How to Take Notes from JEE & NEET YouTube Lectures Using AI

Physics Wallah. Unacademy. Vedantu. These three channels (and their offshoots) basically run the JEE and NEET YouTube ecosystem. If you’re preparing for either exam in 2026, you’ve probably watched hundreds of hours on these channels. Maybe thousands.

And if you’re like most aspirants I’ve talked to, you’ve also spent a ridiculous amount of time pausing, rewinding, and writing notes by hand. For a single Alakh Pandey organic chemistry lecture — 1.5 hours long — manual note-taking can easily add another hour on top.

Multiply that across 4-6 hours of daily lectures. That’s 2-3 extra hours just writing things down.

There’s a faster way now.

The YouTube Lecture Problem for JEE/NEET Students

Let me paint the picture clearly. A typical JEE aspirant’s YouTube diet looks like:

Physics: Physics Wallah, Unacademy JEE (2-3 lectures/day, 45-90 min each)
Chemistry: PW, Vedantu (1-2 lectures/day, 60-90 min each)
Math: Unacademy, various teachers (1-2 lectures/day, 60 min each)

That’s 4-6 hours of video content daily. And here’s what most students do:

Watch at 1.5x speed
Pause when something important comes up
Write it down in a notebook
Resume, lose focus, rewind 30 seconds
Repeat

By the end, you’ve got messy notes, a headache, and the nagging feeling that you’ve spent more time on logistics than on actual understanding.

I talked to a NEET aspirant from Kota last year who told me she sometimes falls asleep mid-note-taking because the cycle of pause-write-rewind is so exhausting. And she’s not alone — this is so common it’s almost a meme in JEE/NEET prep communities.

How AI Changes This

The idea is simple: let AI watch the lecture (well, process the content) and give you the notes. Then you watch the lecture with the notes already in front of you.

Instead of: Watch → Pause → Write → Repeat (6-8 hours total)

You do: Get AI notes → Read notes (5 min) → Watch lecture focusing on understanding (4-5 hours total)

That 2-3 hours saved daily? That’s an extra problem-solving session. Or sleep. (Sleep is underrated for exam prep. Seriously.)

Step-by-Step: Using Get Summary for JEE/NEET Lectures

Here’s exactly how to do it with a Physics Wallah lecture:

Step 1: Go to the YouTube video. Let’s say it’s a PW lecture on thermodynamics.

Step 2: Tap Share → Copy link. (Works from both the YouTube app and browser.)

Step 3: Open Telegram. Go to Get Summary AI.

Step 4: Paste the link. Send.

Step 5: In about 20-30 seconds, you get back structured notes that include:

Main topics covered (with headers)
Key concepts and definitions
Formulas mentioned
Important examples or problem-solving approaches
Timestamps for each section

Step 6: Read through the notes before watching the lecture. Takes 3-5 minutes.

Step 7: Now watch the lecture. You already know the structure, so you can focus on the explanations rather than trying to catch every detail.

This works for Hindi-medium lectures too — the bot handles multilingual content, which is critical since most PW and Unacademy content mixes Hindi and English.

Combining AI Notes with Active Recall

Getting notes is only half the battle. The other half is retaining the information. Here’s the workflow that works best:

Immediately after the lecture:

Review your AI notes
Highlight anything you didn’t fully understand during the lecture
Re-watch only those specific sections (timestamps make this easy)

That evening:

Close the notes
Try to recall the main concepts from memory — write them down on a blank sheet
Open the AI notes and compare. What did you miss?

Weekly:

Convert the week’s AI notes into flashcards (you can paste them into ChatGPT and ask for Q&A format)
Review flashcards using spaced repetition

This isn’t some theoretical study method. It’s basically the Feynman Technique combined with spaced repetition, just with AI handling the boring transcription part.

