I am a rising junior psychology major and neuroscience minor at Texas A&M University. I plan on attending medical school after graduating. I love science and the liberal arts! My favorites subjects are biology, chemistry, and Latin. I've had a passion for teaching and tutoring for a very long time and have had much informal tutoring experience. My favorite part about tutoring is the breakthrough moment when a student understands something they've been struggling with and they're able to really appreciate what they're learning. As nerdy as it sounds I love taking difficult tests, and over the years I've developed study strategies that have helped me be successful. I took a multitude of AP tests which helped me tremendously in my college classes. I also did well on the SAT and ACT and can pass on the knowledge I gained in the process. Overall I love all things science, but still ground myself in subjects that allow me to really think critically.

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.

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.

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 high on ACT Math isn't about knowing advanced topics — it's about moving through algebra, coordinate geometry, and trigonometry questions with speed and confidence. Alyssa earned a 35 ACT composite and brings a systematic approach to identifying what each problem is really testing, so students stop second-guessing and start finishing sections with time to spare.

Scoring a 36 on the ACT required mastering every math concept the test throws at you, from coordinate geometry and matrix operations to logarithmic functions. Bidyut walks through each problem type with an emphasis on recognizing what the question is actually asking, which saves time and eliminates careless errors. He's rated 5.0 by students.

I'm currently a freshman at Rice University studying applied math. I've always had a love for sharing knowledge with others, and I started tutoring when I was a junior in high school. As a former AP student and a National AP Scholar, I have the experience necessary to guide my students through challenging curriculum. Though I specialize in tutoring mathematics and physics, I am experienced with and am happy to tutor a broad range of subjects.

Most ACT Math questions reward students who can identify the shortest path to an answer — and Eisha, who scored a 36 composite, treats each problem type as a decision tree: spot the concept, pick the technique, skip the unnecessary work. Her public health training built strong habits with proportional reasoning and data interpretation, which maps directly onto the statistics and probability items that cluster in the back half of the section. Rated 5.0 by students.

Scoring a 36 ACT composite means Raj didn't just survive the Math section's 60-minute pace — he mastered it. He teaches students to sort the 60 questions by type (coordinate geometry, matrices, trigonometric identities) and apply targeted strategies for each, so time pressure shrinks instead of builds. That kind of structured drill is what turns a 28 into a 33.

Scoring a 35 ACT composite means Harsh knows how to move quickly through the math section's progression from pre-algebra to trigonometry without losing points on the early questions. He breaks down time management strategies for the 60-question, 60-minute format and teaches students to recognize which problems deserve full work and which can be solved by back-plugging answer choices.

Brett scored a 35 ACT composite and tackles the Math section by teaching students which concepts the ACT recycles most heavily — coordinate geometry, trigonometric identities, and logarithm properties show up with surprising regularity. He shows students how to identify what each problem is testing within seconds, saving time for the harder questions at the end.

The ACT Math section covers everything from pre-algebra ratios to trigonometric identities, but the real challenge is switching between difficulty levels every few questions without losing momentum. Miguel maps out which of the 60 questions are high-value targets for each student's current score range, so practice time goes where it actually moves the needle. His Computer Science background is especially useful for the coordinate geometry and function problems that reward systematic thinking over memorization.