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 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.

I am currently a resident physician at Northwestern Hospital.

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+.

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.

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.

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.

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.

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!

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.

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.

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.

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.

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 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.

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.

Scoring a 35 ACT composite means Emily knows how the math section tests concepts — it's less about advanced formulas and more about recognizing which tool to apply under time pressure, whether that's coordinate geometry, probability, or trigonometric identities. She breaks down each problem type so students learn to spot what's being asked before they start calculating. Rated 5.0 by students.

One thing that separates a good ACT Math score from a great one is speed on the first 40 questions, leaving real time for the harder coordinate geometry and trigonometry problems at the end. Rhea earned a 36 composite and builds that efficiency by drilling the algebra and geometry shortcuts that let students move through straightforward problems in under 30 seconds each. She also teaches how to identify which late-section problems are worth attempting and which to strategically skip.

I am excited to help anyone who might need it!

I am an undergraduate at Washington University in St. Louis majoring in Philosophy-Neuroscience-Psychology on the Premed track. I have two years worth of experience peer tutoring. I feel the most confident tutoring ACT preparation. During my time as a high school student, I worked from an ACT score of 25 to a 36 and developed many effective strategies that I will tailor to the students I tutor and understand the ins and outs of the test. In addition to working with high school peers, I have also enjoyed teaching private piano and violin lessons for elementary students. Helping people knock down their roadblocks is a passion of mine. Standardized tests and basic education may feel removed from our passions, but developing those foundations are essential for opening up opportunities and becoming capable of taking on our pursuits.

I am a junior at Purdue University studying Aerospace Engineering and am part of the Air Force ROTC program. I have 6 years of tutoring experience at places including Kumon, Mathnasium, and Purdue University. I have worked with kids of all ages from kindergarten to sophomores in college, each with their own set of unique strengths, and tutored a variety of subjects, including calculus, trigonometry, geometry, thermodynamics, chemistry, and physics. Like many of my previous students, I struggled to understand concepts that I was being taught and was a terrible test taker. However, I found ways to overcome my obstacles and develop an better intuition for what I was learning. I believe that it is only this intuition and understanding that helps overcome these obstacles. My least favorite thing to see people be discouraged, so with a little bit of guidance and reassurance, I want to show people that they are capable of anything they put their mind to.

I am a recent graduate of Cornell University, where I received a B.S. in Chemical Engineering and graduated Magna Cum Laude. Over the past several years, I have worked with students from diverse backgrounds and experiences tutoring thermodynamics (my personal favorite), chemistry, and math. I have also tutored in the past for ACT/SAT and other subjects such as history, but I am deeply passionate about science and engineering. I tend to push my students to understand conceptual topics, as opposed to rote or algorithmic learning. In my free time, I love to bake sourdough, learn about history, garden, and recently started biking again.

I am currently a student at Duke University studying Biomedical Engineering and Economics. Just a little bit about me and some of my interests. Some of my favorite academic interests include memoirs and modern classics. I think Catcher in the Rye is still one of my all time favorite books but Percy Jackson, a modern classic, is up there too. Beyond academics, I take great guilty pleasure in watching TV shows such as Westworld, Sherlock, How I Met Your Mother, and even The Bachelorette when I'm at a low point.

Zhenrui scored a 36 ACT composite, which means a perfect score on the Math section — the kind of result that comes from knowing exactly how the test frames questions on coordinate geometry, matrices, and trigonometric identities. He teaches students to spot which concept each problem is really testing, cutting through the ACT's tendency to dress up straightforward math in confusing language.

Mechanical engineering at Case Western means Kevin solves problems all day where algebra, trigonometry, and applied math aren't optional — they're the entire job. That instinct for picking the most efficient solution path is exactly what the ACT Math section rewards across its 60 questions, especially on the geometry and functions items where a shortcut can save a minute. His 36 ACT composite and 4.8 rating back up the approach.

Scoring a 36 ACT composite gave Sharan firsthand insight into the math section's quirks — questions that look complicated but collapse once you spot the right property of exponents or the shortcut through a system of equations. She teaches students to identify question types quickly and apply efficient strategies, especially on the later problems where time pressure is fiercest.

