David's computer science training built the kind of systematic problem-solving instinct that pays off on ACT Math — he treats each question as a logic puzzle, identifying the shortest path to the answer before touching his calculator. That approach, combined with his own 36 ACT composite, means he can teach students to recognize when a geometry or trig problem is really just an algebra problem in disguise. Rated 5.0 by students.

Nisarg scored a 34 ACT composite while juggling a neuroscience curriculum full of statistics and quantitative methods, so the math section's mix of algebra, geometry, and probability feels like familiar territory. He's particularly sharp at teaching students to recognize when a problem is testing a concept they already know dressed up in unfamiliar language — a reframing skill that keeps the clock from becoming the enemy. Rated 4.9 by students.

I am a graduate student living in New York and have been tutoring and teaching test prep classes for the past several years. I love working with students to help them gain confidence and understanding in subjects that have been giving them trouble, and I strive to make learning the most positive and enjoyable experience possible!

Every ACT Math section follows a predictable difficulty curve, and Rohit teaches students to recognize which question types — coordinate geometry, logarithms, matrices — appear in the final fifteen and which show up early. His economics training means he's especially sharp on data interpretation and applied word problems. He scored a 35 composite and holds a 5.0 student rating.

Jaya's 35 ACT composite means she's navigated the math section's unique challenge: 60 questions spanning pre-algebra through trigonometry, all in 60 minutes. She teaches students to triage — identifying which problems to solve immediately, which to set up strategically, and which to skip and return to. Her emphasis on pacing and problem recognition is especially useful for students who know the math but run out of time.

I am an incoming Epidemiology and Global Health Master of Public Health student at the University of Minnesota. I received my undergraduate degree in Mathematics from Grinnell College in 2020 and also have extensive coursework in philosophy, biology, chemistry, and physics. I worked as a calculus tutor in Grinnell's math lab and tutored a professor's 8th grader in recreational math, competition problems, and ACT math test prep. I'm an alumni of the Johns Hopkins Center for Talented Youth (CTY) and enjoy juggling, sudoku, and creating origami tessellations.

Between her biomedical engineering major and math minor at the University of Minnesota, Emily lives in the exact content the ACT Math section tests — coordinate geometry, trigonometric identities, and logarithmic functions all show up in her coursework regularly. Her 35 ACT composite and 5.0 student rating speak to how effectively she translates that fluency into score gains.

I am an honors student at the University of Minnesota studying English and Journalism. I've been tutoring, teaching, and volunteering in schools for five years and specialize in language arts and standardized test preparation.

I am a current veterinary student and lifelong lover of science, literature and learning. My background is primarily in biology and the life sciences, and in addition to my veterinary program, I also work as part of a research team in comparative oncology that develops treatments for cancer that benefit both humans and animals. I am passionate about increasing public understanding of science, and am happy to work with students of any level of science education.

David's math minor and economics concentration at Pomona mean the algebra, probability, and function concepts that dominate ACT Math are tools he uses daily — not abstract test topics. He scored a 36 ACT composite and brings a pacing method built around identifying which of the 60 questions deserve full attention and which can be solved in under 30 seconds by recognizing the pattern. Rated 5.0 by students.

I'm dedicated to critical thought and careful, clear writing. In my independent written work, I focus on issues of political economy, critical theory, and the social and political impacts of technology. I recently also have begun to work on a science fiction novel. In tutoring, I hope to encourage students to approach writing and language with ease and technical competence. I have extensive experience in many academic areas, and can help develop skills for large research projects, short essays, standardized test taking, and everything in between. Nothing is too complex to be broken down clearly and mastered!

Scoring well on ACT Math means moving efficiently through 60 questions that span pre-algebra through trigonometry — speed matters as much as accuracy. Brian's approach zeroes in on recognizing problem types quickly, especially in the higher-numbered questions where coordinate geometry and function manipulation tend to cluster. He earned a 34 ACT composite and has taught summer test prep to high school students, so he knows which concepts yield the biggest score jumps.

Scoring a 33 ACT composite, Broden knows the Math section inside out — its pacing, its favorite problem types, and where it tries to create time pressure around coordinate geometry and trigonometry. He teaches students to recognize what each question is actually testing so they can pick the fastest solution path instead of grinding through unnecessary algebra.

