The ACT Science section barely tests science knowledge — it's really about interpreting graphs, comparing experimental setups, and drawing conclusions from conflicting data sets under time pressure. Ilesh treats it as a data-literacy drill, teaching students to extract the key variable from a figure in seconds rather than reading every word of the passage first. His own 36 composite backs up the approach.

I am double majoring in Neuroscience and Behavioral Biology and Philosophy at Emory University. I genuinely enjoy working with students to achieve their academic goals. I have experience teaching children and adolescents language skills, science, and math. In my free time, I can mostly be found outside hiking, running, or doing yoga.

The ACT Science section isn't really a science test — it's a data interpretation test disguised as one. Tyler scored a 35 ACT composite and, with a biology degree and med school admission to Columbia, teaches students to read graphs, compare experimental designs, and identify conflicting viewpoints quickly rather than getting bogged down in scientific jargon.

As a neuroscience major at Emory, Jennifer reads dense scientific figures and data tables every week — which is essentially what the ACT Science section tests. She teaches students to ignore the intimidating jargon and zero in on graph trends, variable relationships, and conflicting viewpoints. Her 35 ACT composite backs up an approach that treats this section as a data literacy exercise, not a science quiz.

The ACT Science section is really a data-literacy exam disguised as biology and chemistry. Ethan, a neuroscience major at WashU who reads scientific figures daily, teaches students to ignore jargon and zero in on graph trends, table relationships, and experimental controls. He scored a 35 ACT composite and treats this section as the most coachable part of the entire test.

I'm always up for the challenge of changing my methods of instruction and breaking down topics to foster a deeper understanding of a subject. On a different note, I generally spend my spare time playing lacrosse or running outdoors when possible. I also play the violin with a school quartet, and teach lessons to beginning students working through the Suzuki program.

I am a Biotechnology Master's Student at the Swiss Federal Institute of Technology, ETH Zurich. I completed my undergraduate degree in Chemical and Biomolecular Engineering from Georgia Tech in 2018 while minoring in Biomedical Engineering. My passion is researching novel ways to use ethically derived induced pluripotent stem cells in both research and therapeutic environments, and I love to share my knowledge and excitement for science, math, and language with others.

Most students panic when they see ACT Science passages full of unfamiliar terminology, but the section is really about reading graphs, interpreting data trends, and evaluating conflicting hypotheses under time pressure. Jackson, who scored a 35 composite, teaches students to ignore the jargon and zero in on what the figures actually show — a shift in approach that typically unlocks significant score gains.

I am currently a graduate student at Georgia Tech studying Prosthetics and Orthotics. My career goal is to become a certified prosthetist/orthotist, which means I would make and fit artificial limbs (prostheses) to patients who need them as well as make and fit assistive devices that support existing body parts (orthoses) to treat various conditions.

Here's the secret of ACT Science: it's barely a science test. It's a data interpretation exam that happens to use biology, chemistry, and physics as window dressing. Marion's neurobiology degree means she's genuinely comfortable with the content when it does matter, but she spends most of her time teaching students to read graphs, compare experimental setups, and identify conflicting hypotheses quickly — the skills that actually move scores.

Most students overthink the ACT Science section because they assume it requires deep content knowledge — in reality, it's a data-interpretation test dressed up in biology and chemistry language. Burhanuddin, a Georgia Tech physics major with a 35 ACT composite, teaches students to read graphs, compare experimental setups, and spot trends without getting distracted by unfamiliar terminology. Once students see the section for what it actually is, their speed and accuracy jump significantly.

I am continuing to add to my range of subjects that I teach.

I'm Thomas, a sophomore Computer Science student at Georgia Tech. While I may be a STEM major at a tech school, I've always been skilled in reading and writing, never earning less than A in an English class throughout my academic career. If you're looking for someone with a high success rate in English, whether it be standardized testing or general writing, you're in the right place. In high school, I received a perfect score on the SAT writing section (only missed perfect on Verbal by 10 points), won first place in the UIL Regional Ready Writing Contest, and served as an editor on the school newspaper. While completing my university English requirement, I created an online tour stop for Atlanta's National Center for Civil and Human Rights.

The ACT Science section is less about knowing biology or chemistry and more about reading graphs under pressure. Chris treats it as a data interpretation drill, teaching students to identify variables, spot trends in conflicting viewpoints passages, and avoid the traps embedded in answer choices. His own 35 ACT composite came partly from mastering exactly this approach.

Most students overthink ACT Science because they assume it tests biology, chemistry, and physics knowledge. It's really a data interpretation exam — reading graphs, comparing experimental setups, and spotting trends under time pressure. Varshini, who scored a 34 composite and spent her neuroscience program analyzing research data, teaches students to extract answers directly from figures without getting distracted by unfamiliar terminology.

