Senior-year physics often pulls together everything — electromagnetic induction, optics, modern physics — into problems that require confident math and strong conceptual reasoning simultaneously. Israel tackles these topics from the perspective of someone who earned dual B.S. degrees in Physics and ...

Senior-year physics often ramps up into electromagnetism, waves, and modern physics topics that feel disconnected from the mechanics students learned earlier. Corrina ties these threads together, showing how the same energy and field concepts reappear in circuits, optics, and nuclear decay. Her engi...

Six semesters as a teaching assistant for digital logic at Cornell gave Alexander a sharp instinct for where students get stuck on circuit analysis and electromagnetic concepts — the same topics that dominate twelfth-grade physics. His dual B.S. and M.Eng in Electrical and Computer Engineering means...

Twelfth-grade physics often ramps into electromagnetism, wave optics, and modern physics topics that feel more abstract than anything from junior year. Robert tackles these by anchoring each new concept to the mechanics and energy principles students already know, building the math up step by step r...

Sabine's chemistry degree means she learned physics the way it's actually used — through thermodynamics labs, spectroscopy analysis, and energy calculations that mirror exactly what twelfth graders encounter in waves, modern physics, and conservation problems. She unpacks the math behind each concep...

Senior-year physics pulls together everything — momentum conservation in two dimensions, energy methods for complex systems, electromagnetic induction, and wave behavior. Michael's background in science education and his long track record of preparing students for university-level STEM programs make...

Having completed Physics 1 and 2 alongside Calculus 3 in her civil engineering program, Brianna knows exactly where the math and the physics interlock in topics like projectile dynamics, fluid statics, and energy methods — because she applies those same principles to structural design problems. She ...

Mechanical engineering at the university level means solving problems that blend rotational dynamics, thermodynamics, and material stress — all topics that land squarely in a Grade 12 physics curriculum. Kathryn draws on that training to teach seniors how to set up free-body diagrams, track energy t...

Five years of teaching math, physics, and statistics across multiple levels means Arish has seen the specific places where seniors stumble — especially when problems require translating between mathematical models and physical scenarios like projectile motion, energy conservation, or wave interferen...

Studying Honours Physics at the University of Waterloo means Diba is working through the advanced versions of every Grade 12 topic — special relativity, electromagnetism, wave phenomena — right now, so she knows exactly which conceptual leaps trip seniors up and which practice problems build real fl...