Pacing is the hidden challenge on ACT Math — 60 questions in 60 minutes means there's no time to rethink an approach mid-problem. Anna, who earned a 34 ACT composite, drills students on recognizing problem types at a glance so they can jump straight to the most efficient solution path, whether it's a coordinate geometry shortcut or a quick plug-in strategy for systems of equations.

Scoring a 34 ACT composite, Matt knows firsthand how the Math section tests familiar concepts in unfamiliar packaging — a coordinate geometry question disguised as a word problem, or a trigonometry identity buried in an algebraic setup. He teaches students to recognize what each question is actually asking, cutting through the noise to apply the right technique quickly and confidently.

Most ACT Math questions reward quick translation — reading a setup and immediately knowing whether it's a systems problem, a trig identity, or a ratio in disguise. Audrey's 35 ACT composite and her background juggling both STEM coursework and classical studies mean she's practiced at switching gears fast, which is exactly the mental flexibility the 60-question time crunch demands. She zeroes in on the algebra and geometry items where students lose time overthinking rather than executing.

Most ACT Math questions below #40 are testing algebra and geometry concepts students already know — the challenge is recognizing them under time pressure and avoiding the trap answer choices. Nate, who scored a 33 ACT composite and tutors everything from pre-algebra through differential equations, teaches students to read each problem as a pattern-matching exercise: identify the concept, pick the efficient path, move on. Rated 5.0 by students.

Scoring well on ACT Math means handling 60 questions in 60 minutes, so speed and pattern recognition matter as much as knowledge. Jane's physics background gives her a practical fluency with algebra, trigonometry, and coordinate geometry that translates directly to the test — she teaches students which problems to solve algebraically and which to shortcut with estimation or back-solving.

Having earned a 33 ACT composite, Danae knows the math section's mix of algebra, geometry, and trigonometry inside and out — and more importantly, she knows which topics appear most often and which ones students can skip strategically to maximize their score. She teaches time-management techniques alongside the actual math so students aren't scrambling at question 50.

Every ACT Math section follows a predictable distribution: heavy on algebra and coordinate geometry, lighter on trigonometry and matrices. Tully maps out that distribution with students so they know exactly where to invest study time for the biggest score gains. His own 34 composite came from the kind of strategic preparation he now brings to each session.

I'm Lilly, a junior at the University of Minnesota studying Product Design and Mathematics. I have a long history of taking standardized tests (SAT, ACT, and 14 APs), so I know that they can be a major point of stress. I'm dedicated to seeing you succeed in any and all tests you need to take through test-taking strategies and material mastery instruction. I look forwarding to meeting you!

I am a current Ph.D. student at the University of Minnesota studying social psychology. I received a B.A. in Psychology and Mathematics/Statistics from Luther College in 2016, as well as completing a minor in environmental studies. I was a math tutor for three years as an undergraduate and worked primarily with first and second-year undergraduates in Pre-calculus and Calculus I.

Engineering majors plow through so much applied math — calculus, linear algebra, statistical modeling — that the algebra and trigonometry on the ACT feel like familiar territory, and Shannon's Bioproducts and Biosystems Engineering program at Minnesota is no exception. She uses that comfort to teach students how to read each problem efficiently and pick the fastest solution path, which matters when you've got 60 questions and 60 minutes. Her own 32 ACT composite means she's been through the pacing pressure firsthand.

Pacing is the hidden challenge on ACT Math: 60 questions in 60 minutes means knowing which coordinate geometry or trigonometry problems to attack quickly and which to flag. Steve teaches students to categorize questions by difficulty tier so they bank easy points first and spend remaining time on the harder items that actually move a score.

Most ACT Math questions below #40 test algebra and pre-algebra concepts students already know — the challenge is executing them cleanly under a one-minute-per-question pace. Parsan, who scored a 33 ACT composite and studies economics at Minnesota, drills students on recognizing problem types fast so they bank time for the trickier coordinate geometry and trig items at the end. His 4.7 rating reflects a straightforward, no-fluff coaching style that keeps sessions focused on the specific question patterns where points are actually being lost.

I am a great tutor because I have a lifelong passion for learning that I can't keep to myself. I feel joy when I share things I learn with others. I am an effective tutor because I listen to students' needs and concerns, and I understand that learning is a process and that people have different learning styles, strengths, and interests. Tutoring is a blend of what you know, what you can articulate to the student, and what their needs are. I seek to fulfill all those aspects in my students.

