Master college physics — one clear step at a time

If you're reading this, there's a good chance physics has already given you trouble — or you know it's coming and you want to get ahead of it. Maybe you sat through a lecture on Newton's Second Law and nodded along, then stared blankly at the homework. Maybe you passed the first exam and felt the wheels start to slip when torque and rotation showed up. Maybe you're heading into the MCAT or a new engineering sequence and you know your foundation has gaps you can't afford to leave unfilled. I've been there with hundreds of students, and I want you to know: this is not a talent problem. It's a framework problem.

Physics feels hard for most students because it gets taught backward — formulas first, understanding second, if ever. You end up with a collection of equations you don't trust and no reliable way to know which one applies to a given situation. That's an exhausting and unstable way to learn. Everything I do in this course is designed to fix that at the root. We start with the reasoning — what is actually happening physically — and then we build the mathematics on top of that reasoning. By the time you're writing down an equation, you already know why it's the right one.

The systematic problem-solving framework I introduce in the first section isn't a gimmick. It's the same structured approach that strong physics students use intuitively, made explicit and teachable. You'll use it on free-body diagrams, on thermodynamics problems, on circuit analysis, on optics. It transfers. And that's the point — I want you to walk out of this course with a skill, not just a set of memorized facts that fade before the next exam.

I've designed this course to cover the full arc of introductory college physics: from kinematics and forces through rotational dynamics, thermodynamics, waves and optics, all the way to electromagnetism and Faraday's Law. That's a lot of ground, and we take it one honest step at a time. No hand-waving. No skipping the parts that are genuinely tricky. Just clear explanations, worked examples, and the patience to do it right.

You don't need to be a "physics person" to succeed here. You need to be willing to work through problems carefully and trust the process. I'll handle the rest. Let's build something solid together.