A PhD in Computational Mathematics from the University of Chicago, built on top of dual bachelor's degrees in physics and math, means Justin has worked through every derivation and proof underlying the IB Physics syllabus — not just memorized the results. He's especially sharp on the quantitative mo...

Having TA'd Electricity and Magnetism for engineers at Duke while minoring in physics, Florence knows the exact mathematical depth IB Physics expects on topics like fields, circuits, and electromagnetic induction — and where students lose marks by skipping steps in their reasoning. Her computer scie...

Graphical intuition is Dylan's secret weapon for IB Physics — he teaches students to sketch force diagrams, energy curves, and field lines until the abstract math behind mechanics and electromagnetism becomes something they can actually see and reason about on Papers 1 and 2. His physics degree at V...

Neuroscience training covers a surprising amount of physics — optics, electrical circuits in neural signaling, wave mechanics, and fluid dynamics all showed up in Anna's undergraduate coursework, giving her a cross-disciplinary intuition for topics that IB Physics tests on Papers 1 and 2. She's espe...

Studying physics at the university level while simultaneously working in a biomedical research lab gave Matthew an unusually broad view of how physics concepts apply in the real world. He tackles IB Physics topics like mechanics, waves, and energy systems by emphasizing the problem-solving framework...

Economics might seem like an odd background for IB Physics, but Rohan's coursework in econometrics — building mathematical models, interpreting data, and testing hypotheses — maps surprisingly well onto the quantitative reasoning IB Papers 1 and 2 demand. He's especially sharp at teaching students h...

Going through the full IB programme herself — not just one or two courses — means Kinjal knows the specific pressure points: the way Paper 2 structured questions demand precise reasoning chains, the time crunch on Paper 1 multiple choice, and the IA's expectation that students evaluate their own exp...

Mechanical and aerospace engineering at Princeton means Nicolas is solving the exact mechanics, thermodynamics, and wave problems that IB Physics covers — except at a higher level, which lets him show students where each concept is headed and why the IB approach works the way it does. His 1580 SAT c...

Biomedical engineering at Brown means Phillip works through mechanics, thermodynamics, and wave physics in the context of real biological systems — the kind of applied problem-solving that makes IB Physics concepts stick instead of feeling abstract. He's especially strong at teaching students how to...

The jump from textbook physics to IB Physics often trips students up on data analysis questions and multi-concept problems where mechanics, waves, and energy all intersect. Sidharth approaches each topic by tying equations back to physical intuition — explaining not just how to use F=ma, but why a f...