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.

Amber scored a 35 ACT composite and brings particular clarity to the Math section's later questions, where algebra, coordinate geometry, and trigonometry concepts get layered into multi-step problems. She teaches students to identify what each question is actually asking before calculating — a triage skill that prevents careless errors and saves time for the harder items.

After scoring a 35 ACT composite, Patrick developed a clear sense of how the Math section tests concepts — the way it buries straightforward algebra or coordinate geometry inside wordy setups designed to eat up time. He teaches students to decode what a problem is actually asking before they start calculating, a reading-intensive approach that plays to his strengths as a UChicago-trained linguist.

Most ACT Math questions below #40 test algebra and proportional reasoning that students already know — the issue is speed and recognition under pressure, not missing content. Thomas, who scored a 36 ACT composite, teaches students to read each problem for its underlying structure so they can match it to a solution method in seconds rather than re-deriving from scratch. His math/stats background at Carleton means the trig and probability items in the back third of the section get the same clear, efficient treatment.

Computer science at Stanford means Elyse lives in algebra, functions, and logarithms daily — the same concepts that dominate the back half of ACT Math. With a 35 composite, she teaches students to spot the underlying structure of tricky problems fast, especially the function and sequence questions that look unfamiliar but follow predictable patterns. Rated 5.0 by students.

Statistics majors from UChicago don't just learn math — they learn to think in patterns, probabilities, and efficient problem-solving, which is exactly what the ACT Math section rewards across its algebra, geometry, and data questions. Samuel scored a 35 ACT composite and brings a methodical approach to the 60-question format, teaching students to identify what each problem is really asking before they ever pick up a pencil. Rated 4.9 by students.

Scoring a 35 ACT composite, Philip knows the math section inside out — from the straightforward pre-algebra questions to the coordinate geometry and trigonometry problems that trip up high scorers. He teaches students to spot which formula or shortcut each question is really testing, cutting down on wasted time and second-guessing. That strategic approach is what turns a good math score into a great one.

Pacing is the hidden challenge on ACT Math: sixty questions in sixty minutes means there's no time to rethink an approach mid-problem. Quinn identifies which content gaps — whether it's coordinate geometry, logarithms, or trigonometric identities — are costing the most points and drills efficient solution paths for each. His own 35 ACT composite came from exactly this kind of targeted preparation.

Physics at Cornell means Joel spends his days translating real-world problems into equations — exactly the skill that separates a good ACT Math score from a great one, especially on the word-heavy algebra and trigonometry questions in the back half of the section. His 35 ACT composite backs up that quantitative fluency, and he teaches students to read each problem like a physics setup: identify what you know, name what you need, and pick the shortest path to the answer.

Engineering coursework keeps Adam sharp on exactly the math the ACT tests: coordinate geometry, trigonometry, logarithms, and word problems that require translating English into equations. He scored a 35 composite and teaches students to identify which formula a question is really asking for, cutting through the ACT's tendency to bury straightforward problems in confusing setups.

I am passionate about teaching because I understand greatly a lot of the academic struggles and problems students may face through education, especially as a first generation college student. Currently I am studying for my medical doctorate degree (M.D.) at the Medical College of Wisconsin. I graduated UCLA with a Biology degree with Asian Languages minor in 2019, cum laude honors. Both during my undergrad and days since, I had a chance to tutor private clients in Southern California and work for a few exam prep companies. I enjoy tutoring math, sciences (chemistry, biology mainly), social sciences (history, politics), essay writing, and Japanese. I also help assist in studying for standardized exams (SAT, ACT, SAT Subject, AP, MCAT, PCAT, OAT)! My tutoring style will be very direct in trying to identify gaps in knowledge and working/practicing on those gaps. I like to be interactive and answer the students' questions directly. I strongly believe education is one path in which students may be able to reach their dreams and I will be your supporter along the way. In my free time, I enjoy playing the piano, practicing martial arts, and watching anime/playing games.

Scoring well on ACT Math means handling everything from pre-algebra ratios to trigonometric identities within a single 60-minute sprint. Alexander's 35 ACT composite came partly from knowing which problems to solve algebraically and which to shortcut with estimation or back-solving. He teaches students to triage the 60 questions by difficulty so they bank easy points before tackling the harder coordinate geometry and matrix problems.