Award-Winning Science Tutors
serving Evansville, IN

Two years as a high school student tutor taught Charles that most science struggles aren't actually about the content — they're about reading a graph wrong, misunderstanding what a question is asking, or losing track of units in a calculation. His 34 ACT confirms he can handle the data interpretation and analytical reasoning that science coursework throws at students, and his finance training reinforces the same quantitative thinking that shows up in everything from balancing chemical equations to interpreting experimental results.

A classics and philosophy education means Austin spent years doing exactly what science asks students to do — reading dense material carefully, constructing logical arguments, and defending claims with evidence. His 33 ACT confirms he can handle the data interpretation and quantitative reasoning that science coursework throws at students, and his Latin training makes decoding scientific terminology (most of which derives from Latin and Greek) almost second nature.

Aidan's dual background in premedicine and computing at Notre Dame means he's comfortable across biology, chemistry, physics, and the quantitative reasoning that ties them together. He tackles science by connecting abstract formulas to tangible scenarios — like explaining Newton's third law through the biomechanics of walking — so the concept sticks long after the tutoring session ends.

Running experiments in Duke's Bilbo neuroimmunology lab gives Lauren a perspective on science that most tutors can't offer: she uses the scientific method professionally. Whether a student is learning about cell biology, chemical reactions, or basic physics, she connects textbook concepts to how scientists actually design experiments and interpret data.

Studying Human Biology at Dartmouth and working with Emergency Medical Services, Victoria connects scientific concepts to real-world applications — explaining how osmosis works in an IV drip or why cells divide the way they do. She breaks down the scientific method, lab analysis, and core life science topics so students understand the reasoning behind each answer, not just the answer itself. Rated 5.0 by students.

Teaching high school history means Ben spends most of his day doing exactly what good science instruction requires — walking students through how to evaluate evidence, distinguish correlation from causation, and build arguments from data rather than gut feelings. His four years of ACT prep also sharpened his ability to break down the ACT Science section's graph-reading and experimental-design questions into repeatable, step-by-step strategies. Rated 5.0 by students.

Biochemistry at Notre Dame means Amy lives at the intersection of biology, chemistry, and physics — so she can explain how a concept like cellular respiration connects energy transfer, chemical equilibria, and molecular structure all at once. Her 35 ACT composite reflects the same cross-disciplinary thinking she brings to breaking down scientific reasoning for students tackling everything from the scientific method to ecology.

Christie's listed as a science substitute, and her real depth is in history — but that cross-disciplinary teaching experience means she knows how to walk students through reading dense informational texts, pulling key details from charts, and building evidence-based explanations, all of which are core science skills. Her ESL background is a genuine asset for students who struggle with the specialized vocabulary that makes science textbooks feel like a foreign language. Rated 5.0 by students.

Because engineering sits at the intersection of physics, chemistry, and applied math, Alexandra approaches science as a connected set of ideas rather than isolated facts. She's especially strong at walking through force diagrams, energy concepts, and the quantitative reasoning that trips students up when science problems start involving equations.

Four years of medical school coursework — from physiology and pharmacology to biochemistry and pathology — means Emily has studied science at a depth most tutors simply haven't reached. She breaks down topics like genetics, human body systems, and chemical processes by connecting them to how they actually function in clinical medicine, giving students a richer understanding than definitions alone provide. Rated 5.0 by students.

A computer science and math curriculum at Washington University in St. Louis means Victoria spends most of her time doing what science courses ask students to do — forming hypotheses, testing them systematically, and debugging when results don't match expectations. She's especially strong on the quantitative side, walking students through data tables, unit conversions, and graph interpretation with the precision her CS training demands. Rated 5.0 by students.

Medical anthropology sits at the intersection of biology and social science, so Jennifer is comfortable moving between topics like cell structure and experimental design without losing the thread of why each concept matters. She breaks down the scientific method as a thinking tool rather than a worksheet formula, connecting lab skills to the kind of evidence-based reasoning students will use well beyond class.

Growing up with ADHD meant Owen never learned science by sitting still and reading a textbook — he learned it by doing, questioning, and connecting concepts to the real world. That same hands-on instinct shapes how he tackles topics like the scientific method, ecosystems, and basic physics, turning abstract ideas into something students can actually picture and reason through.

