

Most ACT Math questions reward quick recognition over deep calculation — knowing instantly whether a problem is testing coordinate geometry, function behavior, or a ratio setup. Logan's 36 ACT composite came from exactly that kind of systematic categorization, and he teaches students to classify each of the 60 questions within seconds so they spend their time solving, not figuring out what's being asked. Rated 5.0 by students.

Most ACT Math questions below #40 test algebra and proportional reasoning that Austin, with a 33 composite and 1570 SAT, can break down into repeatable two- or three-step routines — the kind of efficiency that turns a rushed 60-minute sprint into a manageable pace. His classics and philosophy training also sharpened his ability to parse tricky word problems, pulling the actual mathematical question out of deliberately confusing setups.

Scoring a 35 ACT composite while pursuing mechanical engineering at Harvard, Christopher brings genuine mathematical fluency to ACT Math prep. He zeroes in on the topics that appear most frequently — logarithms, trigonometric identities, coordinate geometry — and teaches time-saving shortcuts so students aren't scrambling in the final ten questions.

Earning a 36 ACT composite, Eric approaches the Math section as a pacing and pattern-recognition challenge as much as a content test. The first 40 questions reward speed and accuracy on pre-algebra through coordinate geometry, while the final 20 demand quick thinking on trigonometry and matrices — and he teaches students to shift gears between those two phases deliberately. His method turns the 60-minute time crunch from a source of panic into a manageable strategy.

Physics majors live and breathe the algebra, trigonometry, and graphical reasoning that make up the bulk of ACT Math — Dylan's Vanderbilt coursework means he solves these kinds of problems daily, not just on test day. He's especially strong at showing students what a function or equation actually looks like on a graph, which turns abstract questions into something visual and quick to solve. His 36 ACT composite backs up that approach.

Scoring a 36 composite on the ACT, Vansh treats the Math section as a speed-and-strategy challenge as much as a content test. He identifies which of the 60 questions are disguised algebra, which are coordinate geometry, and which are trigonometry traps — then teaches the shortcuts that keep pacing on track without sacrificing accuracy.