Sample: What AI Notes Look Like for a PW Lecture

To give you a concrete idea, here’s roughly what you get from a 50-minute Physics Wallah lecture on electromagnetic induction:

Electromagnetic Induction — Key Notes

1. Faraday’s Laws (00:03:20)

First Law: Change in magnetic flux induces EMF

Second Law: EMF = -dΦ/dt

Discussed real-world example: generator

2. Lenz’s Law (00:14:45)

Direction of induced current opposes the change that causes it

Important for JEE: sign convention in problems

Memory trick shared by teacher: “Nature resists change”

3. Self-Induction (00:28:10)

L = NΦ/I

Analogy with inertia explained

Inductance of solenoid derived

4. Mutual Induction (00:38:00)

Two coils, flux linkage

Formula: M = k√(L₁L₂)

Transformer application mentioned

5. Solved Problems (00:42:30)

Problem 1: EMF in rotating coil

Problem 2: Self-inductance calculation

Emphasis on unit consistency

Summary: Covers Faraday’s laws through mutual induction with JEE-level problem solving. Focus areas for exam: Lenz’s law applications, self-inductance derivation.

Not perfect — you’d probably want to add your own notes on tricky derivations. But as a starting framework? Way better than starting from scratch.

A Complete Daily Workflow for JEE/NEET

Here’s what I’d recommend:

Morning (before lectures):

Send today’s lecture links to Get Summary AI in Telegram
Read through the AI notes while having chai (10-15 min)

During lectures:

Watch with AI notes open beside you
Mark anything confusing in the notes
Don’t pause to write — just watch and understand

After lectures:

Go back to marked sections, re-watch with timestamps
Add your own annotations to the AI notes
Do practice problems immediately (this is where real learning happens)

Evening:

Active recall session: close notes, write what you remember
Create flashcards from the day’s trickiest concepts
Solve PYQs related to the day’s topics

Before bed:

Quick flashcard review (15 minutes)
Tomorrow’s lecture links → Get Summary (prep for the next day)

This saves roughly 2-3 hours daily compared to the traditional pause-and-write method. Over a year of preparation, that’s… a lot.

What About Handwritten Notes?

Here’s my potentially unpopular opinion: handwritten notes from YouTube lectures are mostly a waste of time for JEE/NEET prep.

Wait, hear me out.

Handwritten notes help when you’re processing and thinking about the material as you write. But when you’re pausing a video every 30 seconds to copy what’s on screen, you’re not thinking — you’re transcribing. That’s a secretary’s job, not a student’s.

The time saved by using AI notes is better spent on:

Solving problems (the actual skill JEE/NEET tests)
Active recall (which builds long-term memory)
Understanding derivations deeply (instead of rushing through them)

If you like handwriting notes, do it for textbook chapters or your own concept maps. Those involve real thinking. But transcribing YouTube lectures? Let AI handle it.

Which AI Tool Works Best for Indian Education YouTube?

I’ve tested several tools specifically with Indian education content:

Get Summary AI: Best overall for Hindi-English mixed lectures. Handles PW, Unacademy, Vedantu well. Works on phone.
ChatGPT: Good if you paste the transcript, but manual effort on mobile is too much. Better for follow-up questions.
Gemini: Hit or miss. Sometimes great, sometimes too vague for study purposes.
Chrome extensions (NoteGPT, Eightify): Desktop only. If you watch lectures on a laptop, they work. But most JEE/NEET aspirants I know study from their phones.

The mobile factor is really important here. Most aspirants in India study on their phones — not laptops. A tool that requires a Chrome extension is useless for the majority of the target audience.

Get Started

You don’t need to change your entire study routine overnight. Just try it with one lecture tomorrow:

Pick a YouTube lecture you’re planning to watch
Send the link to Get Summary AI on Telegram
Read the notes before watching
Watch the lecture without pausing to write
See how it feels

Most students who try this don’t go back to manual note-taking. The time savings are just too obvious.

Good luck with your prep. JEE and NEET are brutal, but at least note-taking doesn’t have to be.