This is John's home turf — he taught middle school science in Philadelphia and served as the science curriculum chair, meaning he didn't just deliver lessons but built them. Whether a student is wrestling with the scientific method, energy transfer, or cell structure, John knows the exact misconceptions that trip up this age group and how to address them.

Kristin studied biological sciences at the University of Chicago and is now completing her nursing degree at Penn — a path that keeps her constantly translating complex science into practical, everyday terms. That skill pays off in middle school science, where she unpacks topics like cell structure, ecosystems, and basic chemistry by connecting them to what's actually happening inside the human body. Rated 5.0 by her students.

I am an entrepreneurial travel-loving media professional living in New Orleans. I have a Master in Business Administration from Tulane University and I love teaching all sorts of subjects, especially math. In terms of hobbies, you can find me long-distance running, studying data science, exploring new restaurants and traveling the world.

Having tutored students as young as third grade throughout high school and now at Stanford, JF knows how to make scientific concepts tangible for younger learners. He unpacks topics like the water cycle, forces, and cell structure using concrete examples and step-by-step reasoning that build genuine curiosity. Rated 5.0 by students.

A mechanical engineering degree from WashU — earned magna cum laude — plus hands-on refinery work at ExxonMobil means Caroline has lived the physics and chemistry that middle schoolers are just encountering in units on forces, energy, and chemical changes. She draws on that real-world engineering experience to show students what these concepts look like outside a textbook, connecting classroom vocabulary to how machines, materials, and processes actually behave. Rated 5.0 by her students.

Dennis's master's in Chemical and Physical Biology from Vanderbilt means he's worked across biology, chemistry, and physics at a graduate level — the same three disciplines middle school science is introducing for the first time. He breaks down topics like states of matter, cell structure, or basic chemical reactions by connecting them to the real research he's done, turning what often feels like vocabulary memorization into something students can actually reason through. Rated 5.0 by his students.

Whether the topic is cell biology, force and motion, or chemical reactions, middle school science asks students to start thinking like scientists — forming hypotheses and interpreting data. Vansh tackles each unit by tying abstract vocabulary back to observable, everyday examples, giving students a framework they can actually use on labs and exams. Rated 4.8 by students.

Paula's psychology background gives her a useful angle on middle school science — she understands how students actually learn and retain information, which she applies when breaking down topics like the scientific method, variables, and drawing conclusions from data. Her 1520 SAT and 32 ACT reflect genuine cross-disciplinary strength, and she channels that into making connections between life science, physical science, and earth science units feel natural rather than compartmentalized.

Annie's cancer immunotherapy research and TA role for introductory biology at Cornell mean she's actively doing science — designing experiments, analyzing data, troubleshooting results — which gives her a practitioner's instinct for explaining how the scientific method actually works to middle schoolers tackling their first real lab reports. Her biomedical engineering background also lets her bridge life science and physical science units naturally, showing students how a concept like cell structure connects to the chemistry and physics underlying it.

Natalie's neurobiology major at Penn means she's studying the actual science behind how bodies sense, signal, and respond — so when a middle schooler encounters units on the nervous system, cells, or body organization, she can unpack the biology with a specificity that makes diagrams come alive. She also brings that same rigor to physical science and earth science topics, teaching students to trace how one process leads to the next rather than treating each chapter as its own isolated vocabulary list.

This is John's home turf — he taught middle school science in Philadelphia and served as the science curriculum chair, meaning he didn't just deliver lessons but built them. Whether a student is wrestling with the scientific method, energy transfer, or cell structure, John knows the exact misconceptions that trip up this age group and how to address them.

Kristin studied biological sciences at the University of Chicago and is now completing her nursing degree at Penn — a path that keeps her constantly translating complex science into practical, everyday terms. That skill pays off in middle school science, where she unpacks topics like cell structure, ecosystems, and basic chemistry by connecting them to what's actually happening inside the human body. Rated 5.0 by her students.

I am an entrepreneurial travel-loving media professional living in New Orleans. I have a Master in Business Administration from Tulane University and I love teaching all sorts of subjects, especially math. In terms of hobbies, you can find me long-distance running, studying data science, exploring new restaurants and traveling the world.

Having tutored students as young as third grade throughout high school and now at Stanford, JF knows how to make scientific concepts tangible for younger learners. He unpacks topics like the water cycle, forces, and cell structure using concrete examples and step-by-step reasoning that build genuine curiosity. Rated 5.0 by students.

A mechanical engineering degree from WashU — earned magna cum laude — plus hands-on refinery work at ExxonMobil means Caroline has lived the physics and chemistry that middle schoolers are just encountering in units on forces, energy, and chemical changes. She draws on that real-world engineering experience to show students what these concepts look like outside a textbook, connecting classroom vocabulary to how machines, materials, and processes actually behave. Rated 5.0 by her students.

Dennis's master's in Chemical and Physical Biology from Vanderbilt means he's worked across biology, chemistry, and physics at a graduate level — the same three disciplines middle school science is introducing for the first time. He breaks down topics like states of matter, cell structure, or basic chemical reactions by connecting them to the real research he's done, turning what often feels like vocabulary memorization into something students can actually reason through. Rated 5.0 by his students.

Whether the topic is cell biology, force and motion, or chemical reactions, middle school science asks students to start thinking like scientists — forming hypotheses and interpreting data. Vansh tackles each unit by tying abstract vocabulary back to observable, everyday examples, giving students a framework they can actually use on labs and exams. Rated 4.8 by students.

Paula's psychology background gives her a useful angle on middle school science — she understands how students actually learn and retain information, which she applies when breaking down topics like the scientific method, variables, and drawing conclusions from data. Her 1520 SAT and 32 ACT reflect genuine cross-disciplinary strength, and she channels that into making connections between life science, physical science, and earth science units feel natural rather than compartmentalized.

Annie's cancer immunotherapy research and TA role for introductory biology at Cornell mean she's actively doing science — designing experiments, analyzing data, troubleshooting results — which gives her a practitioner's instinct for explaining how the scientific method actually works to middle schoolers tackling their first real lab reports. Her biomedical engineering background also lets her bridge life science and physical science units naturally, showing students how a concept like cell structure connects to the chemistry and physics underlying it.

Natalie's neurobiology major at Penn means she's studying the actual science behind how bodies sense, signal, and respond — so when a middle schooler encounters units on the nervous system, cells, or body organization, she can unpack the biology with a specificity that makes diagrams come alive. She also brings that same rigor to physical science and earth science topics, teaching students to trace how one process leads to the next rather than treating each chapter as its own isolated vocabulary list.