A Harvard English lit degree might not scream science, but Ema's five years of math tutoring — covering everything from basic measurement to pre-calculus — means she's comfortable with the quantitative backbone of science: unit conversions, graphing data, and working through formulas. Her 33 ACT confirms she can handle cross-disciplinary reasoning, and her instinct for breaking word problems into manageable steps carries over naturally to interpreting experiments and explaining results.

A sociology major at Yale spends a surprising amount of time with research methods — designing surveys, interpreting statistical outputs, and evaluating whether evidence actually supports a claim — and Katrina brings that training to science material where students need the same skills to work through experiments and data tables. Her 32 ACT confirms she can handle the quantitative side, and her instinct for asking "what does this result actually tell us?" pushes students past surface-level memorization.

As a screenwriting major at USC, Kiersten spends her days building narratives from cause and effect — which is essentially what science asks students to do when tracing how one variable triggers a chain of outcomes in an experiment. She scored a 1550 on the SAT, confirming she can handle evidence-based reasoning and data interpretation, and her experience tutoring charter school juniors means she knows how to make dense material accessible without dumbing it down.

An English and French literature background might not scream science, but Carla's analytical training — close reading, building arguments from textual evidence, and identifying patterns across complex material — maps well onto interpreting data, understanding experimental write-ups, and explaining results clearly. She's particularly useful for students who can handle the concepts but struggle to articulate their reasoning in lab reports or written responses. Holds a 5.0 rating.

John's drama training at the BFA level actually builds a surprisingly useful science skill: reading a scenario closely, identifying what's really being asked, and constructing a clear, logical explanation under pressure. His 1580 SAT confirms he can handle data interpretation and evidence-based reasoning at a high level, and his editorial work at the Los Angeles Review of Books means he's especially sharp at helping students write lab reports and scientific explanations that are precise and well-organized.

Two years as an undergraduate teaching assistant for a developmental physiology course gave Raquel deep practice explaining concepts like cell signaling, organ system integration, and homeostasis to students encountering them for the first time. She also led biology tutoring through the Science National Honor Society in high school. That combination of college-level TA work and years of one-on-one sessions means she can adjust her explanations from introductory vocabulary all the way up to AP-level experimental design.

Between her public health minor and pre-med preparation at UCLA, Nicole built a deep working knowledge of biology, chemistry, and physical science that she's reinforced through years of tutoring in each. She's especially skilled at teaching students how to connect abstract concepts — like energy transfer or cellular processes — to concrete, observable phenomena. Her experience teaching science in classrooms in the Philippines and Honduras also sharpened her ability to explain ideas without relying on jargon.

Linguistics training at NYU sharpened Naama's ability to break complex systems into patterns and rules — a skill that maps directly onto how science asks students to classify, predict, and explain natural phenomena. She's especially effective at helping students decode the dense vocabulary in science textbooks, since dissecting Latin and Greek roots is second nature to someone who studies language for a living. Her psychology coursework also means she can teach research design and the scientific method from firsthand experience.

Studying visual and environmental studies means Tom spends his coursework at the intersection of observation and analysis — documenting how systems interact, interpreting what he sees, and building arguments from evidence, which is essentially the scientific method applied through a different lens. He's particularly strong at teaching students to read diagrams, pull meaning from visual data, and articulate their reasoning clearly, since those skills overlap heavily with his arts training. His 1560 SAT confirms the analytical horsepower behind the creative background.

Earning a bachelor's in earth sciences and pursuing a master's in geospatial technology at USC means Krista lives and breathes scientific thinking. She tackles everything from middle school life science to high school chemistry, emphasizing how to design experiments, interpret data, and explain results using precise scientific language.

A double physics degree gives Gerardo the depth to tackle science topics ranging from Newtonian mechanics to energy conservation and wave behavior. He breaks down scientific reasoning into clear, logical steps — the same structured thinking he uses when connecting formulas to lab observations and real-world phenomena.

A BFA in Theatre means Nina spent years learning to research unfamiliar worlds quickly and convincingly — period-accurate staging requires understanding everything from Newtonian mechanics to human physiology — and that cross-disciplinary curiosity carries over when she tutors science. Her 33 ACT confirms she can handle the data interpretation and reasoning that science coursework demands, and her instinct to make abstract ideas tangible (a skill every actor develops) means she's especially good at turning concepts like energy transfer or chemical reactions into something a student can visualize and explain back.

Earning a neuroscience degree meant Whitney spent years at the intersection of biology, chemistry, and physics — studying everything from cellular respiration to electromagnetic wave behavior in neural imaging. She explains scientific concepts by linking them to tangible examples, making topics like chemical bonding or Newton's laws feel less like formulas to memorize and more like ideas that actually make sense.

A neuroscience bachelor's and a pharmacology master's from Tulane give Helen unusual range across the sciences — she can walk through cellular respiration in biology, explain action potentials in physiology, or break down drug interactions in chemistry with equal fluency. That cross-disciplinary background means she connects concepts across fields instead of teaching each topic in isolation. Rated 5.0 by students.