A Bachelor of Science in Environmental Science means Aleta spent years in labs and fieldwork studying ecosystems, chemistry, and earth systems. She teaches science by emphasizing the scientific method itself — forming hypotheses, interpreting data, and understanding how evidence supports conclusions — skills that transfer across biology, chemistry, and physical science courses.

A neuroscience major on a pre-med track, Shivram lives in the overlap of biology, chemistry, and physics daily — from cellular mechanisms to the physical forces behind neural signaling. He unpacks scientific concepts by tying them to real systems in the body, which makes abstract topics like energy transfer or chemical bonding feel concrete and easier to retain.

A master's in plant biology and a bachelor's in general biology give Dan unusual range across the sciences — from cell biology and genetics to ecology and anatomy. He connects concepts across disciplines instead of treating each unit as isolated material, which is exactly what middle school science demands as students encounter life, earth, and physical science in the same year. Rated 5.0 by students.

Aerospace engineering at Purdue means Ritik lives in physics, thermodynamics, and applied math daily, so he can connect abstract science concepts to tangible examples — like explaining Newton's third law through rocket propulsion or energy conservation through roller coaster design. He's tutored science across age groups from elementary through college and adjusts the depth accordingly.

Pre-med coursework at Notre Dame meant Kristen spent years in biology, chemistry, and physics labs before starting medical school at Indiana University. She unpacks scientific concepts by connecting them to how the body and natural world actually work — making topics like cell biology, chemical reactions, and the scientific method feel less abstract and more intuitive.

Teaching English to multilevel classrooms in Cambodia forced Walker to find creative, visual ways to explain unfamiliar concepts — a skill that translates surprisingly well to science, where students often need the same kind of concrete, step-by-step unpacking of abstract ideas like energy transfer or chemical changes. His Asian History degree also trained him in evaluating evidence and constructing arguments from sources, which maps directly onto interpreting experimental data and reasoning through the scientific method. A 33 ACT and 4.9 rating confirm he can handle the quantitative and analytical demands the subject throws at students.

Pre-med coursework at Notre Dame has put Matthew through rigorous chemistry, biology, and physics sequences, so he's comfortable tackling topics from cell structure and chemical reactions to force diagrams and energy conservation. He approaches science the way his math training taught him — by identifying the core principle first and then applying it to specific problems, rather than treating each question as a new puzzle.

Chemical engineering sits at the intersection of physics, chemistry, and biology, which gives Joubert an unusual ability to explain how scientific disciplines overlap — why thermodynamics matters in both a chemistry and physics context, or how cellular transport connects to fluid dynamics. He draws on cross-disciplinary examples to make abstract science concepts tangible and easier to retain.

I'm currently a Process Assistant at an Amazon warehouse, which is like an assistant manager. My job is interesting, active, and varied, but I missed tutoring and want to make math and other subjects as easy as possible to approach and grasp for students. With the right time and a commitment to tailoring a tutoring style for the person being assisted, any student can pass their classes and retain lifelong knowledge and experience. I'm looking forward to working with you!

Leading Carmel High School's Science Olympiad team to back-to-back Nationals appearances meant Satvik had to master — and teach — everything from cellular biology to electromagnetism to thermodynamics. He earned 800s on the Physics and Chemistry SAT Subject Tests and 5s on multiple AP science exams, giving him the cross-disciplinary fluency to explain how concepts in one science connect to another.

Kelly scored a 32 on the ACT, which includes a Science section built around interpreting experimental data, graphs, and conflicting scientific viewpoints. She treats science questions as exercises in careful reading and logical deduction, teaching students to pull key variables from dense passages quickly. That analytical approach transfers well to general science coursework where lab reports and data interpretation are central.

While science sits outside Thomas's core degrees, his experience supporting students across a wide range of subjects means he can tackle introductory and middle-school science concepts like the scientific method, basic ecology, and earth science vocabulary. He treats each topic as a reading-and-reasoning exercise, connecting new terminology to ideas students already understand.

Two years in Purdue's Aerospace Engineering program and a role as a Supplemental Instruction Leader for General Chemistry gave Victor a deep, hands-on understanding of core science — from stoichiometry and gas laws to Newtonian mechanics. He breaks problems into smaller reasoning steps so students learn to set up solutions themselves instead of hunting for a formula to match the question.

