As someone who also teaches GED Science, Frances approaches science by treating it as a reading and reasoning exercise first. She teaches students to interpret data tables, understand experimental design, and connect vocabulary to the underlying concepts in biology, earth science, or physical scienc...

Biomedical engineering sits at the intersection of biology, chemistry, and physics, which gives Eric an unusual ability to explain how scientific disciplines connect. Whether a student is struggling with Newton's laws, cellular respiration, or stoichiometry, he draws on coursework and lab experience...

Callie isn't just teaching science from a textbook — she's actively conducting glioblastoma research at Duke Medical Center, designing experiments and analyzing data in a real lab. That firsthand experience means she can explain concepts like cell signaling, experimental controls, and data interpret...

Environmental Studies gave Simon fieldwork experience that makes ecology, earth science, and physical science feel tangible instead of abstract. He unpacks topics like biogeochemical cycles, plate tectonics, and energy transfer by connecting them to real systems — watersheds, climate data, local eco...

Studying civil engineering at Duke's Pratt School means Natalie applies scientific principles — forces, energy transfer, material properties — in problem sets every week. She breaks down concepts like the scientific method, experimental design, and data interpretation by tying them to real-world eng...

Between her neuroscience B.S. and coursework spanning biology, physics, and chemistry, Julie has an unusually broad science foundation. She's particularly strong at explaining how different scientific disciplines overlap — why understanding cellular biology matters for neuroscience, or how physics p...

A biochemistry and cell biology degree plus four years of medical school gives Tammy unusual depth across biology, chemistry, and the places where they overlap — metabolism, molecular signaling, lab techniques. She unpacks scientific concepts by tying them to concrete examples, like explaining enzym...

As a pre-med sociology student at Duke, Zhong bridges the gap between scientific concepts and the bigger picture of why they matter. He's particularly effective at walking through data interpretation and experimental design — the skills that trip students up when a science class shifts from memorizi...

A respiratory therapist turned physician assistant student at Duke, Emmanuel brings lab-bench and bedside experience into science tutoring. Whether a student is tackling the scientific method, cellular respiration, or chemical bonding, he unpacks each concept using clinical examples that make the ma...

A Duke student carrying a triple science and economics course load, Devanshi tackles scientific reasoning the way it actually works — connecting concepts across biology, chemistry, and physics rather than treating them as isolated chapters. She breaks down experimental design, data interpretation, a...

Eric's data science training at Duke is grounded in statistics, linear algebra, and scientific reasoning, giving him a quantitative lens that translates well to science tutoring. He tackles topics like the scientific method, unit conversions, and interpreting experimental data by connecting each con...

Gregory's theology training involved more empirical reasoning than most people expect — evaluating textual evidence, constructing logical arguments, and weighing competing interpretations against observable facts. He applies that same disciplined thinking to science material, particularly when stude...

While science isn't Justin's core specialty, his analytical training across two graduate and undergraduate programs at Duke and Yale makes him effective at breaking down scientific concepts and data interpretation for younger students. He treats science assignments the way he treats historical sourc...

While science isn't Roger's primary focus, his economics coursework at Duke involves data analysis, modeling, and the scientific method's emphasis on hypothesis testing — skills that transfer directly to interpreting experiments and evaluating evidence. He's a strong fit for students who need to sha...

Teaching science effectively often comes down to reading comprehension — understanding what a word problem is actually asking, interpreting data in a chart, or breaking down a dense textbook passage. Jennifer's background in education (M.Ed. from Boston College) and years of teaching middle and high...