After earning three bachelor's degrees and a law PhD, John pivoted to co-founding a tech startup — a path that demanded teaching himself the quantitative and systems-level thinking that physics problems run on. He approaches mechanics and energy concepts the way an engineer-turned-entrepreneur would...

Julia tutored both Physics I and Physics II in high school and is now deepening that knowledge through her biochemistry program at Arizona State. She's comfortable across mechanics, thermodynamics, and electromagnetism, and she's especially skilled at teaching students to translate a word problem in...

Having concentrated on physics within her applied mathematics degree, Madeleine spent time in a university research lab where she collaborated on real experimental problems — not just textbook scenarios. That experience means she can explain Newtonian mechanics, energy conservation, or wave behavior...

Studying mechanical engineering means Nitesh doesn't just remember physics formulas — he understands the force diagrams, energy conservation principles, and rotational dynamics behind them. He unpacks each problem by identifying which physical law applies and why, so students build the kind of reaso...

Arpita approaches physics the way she approaches her pre-med science courses at Emory: diagram first, equation second. Whether it's free-body diagrams for Newton's laws or energy bar charts for conservation problems, she teaches students to translate word problems into visual models before reaching ...

Yurok's dual degree in physics and mathematics at Emory means the calculus behind every physics concept — from deriving kinematic equations to integrating electric fields — is second nature, not an extra hurdle. He teaches across every level from introductory mechanics through AP Physics C and quant...

An electrical engineering degree is essentially a physics degree with a soldering iron — Ajay spent years applying Newton's laws, electromagnetic theory, and energy conservation principles to real circuit and system design problems. He teaches physics by connecting each concept to something tangible...

Civil engineers live in Newtonian mechanics — forces, moments, equilibrium, and motion are the bread and butter of the discipline. Jenna applies that professional-level fluency to physics tutoring, unpacking free-body diagrams and kinematics equations in ways that make the problem-solving process fe...

Jack passed AP Physics 1 in high school and now applies Newtonian mechanics, energy methods, and wave behavior routinely in his civil engineering program at Arizona State. That combination of exam experience and ongoing practice means he can unpack free-body diagrams, conservation laws, and kinemati...

Medical school trains you to think in systems — and that's exactly how Hanna approaches physics problems, whether it's tracing how forces propagate through a pulley setup or tracking energy through a collision. Her premed coursework and experience tutoring math through differential equations mean th...