I'm Adel, a native of Atlanta, GA and graduate of Georgia Tech. I love playing basketball, football, eating all kinds of great food, catching the newest movie or new TV show and most of all, hanging out with my friends and family. I have been tutoring since my freshmen year in college a variety of subjects including Mathematics, English and Science. With my youngest brother in high school and my youngest sister in elementary school, I have constant exposure to different levels and types of academic subjects.

I am an undergraduate at Rice University in Houston pursuing a Bachelor of Science in Biochemistry and Cell Biology. I have both formal and informal tutoring experience: I worked as an assistant teacher in my high school's math department in Atlanta teaching geometry, algebra and pre-calculus to students over the summer. As an Academic Fellow at Rice, I provide academic assistance to my peers in the natural sciences, specifically chemistry and biochemistry. Although my studies are focused in STEM, I am a strong writer and I excel in helping students improve grammar and essay organization. Additionally, I have abundant experience in both standardized and AP testing. I am a friendly and empathetic person, and I want to do whatever I can to help other students succeed!

Most of ACT Science isn't really about science — it's about reading dense graphs, conflicting viewpoints, and experimental setups quickly and accurately. Paula teaches students to treat each passage like a data puzzle, zeroing in on variables and trends before even glancing at the questions. Her 32 ACT composite and experience tutoring biology, chemistry, and anatomy means she can also explain the underlying science when a question actually demands it.

The ACT Science section barely tests science knowledge — it's really about reading dense graphs, conflicting-viewpoint passages, and experimental designs under brutal time pressure. Morgan treats it as a data-literacy exercise, teaching students to identify variables and extract trends before they even look at the answer choices. Her 34 ACT composite shows the approach works.

The ACT Science section is really a data-interpretation exam disguised in lab coats. Yilin's chemistry background means she can quickly clarify the actual science when a passage on titration curves or gene expression confuses students, but her main focus is teaching how to read graphs, compare experimental setups, and spot conflicting viewpoints — the skills that drive scores up regardless of the topic. She scored a 34 composite and holds a 5.0 student rating.

The ACT Science section is less about knowing biology or chemistry and more about reading graphs, interpreting experimental setups, and spotting trends in data tables quickly. Benjamin's computer science training in data analysis translates directly here — he teaches students to extract variables and relationships from figures before even looking at the questions, which speeds up the entire section.

Most students panic when they see an unfamiliar experiment on the ACT Science section, but the questions rarely test actual science knowledge — they test whether you can read a graph, compare two data sets, or follow a researcher's reasoning. Megan's biology degree gives her genuine comfort with experimental design, and she teaches students to extract answers from figures and tables without getting lost in the technical language surrounding them.

Treating ACT Science as a data-interpretation test rather than a science knowledge test changes everything — the section rewards students who can read conflicting viewpoints passages and extract trends from dense graphs quickly. Andrew, who also tutors biology, chemistry, and physics, has the content background to clarify the occasional question that does require outside knowledge, which gives his students an edge on the hardest problems.

I am committed to empowering my students and supporting their academic and personal growth. I believe the foundation to successful tutoring to be a mutually trusting and accommodating relationship; thus, I am a firm believer of individualized lesson plans that play to the unique strengths and weaknesses of each student.

The ACT Science section barely tests science knowledge — it tests whether a student can read a graph, compare two experiments, and draw conclusions under time pressure. Josh's undergraduate research experience in neuroscience means he spent years interpreting data tables and experimental designs, exactly the skills this section demands. He teaches students to ignore jargon, locate the relevant variables, and answer each question in under a minute.

I am a current senior at Davidson College, working towards my B.A. in German Studies and Arab Studies. I have spent many hours tutoring the German and Arabic language to college students. I have spent time abroad in Germany, studying German as a second language with AATG (American Association of Teachers of German). My years of being a camp counselor and babysitter have translated into my teaching methods and style. I encourage young learners to approach problems in multiple ways by retesting previously learned material and encouraging independent thinking. I am a huge believer in discovering answers instead of being told them. I look forward to working with you!

Dhruv self-studied his way to a 35 ACT composite and a perfect 1600 SAT, which means he's reverse-engineered the Science section's timing traps and question patterns from scratch rather than learning them in a classroom. His public health coursework keeps him fluent in the kind of study designs and data figures the section loves to throw at students — conflicting researcher viewpoints, dose-response curves, experimental controls. Rated 4.9 by students.

