A philosophy degree from Carleton College trained Erinrose to do exactly what science asks of students — construct logical arguments, question assumptions, and follow evidence wherever it leads. She's taught expository writing seminars and grammar courses at the high school level, which means she can also tackle the communication side of science: turning messy observations into clear lab reports and well-structured explanations. Rated 5.0 by students.

Zofia's coursework at Brown spanned both physical and natural sciences alongside her math degree, giving her a broad foundation in topics from cellular biology to mechanics. She tackles science by connecting formulas and vocabulary to the underlying logic — explaining why a cell divides the way it does, or how energy conservation governs a system. That conceptual grounding makes facts far easier to retain.

As a high school science teacher, Lacey knows exactly where students get stuck — whether it's interpreting data tables, distinguishing correlation from causation, or connecting lab observations back to underlying theory. Her history and philosophy of science degree means she teaches the reasoning behind the scientific method, not just the vocabulary that shows up on a test.

An anthropology background means Tara spent years learning to observe systematically, classify evidence, and draw conclusions from fieldwork — skills that sit at the heart of the scientific method. She's especially comfortable walking students through the process of forming a hypothesis, collecting data, and explaining results, since that cycle mirrors how anthropologists study human behavior and culture. Her broad teaching range across math and reading also means she can tackle the cross-disciplinary moments in science where students need to interpret a graph or parse a dense textbook passage.

Not every science tutor comes from a lab — but Alicia's structured teaching approach is especially useful for students who struggle with reading dense textbook passages, interpreting data tables, or writing lab reports. She connects scientific vocabulary and concepts to clear, everyday language that makes the material stick.

Four years of teaching biology — from AP-level cellular respiration and genetics to hands-on neuroscience programs for elementary students — gave Melissa an unusual range in science instruction. She unpacks complex processes like signal transduction or DNA replication by connecting each step to something concrete, making the logic of living systems click rather than feel like a list to memorize.

Currently studying to become an EMT, Lena brings real-world urgency to science concepts like human anatomy, chemical reactions, and the physics of motion. She connects textbook topics to practical scenarios — how the circulatory system responds to altitude, or why certain molecules cross cell membranes — making abstract ideas tangible. Rated 5.0 by students.

Teaching science to younger learners means making abstract concepts — the water cycle, states of matter, simple machines — tangible and memorable. Emma's elementary education training at the University of Oklahoma gives her a toolkit of hands-on strategies for turning scientific vocabulary and processes into something kids can actually visualize and explain back.

A philosophy and religion background might not scream 'science tutor,' but Seth's training in formal logic — constructing valid arguments, identifying flaws in reasoning, testing claims against evidence — mirrors the scientific method more closely than most people realize. He's particularly useful for students who can handle the memorization but freeze when asked to design an experiment, interpret a graph, or explain why their hypothesis was wrong.

Cornell's hotel administration program is more quantitative than people expect — Cory's coursework covered applied statistics, food science, and environmental systems management, all of which required designing experiments, interpreting data, and solving problems with real constraints. He brings that practical, numbers-driven mindset to science tutoring, especially when students need to connect formulas and measurements to what's actually happening in front of them. Rated 4.8 by students.

An Environmental Biology degree means Rosemary learned science the way it's actually practiced — designing field studies, interpreting ecological data, and connecting concepts like nutrient cycling and population dynamics to real ecosystems. She brings that applied lens to science tutoring, whether a student is working through cell biology, chemistry fundamentals, or earth science. Abstract processes click faster when tied to tangible examples from the natural world.

An environmental studies and biology degree means Katie didn't just study science in a classroom — she learned to design experiments, interpret data sets, and write lab reports that connect results back to hypotheses. She brings that hands-on perspective to tutoring, whether a student needs to understand the scientific method, cellular respiration, or how ecosystems respond to disturbance. Science makes more sense when someone can explain why each concept matters beyond the textbook.