Ben's science tutoring draws on his IB Chemistry background and the quantitative rigor of his Penn math training, which means he's especially effective when science gets mathematical — balancing equations, interpreting rate laws, or working through stoichiometry. He teaches students to translate wor...

An MIT math major doing research in Spectral Graph Theory, Enrico brings serious quantitative muscle to science — the kind that makes unit conversions, rate calculations, and data analysis feel routine rather than intimidating. He's especially sharp at teaching students to read graphs and extract me...

Scoring a 35 on the ACT means Naomi tackled the Science section's dense data tables and conflicting-viewpoints passages with precision — skills she now teaches younger students who are learning to read graphs, interpret experiments, and think scientifically. She approaches science as a reasoning dis...

As a social studies teacher, Bradley regularly teaches students to read charts, interpret demographic data, and trace cause-and-effect through complex systems — skills that overlap heavily with what science coursework actually asks kids to do. His 33 ACT confirms he can handle the quantitative and d...

A PhD in neuroscience means Elliot has spent years doing actual science — designing experiments, analyzing data, and defending conclusions in front of panels that don't accept hand-waving. That firsthand lab experience shows up when he teaches topics like the scientific method, experimental controls...

Between a math-and-physics track at Harvard and a 34 ACT, Matthew has the quantitative backbone that makes science tutoring click — especially when students hit the parts that are really disguised math, like balancing equations, calculating density, or interpreting motion graphs. He also brings prog...

A math degree from Georgetown means Peter spent four years immersed in the kind of precise, logical reasoning that underpins every branch of science — setting up problems carefully, testing whether solutions hold, and explaining results step by step. He's strongest on the quantitative side of scienc...

A physics degree means Vaughn has spent years doing science the hard way — designing experiments, deriving equations from first principles, and connecting abstract laws to measurable phenomena in the real world. That hands-on foundation in mechanics, electromagnetism, and data analysis makes him one...

An applied mathematics major who's taken heavy coursework in both math and computer science, Samuel brings genuine quantitative muscle to science — particularly the measurement, graphing, and calculation-heavy portions that make students' eyes glaze over. He connects abstract scientific concepts to ...

A chemical engineering degree is essentially applied science — thermodynamics, fluid mechanics, reaction kinetics — so Olivia brings real depth to topics in both chemistry and physics. She unpacks concepts like stoichiometry, energy conservation, and wave behavior by tying them to concrete examples ...

Mollie's English and linguistics degree from the University of Chicago isn't a traditional science background, but linguistics is built on the same systematic thinking science demands — forming hypotheses about how language works, testing them against data, and revising when the evidence doesn't fit...

A master's in chemistry paired with university-level teaching gives Madhura unusual range across the sciences — she can walk a student through balancing redox reactions one session and cell organelle function the next. She treats science as interconnected rather than siloed, linking energy concepts ...

Jacob's 34 ACT required him to tear through data-heavy passages in the Science section — extracting trends from graphs, evaluating conflicting hypotheses, and drawing conclusions under tight time pressure — and that's the same analytical toolkit he brings to science tutoring. His voice and opera tra...

Studying mechanical engineering means Zach lives at the intersection of physics, chemistry, and applied math every day — so he can explain concepts like energy conservation, force diagrams, or reaction stoichiometry with the fluency of someone who actually uses them. He's especially effective at con...

Studying computational biology at MIT puts Theresa at the intersection of life sciences, chemistry, and data analysis every day. She unpacks scientific concepts — from cell biology and genetics to experimental design — by tying them to real research questions, which makes the material click faster t...