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.

Despite its name, the ACT Science section is really a data interpretation exam — students who try to rely on biology or chemistry knowledge alone often run out of time. John treats each passage as a puzzle: read the axes, find the trend, answer the question. His 36 ACT composite and experience teaching both physics and chemistry mean he can also fill in the occasional outside-knowledge questions that catch other students off guard.

Most students panic when they see an unfamiliar experiment on the ACT Science section, but the test is really about interpreting graphs, tables, and conflicting viewpoints under time pressure. Sugi's dual background in biochemistry and cognitive science — plus years of reading dense research literature in medical school — makes her especially effective at teaching students to extract data quickly without getting lost in scientific jargon. Her perfect 36 ACT speaks for itself.

The ACT Science section looks intimidating, but it's really a test of how quickly students can pull data from graphs, tables, and conflicting viewpoints — not how much biology or chemistry they remember. Jiatian, who has spent years interpreting research data in medical school, teaches students to ignore the jargon and zero in on trends, variables, and experimental design. That shift in mindset alone often unlocks significant score gains.

Alyssa's physical therapy doctorate means she spends her days buried in research studies — parsing experimental designs, reading data figures, and evaluating conflicting results — which is exactly what the ACT Science section demands. She scored a 35 composite herself and teaches students to treat each passage like a lab report: skip the dense background text, go straight to the figures, and answer from the data. Rated 5.0 by students.

The ACT Science section is less about knowing biology or chemistry and more about reading graphs, interpreting conflicting viewpoints, and extracting data under a tight clock. Bidyut — who scored a 36 composite and studies biomedical engineering — teaches students a systematic method for parsing dense passages and tables so they spend their time answering, not re-reading.

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.

Eisha treats the ACT Science section as a data interpretation exercise, teaching students to read graphs, tables, and conflicting viewpoints without getting bogged down in the actual science content. Her 36 ACT composite and public health background at UT Austin mean she's comfortable with both the experimental reasoning and the biological concepts that show up most often.

Despite its name, the ACT Science section is really a data-literacy exam — students need to read graphs, compare experimental setups, and evaluate conflicting hypotheses without deep content knowledge. Miguel approaches it the same way he'd approach parsing a dataset in his Computer Science work: isolate the variables, track the trend, answer the question. He scored a 35 ACT composite and teaches students to spend no more than 50 seconds per question by ignoring background text until a question specifically demands it.

The ACT Science section isn't really a science test — it's a data interpretation exercise disguised as one. Brett's neuroscience training at Rice means he reads graphs, conflicting viewpoints passages, and experimental designs daily, and he teaches students to extract answers from figures without getting bogged down by unfamiliar terminology. His 35 ACT composite speaks to the systematic approach he brings to every section.

Most students panic when they see the ACT Science section, but Chaya treats it as what it really is: a data-reading exercise wrapped in scientific language. She walks students through how to extract trends from graphs, compare experimental setups, and evaluate conflicting viewpoints — skills that don't require advanced science knowledge, just careful, efficient reading.

I am a rising sophomore at Rice University in Houston, Texas. I am majoring in Social Policy Analysis with minors in global health technologies and biochemistry and cell biology. I am passionate about refugee advocacy, global health, and women's education. I am also on the pre-med track and hope to go to medical school after Rice. I have tutored for four years in high school and have a younger sibling that I have tutored in the ACT and standardized tests. I am pretty flexible and look forward to working with any new students.