STEM Library
A structured library covering classical mechanics, thermodynamics, electromagnetism, waves, optics, and modern physics — taught from first principles.
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Mechanics
Energy & Momentum
Rotation & Gravity
Waves & Thermo
Simple harmonic motion and resonance.
Wave behavior, interference, and standing waves.
Acoustic waves, intensity, and the Doppler effect.
Heat, work, entropy, and the laws of thermodynamics.
Electromagnetism
Optics & Modern
Reference
Plugging numbers into formulas before understanding the situation.
How we teach it: We always sketch the problem first.
Weak trigonometry and algebra.
How we teach it: We diagnose and patch foundations before launching mechanics.
Confusing vectors with scalars.
How we teach it: Whiteboard diagrams keep direction visible at every step.
Treating each chapter as independent.
How we teach it: Energy, momentum, and forces are constantly connected back to one another.
Physics is the model the rest of science borrows from. Students who understand it think more clearly about every quantitative problem they meet.
Statics, dynamics, electromagnetism, and thermodynamics are working tools for engineers.
Imaging, biomechanics, and many MCAT topics are applied physics.
Graphics, simulation, and machine learning borrow from physics.
Experimental design and measurement reasoning trace back to physics.
Energy literacy is a physics literacy problem.
Driving, sports, and home electrical safety all benefit from clear physical reasoning.
Every career card links into the curated pathway page when one exists.
Every engineering discipline.
Especially radiology and biomedical engineering.
Physics, materials, and applied science.
Aero, propulsion, and orbital mechanics.
Graphics, simulation, and game physics.
Devices and medical imaging.
Modeling and computational reasoning.
Structural reasoning and materials.
Related STEM Subjects
Yes — algebra-based and calculus-based, including AP Physics C: Mechanics and E&M.
Yes.
When appropriate — calculus-based physics for students who need it for engineering or AP Physics C.
A consistent four-step framework: sketch, identify, set up, solve.
We address that first; physics without algebra and trig is impossible.
Yes — relativity, quantum, and atomic physics for advanced students.
Live, one-on-one, with feedback on every step the student takes.
Yes — including mechanics and circuits at an introductory engineering level.
Yes — uncertainty, graphing, and lab report writing.
Yes — every problem is drawn on the live whiteboard before any numbers appear.
A full school year for the curriculum, plus targeted exam preparation in spring.
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Reserved spaces for instructor-written material. Available upon request while we publish each one.
Reference sheets for the most important formulas and identities.
Topic-by-topic outlines aligned with the curriculum.
Captured walk-throughs of the most important explanations.
Sets of problems graded by difficulty, with worked solutions.
Books the instructor genuinely recommends — not affiliate filler.
A curated list of high-quality free resources elsewhere on the web.
Short instructor-led videos for the highest-yield topics.
Printable handouts, problem sets, and reference cards.
Every lesson is delivered live on a professional, double-sided mobile classroom whiteboard. Students see equations, diagrams, and reasoning unfold step by step — exactly the way a strong teacher would explain them in a real classroom.
The whiteboard is the difference between a tutoring session and a lesson. Slides and screen-shares show finished work; the whiteboard shows the thinking. Students learn how to set up a problem, where to commit to a method, and how to check themselves — habits that transfer to every exam and every classroom they walk into next.
Every lesson is taught by the instructor — never handed off.
Lessons move at the speed the student needs, not a fixed schedule.
School homework and exam preparation run in parallel.
Targeted preparation for SAT, ACT, AP, Regents, MCAT, TEAS, and HESI A2.
Many students continue for multiple years across subjects.
Parents receive check-ins and can request progress summaries any time.
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The strategy session is the first step of working together — a focused academic planning and diagnostic conversation used to understand the student before any ongoing academic support begins.
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