Nicholas is currently a math graduate student at the University of Illinois, which means the algebra, functions, and trigonometry that fill the ACT Math section are concepts he works with daily — not formulas he has to dust off. His own 36 ACT composite came from treating the 60-question sprint as an exercise in efficient problem classification: identifying what each question is really asking and picking the shortest path to the answer. Rated 4.9 by students, he brings that same structured, no-wasted-steps approach to every practice session.

Scoring high on ACT Math means handling everything from pre-algebra ratios to trigonometric identities within a single 60-minute sprint. Ryne's 36 ACT composite and his advanced coursework through linear algebra and multivariable calculus give him the range to tackle every difficulty level, and he teaches students which problems to solve quickly and which deserve extra time.

The ACT Math section covers everything from pre-algebra to trigonometry in 60 minutes, so pacing and pattern recognition matter as much as raw skill. Ella earned a 36 composite and approaches each question type — coordinate geometry, matrices, logarithm properties — with specific strategies that cut down on wasted time. She's rated 5.0 by the students she's worked with.

The ACT Math section covers everything from pre-algebra to trigonometry in 60 minutes, so pacing matters as much as knowledge. Harry earned a 35 composite and breaks the test into tiers — which questions to solve quickly, which to set up carefully, and which to skip and return to. That strategic layer is often what separates a 28 from a 32.

Mechanical engineering at the university level means solving problems where algebra, trigonometry, and geometry aren't separate chapters — they show up tangled together in a single equation, which is exactly how the harder ACT Math questions work. Caroline scored a 35 ACT composite and uses that engineering instinct for breaking multi-step problems into clean, sequential calculations to teach students how to move through the back third of the section without losing time. Rated 4.5 by students.

Scoring well on ACT Math means handling everything from pre-algebra ratios to trigonometric identities under tight time pressure — and knowing which problems to solve quickly versus which deserve extra minutes. Michelle is pursuing a mathematics education degree and scored a 34 ACT composite, so she knows both the math itself and how the test frames it. She walks students through the specific question types that appear most often and the shortcuts that actually hold up under pressure.

Chemistry majors do more math than most people realize — Edward's coursework in physical chemistry alone required calculus, linear algebra, and enough applied trig to make the ACT Math section feel familiar rather than foreign. He scored a 35 ACT composite and brings a problem-solving instinct trained on reaction kinetics and thermodynamic equations, which means he can quickly identify the shortcut through a dense word problem. Rated 5.0 by students.

Shrey earned a 35 ACT composite as an engineering student, and the math section plays to his strengths: coordinate geometry, trigonometric identities, and the probability questions that tend to appear late in the test. He times every practice set because the real challenge on ACT Math isn't difficulty — it's finishing 60 questions in 60 minutes without sacrificing accuracy.

Scoring high on ACT Math isn't about knowing advanced topics — it's about moving quickly and accurately through algebra, coordinate geometry, and trigonometry under tight time pressure. Allison earned a 34 ACT composite and brings both her math fluency from Dartmouth's CS program and a strategic sense for which problems to solve first. She teaches students to recognize question types on sight so they spend their 60 minutes where it counts.

I'm a student at the University of Minnesota Twin Cities studying civil engineering. I have tutored students ranging from 3rd grade all the way through high school. I specialize in math and ACT tutoring.

Scoring a 34 ACT composite, Ethan knows the math section inside out — the way it tests algebra, coordinate geometry, and trigonometry under tight time pressure. He teaches specific pacing strategies and shows students how to recognize which problems to solve algebraically versus which ones to estimate or back-solve, turning time management into a scoring advantage.

Courtney scored a 34 ACT composite and brings that test-day fluency to the Math section's trickiest territory: coordinate geometry, matrices, and the handful of trigonometry questions that separate a 30 from a 34. She teaches students to identify which problems deserve full work and which can be solved faster by back-plugging answer choices or sketching quick diagrams.

Scoring a 34 composite on the ACT, Amrit knows the Math section rewards speed and strategy as much as raw ability — especially on the later questions covering matrices, logarithms, and trigonometric identities. He teaches students to recognize question types quickly and allocate time where it actually moves the score. His approach is built on the disciplined study habits he developed as an engineering student, not shortcuts.

I'm Emma! I'm a rising senior Classics major at Carleton College in Northfield, MN. I study Latin, Ancient Greek, and the histories associated with the two languages. Outside of class, I'm an RA, and I spend 6-8 hours a week tutoring and teaching college access courses in a nearby high school. In the future, I hope to teach high school Latin!