Computational modeling coursework at Notre Dame required Abby to apply physics, biology, and chemistry concepts inside mathematical frameworks, so she's comfortable translating scientific ideas across disciplines. She breaks down topics like the scientific method, data interpretation, and basic lab reasoning by tying them to real-world examples students can visualize.

A legal education trains you to weigh evidence, spot weak reasoning, and build airtight arguments from facts — and Bill applies that same discipline when walking students through hypothesis testing, data interpretation, and lab write-ups. His math fluency also means the quantitative side of science (calculating averages, reading graphs, converting units) doesn't become a separate obstacle. Rated 4.9 by students.

A biology major headed to Indiana University School of Medicine, Payal brings deep content knowledge across life sciences, chemistry, and the scientific method itself — from cell respiration pathways to stoichiometry to designing controlled experiments. She also completed AP Chemistry and AP Biology, so she knows exactly which concepts tend to trip students up at the high school level. Rated 4.9 by students.

Om holds a biochemistry degree from Gonzaga, which means he's spent years at the intersection of biology and chemistry — from cellular respiration pathways to molecular bonding and thermodynamics. He unpacks scientific concepts by connecting them to real laboratory processes, making topics like the scientific method, experimental design, and data analysis feel intuitive rather than abstract.

Few science tutors bring both a biology degree and active graduate-level genetics research to the table. Lauren unpacks concepts like cell division, heredity, and molecular biology by connecting textbook diagrams to real mechanisms she encounters in her genetic counseling program. That context turns abstract processes into something students can visualize and retain.

Having TA'd freshman engineering courses at Purdue while studying topics across physics, chemistry, and biology, Akio understands how scientific thinking develops — from forming hypotheses to interpreting data and connecting evidence to conclusions. He's particularly strong at translating abstract science vocabulary into concrete examples students can visualize and remember.

Holding a master's in Biomedical Sciences and minors in both Chemistry and Psychology, Jessica covers an unusually wide swath of the science curriculum. She digs into topics like cellular respiration, Mendelian genetics, Newton's laws, and chemical bonding with the depth of someone preparing for medical school — because she literally is. Students get explanations grounded in real scientific training, not just textbook summaries.

Studying chemical engineering means Alexis lives inside scientific reasoning every day — balancing equations, interpreting lab data, and connecting molecular behavior to large-scale phenomena. She breaks down the scientific method and core concepts in chemistry and physics by tying them to real experiments and tangible examples rather than abstract definitions.

Two decades of teaching science in classrooms from 7th through 11th grade — plus coordinating STEM programs and mentoring students through local and international science fairs — gives Hasan an unusually broad view of how scientific concepts connect across disciplines. He breaks down topics like energy transfer, chemical reactions, and experimental design by tying each one to something observable and concrete.

Christopher's finance and business analytics coursework at Indiana University is heavier on quantitative reasoning than most people realize — building models, testing assumptions against data, and interpreting statistical outputs are daily exercises that mirror the scientific method. His peer tutoring experience with Excel also means he can walk students through the data-collection and graphing side of science assignments, turning raw numbers into charts that actually tell a story.

Data analysis is Jack's day job at The Heritage Group, so he approaches science through the lens of interpreting evidence, reading graphs, and understanding how variables interact. His quantitative background is especially useful for students tackling physics or earth science problems that require setting up equations and making sense of experimental data.

Emily scored highly on the ACT Science section, which is really a test of data interpretation — reading graphs, evaluating experimental designs, and drawing conclusions from conflicting viewpoints. She applies that same analytical lens to general science support, breaking down passages and problem sets so students learn to extract what matters from dense material.

Elementary education majors take more science methods coursework than most people realize — learning how to teach kids to observe, classify, predict, and test ideas through hands-on investigation. Katie's dual focus in special education means she's trained to break those scientific thinking steps into smaller, more concrete pieces so younger learners don't get lost between the question and the conclusion. Rated 5.0 by students.

Studying mechanical engineering at Purdue means Lisa lives in the overlap of physics, chemistry, and applied math every day. She unpacks scientific concepts — force diagrams, chemical reactions, energy transfer — by connecting them to real-world systems students can actually picture. That visual, hands-on approach makes abstract formulas feel less like memorization and more like tools that do something.