Hi, I'm Saurabh.Teaching Students ToThink Like Physicists.
Master Deep Concepts & Physics With Saurab.
Build the deep conceptual clarity top exams and universities demand — from mechanics and electrodynamics to wave optics and modern physics.
- First-principles derivations
- Numerical problem-solving
- Free video lessons included
- Student discount
- Free course previews
- 100% money-back guarantee
Our students study & excel at
- IIT Bombay
- AIIMS Delhi
- IIT Delhi
- IISc.
- BITS Pilani
- Top RanksJEE & NEET
01 / The Learning Gap
Formulas are cheap. Intuition is valuable.
Memorizing equations gets you through the test. Deciding which one applies, why it holds, and what breaks when assumptions change is the real skill.
learn these to build that judgment ↓
02 / What's at stake
Every exam breaks somewhere. Someone has to solve it.
A formula sheet gives you a probable answer — not one proven from first principles. Knowing the difference is physics.
You pick up the mechanics paper. Every formula memorized. How hard can it be?
Wedge, pulley, two blocks — nothing like the solved examples. The memorized formula doesn't fit. Guess and move on.
mechanics section: 3 of 5 wrong
rotation: sign error — full solution marked incorrect
… −48 marks in one hour
“Walk me through why you picked that formula. What does it assume about the system?”
↑← you. still typing. for 11 minutes.
You re-derive it from free-body diagrams — no formula roulette. The wedge problem takes 40 seconds.
A formula sheet gave you a possible answer. Knowing if it's correct is physics.
03 / The path
Coaching sells shortcuts, not a path.
“I memorize everything — but still fail the application questions.”
— a learner, before their first course
Back to the basics
Mechanics foundations: vectors, free-body diagrams, and how forces actually act on a system.
Derive, don't memorize
Where each formula comes from, what it assumes, and when it stops being true.
Practise problem solving
Wedge-and-pulley setups, rotational systems and past-paper drills — practised with real understanding.
Apply to the real world
Orbital mechanics, circuit transients, quantum models — physics as a lens, not a syllabus item.
Derivations come before memorization. That's what makes them leverage.
04 / Proof
They started confused too. Now they solve real problems.
“I knew formulas, but the real challenge was seeing the bigger picture. The derivations-first approach changed how I solve problems.”
“Because of what I learned, I was able to crack the physics section I used to lose the most marks in.”
“Not just the syllabus — how to model a system, check limits, and sanity-check answers like a real physicist.”
“I now solve problems from first principles instead of hunting for the right formula.”
05 / Beyond the lessons
More than 350+ video lessons on YouTube.
Entire playlists on derivations, problem strategy and physics intuition — free for everyone, from Saurabh's channel.
At every step of your learning journey, you have me — and thousands of students.
Join the Discord server
Ask when you're stuck, share what you solved, and debate physics with students working through the same derivations — Saurabh answers weekly.
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New lessons, live problem sessions and course launches — straight from Saurabh. One-way, no group-chat noise.
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Join 15,000+ students learning physics the way it's actually understood — foundations first, formulas second.