Scoring a 33 ACT composite, Justin knows the math section's particular challenge: it's not that any single problem is hard, but that 60 questions in 60 minutes leaves zero room for hesitation. He teaches students to classify problems on sight — coordinate geometry, matrix operations, logarithm properties — and match each type to a fast solution path. His PhD in Computational Mathematics means he can also dig deeper when a student's underlying algebra or trig foundations need reinforcing.

I'm not tutoring, I love walking through New York for design inspiration and taking carpentry, metalworking, and illustration classes.

After scoring a 36 ACT composite, Sreya reverse-engineered the Math section into the handful of concept clusters that appear most often — coordinate geometry, logarithmic and trigonometric identities, and probability. She teaches each cluster with timed mini-sets so students build both accuracy and the speed needed to reach the final ten questions with confidence.

Scoring well on ACT Math isn't about knowing advanced concepts — it's about moving quickly and accurately through 60 questions that span pre-algebra to trigonometry. Talia earned a 36 composite and teaches students to recognize which problems deserve full work and which can be solved in under 30 seconds with the right shortcut. That kind of strategic pacing is often the difference between a good score and a great one.

I am a recent magna cum laude graduate of Duke University and a full-time educator in North Carolina. I have a passion for helping young people figure things out and have experience writing professionally.

The ACT Math section covers a wide spread from pre-algebra through trigonometry, but the real challenge is pacing — 60 questions in 60 minutes leaves no room for getting stuck. Dana, who earned a 36 composite, teaches students to triage problems by difficulty and use strategic shortcuts on coordinate geometry and systems of equations. Her approach turns the time constraint from a source of panic into a manageable rhythm.

Most ACT Math questions below #40 test pre-algebra and algebra concepts students already know — the challenge is executing them cleanly under a one-minute-per-question pace. Aleeza, who scored a 36 ACT composite, drills students on recognizing problem types at a glance so they bank time early for the trickier trigonometry and matrix items near the end. Her biology degree keeps her sharp on the data-interpretation and probability questions that often get overlooked in prep.

I am a sophomore at the Georgia Institute of Technology and am working towards a major in Computer Engineering. I have been tutoring students of all ages and backgrounds in various math topics ranging from elementary school math to AP Calculus throughout high school. I love teaching math and always find it amazing to watch my students grow and improve in their mathematical abilities. While helping students with standardized testing, we go through several tricks and tactics that have helped my students succeed and have fun in the process. I am also well versed in Physics and have spent 3 years taking the highest levels of physics courses. I love playing all sports (especially soccer) and enjoy playing the guitar in my free time as well.

Scoring a 35 ACT composite means Sydney tackled the Math section's full range — from coordinate geometry and trigonometric identities to probability and matrices — under real time pressure. She approaches ACT Math as a strategic exercise, teaching students which problems to solve algebraically, which to estimate, and how to manage pacing so they aren't rushing the final ten questions.

Scoring well on ACT Math means handling everything from basic proportions to matrices and logarithms within a single 60-minute sprint, so pacing strategy matters as much as content knowledge. Danielle's 36 ACT composite and her science-heavy coursework at Tufts give her fluency across the full range of topics the test covers. She zeroes in on the specific question types — coordinate geometry, probability, trigonometric identities — where each student is losing the most points.

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.

Computational biology at Cornell means Emily spends her days translating messy biological data into precise mathematical models — so the algebra, probability, and trig concepts packed into ACT Math's 60 questions are tools she uses constantly, not abstract formulas she memorized once. She scored a 36 ACT composite and teaches students to identify what each problem is really testing before they start calculating, which cuts down on the second-guessing that burns clock in the back half of the section.

Scoring well on ACT Math means covering a huge range — from pre-algebra through trigonometry — under serious time pressure. Liz earned a 34 ACT composite and has spent years teaching math at the middle school level, so she's particularly sharp at diagnosing which content gaps are costing the most points. She builds targeted practice around those gaps and layers in pacing strategies so students aren't rushing the last ten questions.

Competition math throughout high school gave Tracy a toolkit most ACT Math tutors don't have — she spots shortcuts in coordinate geometry and trigonometry problems that save 30-plus seconds per question. That efficiency matters on a 60-question, 60-minute section where running out of time is the most common score killer. Tracy scored a 36 ACT composite and knows exactly where the difficulty spikes in questions 40-60.