Scoring in the 99th percentile on the SAT (1540 composite), Saad knows exactly where the test hides its difficulty — not in advanced math, but in tricky wording on algebra, ratios, and data analysis questions. He walks students through the specific patterns the College Board reuses across practice tests, turning problems that feel unfamiliar into ones they've already solved.

I am an undergraduate student at UC Berkeley in pursuit of a degree in Data Science. Prior experience has taught me that the difference between a wish and a goal is consistency. This ethos has enabled me to excel in primary school and allows me to continuously enjoy watching others make progress toward their academic objectives under my guidance.

I am currently learning how to do is to play the piano, and I can tell you first hand that practice and determination does make a difference! Outside of tutoring, I also love to dance, ski, and watch airplanes! Hope we can connect sometime soon. :)

I've helped several hundred students in a wide variety of subjects, from executive functioning to computer science to standardized testing. I also help students with general support in math and English. Most of my students are around 9-17, but I work well with students who are older and a little younger as well. I also work very well with students who have specific obstacles or requirements, such as neurodiversity support or schedules that change a lot. Most of my background is in computer science, from my college major to my experience hands-on over the past 10 years. Regardless of the subject, I believe every student's needs are unique and every student is able to achieve great things with the right preparation and support. My number one goal is to provide that whenever I can, both to the student and to their parents. I communicate with parents outside of sessions a lot to establish their expectations, better understand students, and recommend ways they can directly support their children in their journey as well.

I am currently pursuing a degree in Chemical Engineering and Spanish at Virginia Tech. I have a strong academic record in my fields. I enjoy sharing knowledge and helping others overcome learning challenges. Through previous tutoring, I have developed excellent communication, organization, and problem-solving skills. I am comfortable using online learning technologies and am committed to providing engaging, supportive lessons that help students reach their full potential.

John's approach to SAT Math zeroes in on the difference between knowing algebra and knowing how the SAT tests algebra — things like rewriting equations to match answer choices or catching unit conversion traps in word problems. With a 1420 SAT and deep experience across calculus, geometry, and college algebra, he connects each practice problem to the specific concept being tested so students build real recognition, not just test-day luck.

Engineering coursework at Washington and Lee gave Alex daily practice with the exact math the SAT tests at its hardest level: systems of equations, quadratic modeling, and interpreting complex data tables. He scored a 1590 composite and now teaches students to distinguish between problems that reward algebraic manipulation and those better solved by plugging in values or back-solving. That strategic flexibility is often what separates a 700 from a 780.

Elena scored a 1600 on the SAT and treats the math section as a strategic exercise, not just a math test. She teaches students to recognize which problems reward algebraic setup versus back-solving or plugging in, then builds that decision-making instinct through timed practice where she listens to their reasoning in real time and flags inefficient habits.

Scoring a 1590 SAT means Anna has already dissected every question type the Math section throws at students — from no-calculator algebra and systems of equations to data analysis and passport-to-advanced-math problems involving polynomials and exponentials. She teaches efficient strategies for avoiding trap answers and managing pacing across both calculator and no-calculator modules.

Medical school at Baylor means Michelle solves quantitative problems under brutal time constraints every day — and her 1570 SAT proves she's already mastered doing exactly that on the test her students are preparing for. She zeroes in on the algebraic modeling and geometry questions where a biochemistry background actually helps, teaching students to treat each problem like a lab setup: identify the variables, find the relationship, then solve cleanly without second-guessing.

I am currently a resident physician at Northwestern Hospital.

Scoring 1550 on the SAT herself, Nina knows the specific traps the math section sets — misleading answer choices on quadratic problems, tricky unit conversions, and data-interpretation questions designed to punish rushing. She teaches students a systematic approach to each question type so that pacing and accuracy improve together. Her statistics training also gives her an edge on the data-analysis questions that many tutors treat as an afterthought.

I am happy to accommodate and work with learners on the spectrum.

