From fraction operations in pre-algebra through integration techniques in Calculus 2 and beyond, Bidyut covers the full math pipeline. His engineering background at Johns Hopkins means he connects abstract procedures — like solving systems of equations or manipulating logarithms — to tangible applications that give students a reason to care about the math they're doing.

From fraction operations in elementary school to derivatives in calculus, Yaajnavalki covers the full math pipeline and knows exactly where gaps from earlier years create confusion later. His biomedical engineering degree required heavy quantitative coursework — linear algebra, differential equations, statistics — so he can contextualize why a concept matters beyond the current assignment. He scored a 33 on the ACT, reflecting strong command across math topics.

From algebraic fundamentals through multivariable calculus, Felipe's biomedical engineering program at UT Austin required math at every level — and then required him to apply it to real problems like modeling drug delivery rates or analyzing circuit behavior. He unpacks abstract concepts by tying them to concrete examples that make the logic click. Whether a student is struggling with fractions or tackling integration techniques, he adjusts the depth and pacing to match.

From basic addition and subtraction through pre-algebra concepts like order of operations and integer rules, Kennedi covers the full range of foundational math. She's especially good at slowing down on word problems, teaching students how to translate sentences into equations step by step. Her patient, structured approach gives younger and middle school learners the repetition and clarity they need to build real number sense.

Whether it's simplifying rational expressions in algebra or working through trig identities, Daniel approaches math by teaching multiple solution paths so students can find the one that clicks. His Computer Science coursework at Texas A&M keeps him deep in applied mathematics, and he scored a 32 on the ACT — meaning he can connect abstract formulas to the logical reasoning behind them.

Whether a student is working through fractions or wrestling with derivatives, Sam adjusts his explanations based on what's actually causing confusion — not just which problem they got wrong. His math minor at UT Austin covered everything from linear algebra to calculus sequences, and he scored a 33 on the ACT, so he's comfortable across the full K-12 math spectrum.

From pre-algebra fundamentals through calculus, Brenden covers a wide arc of math and tailors each session to whatever concept is causing trouble — whether that's fraction operations, quadratic factoring, or introductory limits. He connects abstract procedures to concrete examples so that formulas feel like tools rather than things to memorize. His approach is especially effective for students who've started to believe they're just "not math people."

Rachel's biochemistry coursework at UT Austin keeps her deep in applied math daily — from logarithmic pH calculations to rate equations in kinetics. She connects math concepts like functions, graphing, and algebraic manipulation to real problems so that the "when will I ever use this?" question has an actual answer. Her 1510 SAT score speaks to the kind of quantitative fluency she brings to every session.

Hi! I'm a senior at the University of Michigan Ross School of Business looking for a small side hustle. As I know AP season is approaching for high school students, I would love to help as a tutor in preparation for exams, or provide guidance with college applications and essays! I am super passionate about helping students how to learn. Looking forward to working with you all. Go Blue!

Aerospace engineering at UT Austin meant Pranad spent four years solving problems where math wasn't the subject — it was the tool keeping aircraft stable, orbits calculated, and systems optimized. That applied mindset shapes how he teaches everything from pre-algebra through differential equations: each concept gets tied to a concrete reason it exists, which tends to stick better than abstract rules. His engineering training also drilled speed and accuracy under pressure, skills he now channels into helping students sharpen their problem-solving process.

Hi! I'm an Aerospace Engineering student at UT Austin with experience tutoring physics and a passion for helping students succeed in STEM. I focus on making challenging topics clear, engaging, and approachable through personalized, student centered instruction. As a Microsoft Certified Educator, I aim to build confidence, strengthen understanding, and help students reach their academic goals in a supportive learning environment.