The ACT Science section is really a data-interpretation exam disguised as biology and chemistry. Saniya's neuroscience degree means she spent years reading dense figures, conflicting experimental results, and multi-variable graphs — exactly the skills this section demands. She teaches students to ignore jargon and zero in on trends, controls, and axis labels to answer questions quickly and accurately.

The ACT Science section is really a data-interpretation exam disguised as biology and chemistry. Emily shows students how to read graphs, compare experimental setups, and identify conflicting viewpoints without getting bogged down in scientific jargon — a skill set that translates directly to faster, more accurate answers under the section's brutal time limit.

I am passionate about teaching others as I believe knowledge is an infinite resource that can be used to help us achieve great things in life. As a student at Northwestern University I have been constantly challenged to learn in new ways and I hope to inspire and help others navigate through various subjects. I am obtaining a Bachelor of Arts degree in Neuroscience on the pre-med track and I have already attained a legal studies minor. I am a firm supporter of customized learning as finding the best way to teach or learn is the best way to receive amazing results.

I am currently a rising junior at Emory University in Atlanta, Georgia although I am originally from Chicago, IL. I am double majoring in Psychology and English. My current GPA is a 3.9 and I have taken a wide range of courses. I was editor in chief of my school's newspaper, competed internationally for our Model UN team, and I currently college counsel low-income high-achieving students at high schools in downtown Atlanta, in addition to tutoring multiple students in ACT/SAT prep, English, Biology, and History. This includes helping them prepare for standardized tests, editing essays and applications, and generating lists of potential institutions to apply to. I received a 35 on my ACT. In the past, I was a teacher's assistant at a home and school for severely autistic children ages 9-14, and worked on overcoming communicative barriers to foster interpersonal connections. I have also tutored multiple children with learning disabilities. In my experience, getting students engaged is just about finding the strategy that works best for them. That may mean we have to try multiple approaches, or approaches that I don't prefer, but I am willing to do whatever it takes to achieve that incredible feeling with a student when they finally grasp a concept.

Most students panic when they see the ACT Science section because they think they need to know chemistry or biology — but it's really a data interpretation test. Monroe breaks down conflicting viewpoints passages and complex graphs into a repeatable process: read the axes, find the trend, answer the question. His 35 ACT composite shows that systematic approach pays off.

Most students panic over the ACT Science section because they think it requires deep content knowledge — Daniel teaches them to treat it as a data interpretation exercise instead. With a 34 composite and a computer science degree built on analyzing patterns in information, he shows students how to read graphs, compare experimental setups, and pull answers directly from the passages without overthinking the biology or chemistry behind them.

The ACT Science section isn't really a science exam — it's a test of how quickly you can read graphs, interpret data tables, and evaluate conflicting hypotheses. Kellie's chemical engineering training gave her years of practice doing exactly that with real experimental data. She teaches students to ignore the intimidating scientific jargon and zero in on what the figures actually show, a skill that translates directly to higher scores.

Most students panic when they see the ACT Science section's graphs and data tables, but the test is really about reading comprehension under a lab coat. Joseph teaches students to ignore the intimidating scientific jargon and zero in on what the data actually shows — trends, relationships, and conflicting viewpoints. His 32 ACT composite and 5.0 rating speak to how well this approach clicks.

I am originally from Cartersville, Georgia, but go to school at Washington University in St. Louis. I am a sophomore pursuing a double major in Biology and Women, Gender, and Sexuality Studies. I am currently on the pre-health track in the hopes of one day becoming an Obstetrician Gynecologist. I spend most of my free time volunteering for the Distinguished Young Women program as an interview coach and participant coordinator, locally and statewide.

I'm a Civil Engineering major, Sustainable Communities minor at Georgia Tech heading into my second year this fall. I love tutoring most subject, ranging from US Government to Algebra. In the past, the subjects that I have tutored the most are AP US Government and Reading. My tutoring method changes depending on the student, but I love to ask questions and make comparisons to other topics to provide a multidisciplinary understanding and make connections. My philosophy is to avoid memorization and promote understanding! I feel that students have more fun this way and will be better equipped to apply this information to their lives. Outside of the classroom, I am an avid Georgia Tech football fan (we're getting better, I promise!), traveler, and recycler!

I am now a Dean's List sophomore at Oglethorpe University.

I'm not teaching, I love to write and produce films. There's nothing quite as satisfying as creating something completely new out of nothing. Filmmaking provides me with that opportunity. I've filmed hundreds of wedding, events, and other community projects.

Treating the ACT Science section like a data interpretation exercise — not a science quiz — is the fastest way to improve scores. Emily breaks down how to read conflicting viewpoints passages and extract trends from dense graphs, skills her Computational Media background in data analysis makes second nature. Her 32 ACT composite speaks to her command of the full exam.