I am an interdisciplinary educator with an Ed.M. from the Harvard Graduate School of Education and a B.A. from Dartmouth College. My background is primarily in integrated arts learning and museum education and I specialize in visual arts, history and art history, and object-based learning. In all subjects, I take a creative, inquiry-based and learner-centered approach, designing opportunities for each unique individual to meet their learning goals.

Finance and statistics coursework at NYU means Dennis spends his days building models around the same quantitative reasoning the SAT Math section tests — probability, linear relationships, and interpreting data from tables and graphs. His 1550 SAT score came partly from treating the no-calculator questions as logic puzzles rather than computation drills, an approach he now teaches by walking students through how to eliminate answer choices using number properties before ever picking up a pencil.

I'm a rising junior at Brown University studying biomedical engineering. I have lots of experience in middle school through college level instruction in STEM and SAT/ACT prep. My goal is to provide a fun and productive learning environment by only teaching subjects that I am passionate about.

Classics and philosophy trained Austin to think in precise logical structures — the same skill that untangles the SAT Math section's deliberately tricky word problems, where understanding what's being asked matters as much as knowing the math. His 1570 SAT means he's already cracked the test at a near-perfect level, and he teaches students to convert convoluted phrasing into straightforward algebraic setups before solving anything.

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 1570 on the SAT, Joey knows the Math section inside and out — from the no-calculator questions that test algebraic fluency to the data-analysis problems that reward careful reading. He teaches students to recognize question patterns and avoid common traps, turning timed practice into a strategic exercise rather than a frantic race.

I'm eager to teach students how to make connections and understand any part of the world they need!

Miranda earned a 1560 SAT composite, which means she tackled the Math section's trickiest territory — passport-to-advanced-math problems involving quadratics, systems, and nonlinear modeling. She teaches students to recognize what each question is actually asking beneath its wording, a skill that turns intimidating multi-step problems into familiar patterns.

A math degree from Georgetown plus a 1580 SAT means Peter doesn't just know the content — he knows which algebraic shortcuts and graph-reading strategies actually save time under pressure. He breaks the SAT Math section into pattern categories so students recognize problem types within seconds and spend their energy solving, not deciphering. Rated 5.0 by students.

Psychology and linguistics both demand rigorous data interpretation — Sherry's UChicago coursework in experimental design and statistical analysis maps directly onto the SAT Math section's tables, scatterplots, and percentage questions. Her perfect 1600 SAT means she's mastered every corner of the test, but she zeroes in on the geometry and advanced math problems where students most often misread what's being asked, using her linguist's instinct to untangle the SAT's deliberately tricky phrasing. Rated 5.0 by students.

Two semesters of SAT prep mentoring through CollegeSpring gave Kiersten a clear picture of where students lose points on SAT Math: usually in translating word problems into equations and managing time on the no-calculator section. She scored a 1550 on the SAT herself and teaches specific techniques for setting up algebraic models quickly and checking answers without second-guessing.

Scoring high on SAT Math means handling everything from passport-to-advanced-math questions involving quadratics and exponential functions to data analysis problems that test statistical reasoning. Edward earned a 1520 SAT and studies engineering at Michigan, so these concepts are part of his daily coursework. He pinpoints the specific question types a student struggles with — whether that's systems of equations or interpreting scatterplots — and drills those until the patterns click.

Scoring a 1570 on the SAT, Perry knows exactly where the math section tries to trip students up — especially on quadratic and exponential word problems that test conceptual understanding rather than computation speed. He teaches efficient strategies for data analysis and passport-to-advanced-math questions that turn tricky phrasing into straightforward algebra. Rated 5.0 by students.

I am a first year medical student at the Sidney Kimmel Medical College at Thomas Jefferson University. I have been a private tutor in the past in subjects such as math, biology, chemistry, and the SATs and every single one of my more than twenty students have shown significant improvement. Most importantly, I have a passion for teaching, and your needs and preferences as the learner will always be paramount. I hope to help every one of my students reach every bit of their potential, and along the way, to utterly shatter any self-induced limitations that have been placed upon what they can accomplish.

