Comparative literature might seem worlds away from science, but Jacob's Columbia and UC Berkeley training drilled the exact close-reading skills that matter when students need to parse a dense lab procedure, pull meaning from a data table, or figure out what a graph is actually saying. He treats sci...

Three philosophy degrees trained Moya to do exactly what science coursework asks: construct hypotheses, evaluate evidence logically, and identify where an argument breaks down — whether it's a philosophical claim or an explanation of why a chemical reaction produced unexpected results. She's especia...

A computer science degree doesn't happen without a solid run through physics and applied math, and Michael leans on that quantitative foundation when tackling science topics. He's especially sharp at teaching students how to set up equations from word problems — translating a physical scenario into ...

Dylan's 34 ACT — which includes a dedicated Science section built around data interpretation, experimental design, and evaluating competing hypotheses — means he's practiced exactly the reasoning skills that general science coursework demands. He walks students through how to read graphs, identify p...

Studying neuroscience at Brown means Owen lives at the intersection of biology, chemistry, and data analysis every day. He unpacks scientific concepts — whether it's cell signaling, chemical equilibria, or experimental design — by connecting them to real mechanisms rather than treating each topic as...

As a biology and botany graduate, Caitlyn brings genuine subject-matter depth to science tutoring — she's not just reviewing a textbook the night before a session. She unpacks concepts like cell structure, photosynthesis, and ecological systems by connecting them to real examples from her own lab an...

Studying folklore and mythology at the college level means learning to trace patterns across vast systems of knowledge — classifying phenomena, identifying underlying structures, and building explanations from observable evidence — which is remarkably close to how science asks students to think. Cyn...

Thea's strongest suit is English and writing, not science — but her 1410 SAT required solid performance across both verbal and quantitative reasoning, including data interpretation and evidence evaluation. She's a good fit for students who struggle more with the reading-heavy side of science: parsin...

A year spent as a test and validation engineer at Nike gave Andrew hands-on experience designing experiments, analyzing data, and applying the scientific method to real products people actually use. He brings that practical lens to science tutoring, connecting textbook concepts like energy transfer,...

Henry's PhD work in English required rigorous analytical thinking — constructing arguments from textual evidence, identifying patterns, and defending conclusions — which he now channels into teaching students how to read scientific passages carefully and explain what data actually means. He's partic...

Statistics training at Portland State gave Danny a deep grounding in the scientific method — hypothesis formation, experimental design, and interpreting data with rigor. He applies that quantitative lens to break down topics like biology lab analysis, physics problem sets, and chemistry stoichiometr...

Architecture school at its core is applied physics — Luke spent his degree calculating structural loads, understanding material properties, and working through the math behind why buildings stand up or fall down. That hands-on experience with forces, energy, and measurement gives him a practical way...

An English honors degree might not scream science, but Luke's decade of writing taught him something that transfers directly: how to read dense material carefully, extract the key claim, and explain it back in plain language — which is most of what students actually struggle with in science classes....

A biology major with an environmental studies focus, Maya connects science concepts to real-world systems — explaining cellular respiration through ecosystem energy flow, or teaching the water cycle by tracing an actual watershed. That context turns vocabulary-heavy chapters into something students ...

Sophia approaches science the way a curious kid would — starting with a question and building toward an answer through observation and hands-on reasoning. Her education background gives her a toolkit for teaching the scientific method, life cycles, weather systems, and basic physical science in ways...