Zoe's English major at UCLA doesn't scream science, but journalism and editing trained her to do exactly what science assignments ask: read dense material carefully, pull out the key claims, and explain them in clear, organized language. She's a strong fit for students who understand the concepts but struggle to write up lab reports, explain experimental results, or put scientific reasoning into complete sentences.

Ari's Environmental Studies degree at Wesleyan covered ecology, earth systems, and the biological sciences in depth — his senior thesis literally traced geobiological evolution. That background makes him especially effective at unpacking life science concepts like cellular processes, ecosystems, and evolutionary mechanisms for students who need more than textbook definitions.

Improv comedy — which Michael performed at a nationally-ranked level at NYU — is basically rapid-fire hypothesis testing: read the situation, make a prediction, adjust when the data changes. That same think-on-your-feet reasoning carries over when he teaches students to work through experimental design, interpret results, and figure out what went wrong when an outcome doesn't match expectations. His 35 ACT confirms the analytical horsepower behind the creative background.

Zach is upfront about the fact that science was his hardest subject in school — and that's actually an advantage, because he remembers exactly where concepts stopped making sense and what finally made them click. His theatre and English training at Northwestern built strong skills in close reading and logical argumentation, which he applies to helping students decode dense scientific texts, parse lab instructions, and explain experimental outcomes in clear, precise language.

As a chemistry major at Occidental College, Chandler tackles science from the inside — he's currently immersed in lab work, data analysis, and the kind of hypothesis-driven thinking that middle and high school science courses are building toward. Whether a student is struggling with balancing chemical equations or interpreting motion graphs in physics, he breaks the reasoning down into concrete, manageable steps.

Teaching science to younger learners is really about teaching observation and curiosity — forming a hypothesis, recording what happens, and explaining why. Claire's K-6 classroom experience included hands-on science units covering life cycles, states of matter, and earth systems, and she ties each concept to something tangible a student can picture or test. Her music background also makes her unusually creative with analogies, like comparing sound waves to vibrating violin strings.

Studying physics and mathematics at Occidental College means Drew spends his weeks doing science — running experiments, deriving equations, and connecting abstract models to physical phenomena. That daily immersion gives him a practical fluency when walking students through topics like energy, forces, or the mechanics behind chemical reactions. He's especially strong on the quantitative side, turning formulas and unit relationships into something students can actually reason through.

Accounting is built on the same core skill science demands: looking at raw numbers, identifying what's actually happening, and explaining why. Jacob applies that analytical habit to science topics like measurement, data collection, and drawing conclusions from experiments — treating every lab question like a balance sheet that has to add up. His grad work at USC's Leventhal School keeps those quantitative muscles sharp.

Working as an editor at a world literature publisher and a literary review taught Emily to do something science coursework also demands: read dense, unfamiliar material carefully, extract the key claims, and evaluate whether the evidence actually supports them. Her comparative literature training — analyzing texts across languages and traditions — built the same pattern-recognition and close-reading muscles students need when interpreting diagrams, parsing experiment descriptions, and breaking down scientific vocabulary using Latin and Greek roots.

Teaching 30 subjects across math, English, and social studies means Travis has seen how the same core skills — reading a graph, building an argument from evidence, thinking through cause and effect — show up everywhere, including science. He leans on that cross-disciplinary perspective to teach students how to connect what they already know from math or reading to scientific reasoning tasks like interpreting data tables or explaining experimental outcomes. His 33 ACT confirms he can handle the analytical demands himself.

Gregory's Radio and Television degree involved more technical science than most people expect — understanding signal processing, light and sound physics, and how digital systems encode information all require applied scientific reasoning. He uses that production-world context to make abstract concepts tangible, walking students through topics like waves, energy, or data collection by tying them to things they can actually see and hear.

Enrico's approach to science leans on the same close-reading and analytical skills he developed studying literature and languages at the University of Verona. He walks students through how to interpret data tables, parse dense textbook passages, and connect vocabulary-heavy concepts in biology or earth science to the bigger picture rather than treating each term as an isolated fact to memorize.

An English major might not be the first person you'd pick for science, but Sarah's triple-degree training in close reading and textual analysis turns out to be exactly what students need when they're staring at a dense passage about photosynthesis or trying to make sense of a data table in a lab report. She teaches students to slow down and extract meaning from scientific texts the same way she'd approach a difficult poem — piece by piece, asking what each part is actually saying. Rated 4.8 by students.

Breaking down a science problem often means translating dense language into something a student can actually picture — what's really happening when molecules collide, or why a circuit behaves differently in series versus parallel. Sean's background in improv gives him a knack for finding analogies on the spot that make abstract concepts land.

A physics and math double major from Clark University, Sarah brings quantitative rigor to every branch of science — whether a student is balancing chemical equations, analyzing motion graphs, or interpreting data from a biology experiment. She teaches the underlying reasoning behind scientific methods so concepts transfer across disciplines instead of feeling like isolated facts.

While science isn't her core specialty, Alanna's interdisciplinary American Studies program required engaging with scientific research methods and data interpretation. She's strongest at helping students decode dense textbook passages, organize lab reports, and connect scientific vocabulary to concepts they already understand.