Violet's 1550 SAT and her math degree from Brown mean she can diagnose exactly where a student's algebra or data analysis gaps are costing them points on SAT Math. She teaches the handful of non-obvious techniques — backsolving, strategic plugging-in, unit analysis on word problems — that turn 650-range scores into 750+ scores. Her style leans heavily on shortcuts that make the no-calculator section feel less like a time crunch.

Scoring 1570 on the SAT means Eric knows exactly where the test tries to trip students up — especially on the math side, where questions about quadratics, systems of equations, and data interpretation are designed to punish rushing. He breaks each problem type into a decision tree so students recognize what's being asked before they start calculating. That pattern-recognition skill is what separates a good math score from a great one.

Scoring an 800 on SAT Math means knowing when to use algebra and when a strategic shortcut is faster. Katie earned a perfect 1600 composite and unpacks each problem type — from polynomial functions to coordinate geometry — with an emphasis on the decision-making that saves time under pressure. Her 5.0 rating speaks to how well that approach lands with students.

A PhD in computational mathematics means Justin doesn't just know SAT Math content — he understands the underlying structure connecting algebra, functions, and geometric reasoning well enough to show students the fastest route through each problem type. His 1560 SAT score came from the same systematic thinking he now teaches: identifying what a question actually requires before committing to a calculation, which is especially effective on the no-calculator section's trickier polynomial and quadratic setups. Rated 5.0 by students.

I'm a hardworking, compassionate, and patient individual who has been tutoring since high school and helping my little sister with her homework long before. I'll work with every new student individually to recognize his or her strengths and weaknesses to make sure that material is actually being learned, not just memorized.

Computational biology PhD applicants don't just do math — they build models, interpret data, and stress-test assumptions, which is exactly the mindset Max brings to SAT Math's problem-solving and data-analysis questions. His 1580 SAT means he's already cracked the test at near-ceiling level, and his biology research background makes him especially sharp on the scatterplot, table-reading, and experimental-design problems that feel foreign to students who've only seen math in a textbook. Rated 5.0 by students.

Emily's 1590 SAT score speaks for itself, but what makes her effective on SAT Math specifically is how she categorizes problems. She teaches students to distinguish between questions that reward algebraic manipulation and ones where plugging in values or back-solving is faster — a distinction that can recover five or ten minutes on test day. Her Cornell math and CS coursework keeps her sharp on the harder quadratic and function-based problems.

Philosophy trains you to spot logical structure hiding inside messy language — which is exactly what the SAT Math section demands when it buries a straightforward quadratic or system of equations inside a paragraph of real-world context. Ezra scored a perfect 1600 and approaches every problem by teaching students to strip the question down to its formal skeleton before solving. Rated 4.8 by students.

Richard scored a 1600 on the SAT and spent a year as a calculus course assistant at Harvard, so the math on this test — from quadratic modeling to data analysis and passport-to-advanced-math questions — sits well within his comfort zone. He breaks down each problem type by identifying what concept the College Board is actually testing beneath the word-problem packaging. That pattern recognition is what turns a 700 into a 780 or higher.

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

David scored a 1570 SAT and brings a computer scientist's precision to the Math section, particularly the no-calculator portion where algebraic fluency and number sense matter most. He emphasizes understanding why a technique works — whether it's completing the square or setting up a system of equations — so students can recognize which tool fits each problem without second-guessing.

After earning a 1590 on the SAT, Daniel built a clear playbook for the math section that separates "concept" problems from "strategy" problems — because a student who knows the algebra can still lose points to time pressure or misread graphs. He walks through data-interpretation and word-problem translation techniques that turn careless errors into reliable points.

The SAT Math section rewards students who can quickly translate a wordy setup into a clean algebraic expression — a skill Keith honed through years of political science coursework that demanded pulling precise claims from dense, jargon-heavy texts. His 1560 SAT means he's already cracked the test's particular blend of algebra and data reasoning, and he teaches students to approach each problem like a legal argument: identify what's actually being asked, strip out the irrelevant details, then solve.