Striver vs NeetCode: Which Problem List to Follow

You've got two browser tabs open. Striver's takeUforward on the left, NeetCode on the right. You've been comparing problem lists, reading Reddit threads about Striver vs NeetCode, and switching between them for a week. You're no closer to deciding which one to follow.

Both are free. Both have helped thousands of engineers land offers at top companies. And they have fundamentally different ideas about how to organize your preparation.

Two tabs open

The Striver vs NeetCode debate shows up on every DSA subreddit at least once a week. The reason it keeps coming back is that both resources are genuinely good, and the right choice depends on how you learn, not which list is objectively better.

Striver (takeUforward) offers the most comprehensive free DSA resource available: the A2Z DSA Sheet with 400+ problems and the focused SDE Sheet with 180+ problems, all backed by detailed written explanations. NeetCode offers one of the most tightly curated lists in the space: 150 problems chosen to cover the patterns that matter, with video walkthroughs for every single one.

Striver's SDE Sheet has 180+ problems with written step by step explanations. NeetCode 150 has 150 problems with video walkthroughs. Both are free, both cover the major interview patterns, and the decision comes down to whether you learn better by reading or watching. Same goal. Different formats. Different philosophies about what enough means.

Striver's approach: Breadth with written depth

Striver's content lives on takeUforward.org and comes in two tiers of scope:

The written format is Striver's real differentiator. Take House Robber, a classic dynamic programming problem where you can't rob two adjacent houses and need to maximize the total amount. Striver's explanation doesn't just show the code. It walks through why a greedy strategy fails, builds the recurrence relation step by step, and shows both the memoized and tabulated solutions with state transitions spelled out.

If you learn by reading and rereading, this depth is hard to match. You can pause on a sentence, reread the recurrence derivation, and trace through the dp[i] transitions at whatever speed you need.

Written explanations also age well. They're searchable, skimmable, and you don't need to scrub through a 15-minute video to find the one insight you were looking for.

The A2Z sheet does something most free resources don't: it gives you scope definition. Instead of "solve problems until you feel ready," you get a concrete checklist of topics and problems. You can see exactly what you've covered and what's left. If you struggle with the "am I doing enough?" anxiety, that visible progress matters more than the specific problem selection.

Striver's community in India is huge, and there's a practical upside to that. When you're stuck on an SDE sheet problem, you'll find discussion threads, alternate explanations, and peer solutions within minutes. That kind of community support only builds up around a resource that's actually useful at scale. One caveat: the community skews heavily toward C++ and Java, so if you're preparing in Python or JavaScript, you'll find fewer peer solutions in your language.

NeetCode's model: Curation with video clarity

NeetCode's strength is tight curation. The NeetCode 150 list cuts DSA interview prep down to 150 problems organized by pattern, with a clear progression within each category.

What makes NeetCode's videos work is the consistency. Each one focuses on a single problem, explains the brute force approach, shows why it's suboptimal, and builds toward the efficient solution. The whiteboard style demonstrations make abstract concepts like DP state transitions or graph traversal paths easier to follow than written text for many learners.

For the same House Robber problem, NeetCode's video walks through the decision tree visually, showing which subproblems overlap and why memoization eliminates redundant work. If you grasp concepts faster through visual demonstration than written derivation, that format advantage is real.

You also get to hear the reasoning process out loud, which captures something that written explanations often can't. The 150 problem scope is deliberate. NeetCode's position is that 150 well chosen problems solved with real understanding cover more ground than 400 problems solved mechanically.

Whether that holds true depends on your starting point. But the tighter scope does reduce decision fatigue. You don't have to decide which problems to skip.

The evolution from Blind 75 to NeetCode 150 is worth knowing about. Blind 75 was the original community driven "minimum viable" problem list. NeetCode 150 expanded it with problems that cover patterns the original list missed. That expansion came from community feedback about which problems actually appeared in interviews and which patterns Blind 75 underrepresented. The curation has a track record behind it, and it shows in how the list handles categories like graph problems and intervals that Blind 75 barely touched.

NeetCode 150 and all YouTube videos are completely free. NeetCode Pro adds structured courses, grouped practice by pattern, and more depth. You can start free and decide later whether the structured layer fills gaps you're actually experiencing. Low commitment to try.

Problem for problem

A few things stand out. Striver wins on problem count, explanation depth, and scope clarity if you want comprehensive coverage. NeetCode wins on video format, built in progress tracking, and broader language coverage with its Python first focus. Blind 75 is still the minimum viable list for engineers with limited time, but it has no teaching alongside the problems.

None of the three includes interview simulation, explicit pattern identification training, or ordered prerequisite paths. They're all problem lists with varying levels of explanation attached. That's an important distinction because it defines what category of resource they are.

Where Striver and NeetCode share the same gap

Both Striver's SDE Sheet and NeetCode 150 do their jobs well. They curate solid problems, organize them by topic, and provide clear explanations in their respective formats. Completing either list with real understanding puts you in a much stronger position than grinding random LeetCode problems with no direction.

Go back to House Robber. Both Striver and NeetCode explain why dynamic programming works for this specific problem. What neither does is train you to look at an unfamiliar problem and identify that it's a linear DP problem in the first place. That identification step isn't something problem lists can teach directly. It requires practice reading problem statements and recognizing which pattern applies before you've seen any solution.

Research on transfer of learning draws a useful line here. Solving problems you've seen builds near transfer skill, the ability to handle similar contexts. Handling problems you haven't seen requires far transfer ability, and far transfer doesn't come from volume alone. You can complete 180 problems and still freeze when the interview problem doesn't match any of them closely enough to trigger recall. Problem lists were never designed to teach that layer. That skill has to be trained separately.

Platforms that address this limitation, like Codeintuition, include dedicated identification lessons per pattern. Start with the Dynamic Programming course to see what pattern identification training looks like applied to the same DP concepts both lists cover.

This isn't a knock on Striver or NeetCode. Problem lists and guided teaching platforms serve different purposes. But if you complete a list and still freeze on unfamiliar problems during interviews, the missing piece probably isn't more problems.

Choosing your free resource

If you learn by reading and want comprehensive scope:

Striver's SDE Sheet is the stronger fit. If you have more than 3 months, the full A2Z Sheet covers even more ground.

If you learn by watching and want efficient curation:

NeetCode 150 is the stronger fit. Add NeetCode Pro later if you want structured courses on top.

Both tabs are still open. But you've been switching between them for a week because you were answering the wrong question. The question isn't which list has better problems. It's how you absorb dense technical material. Written derivations you can reread, or visual walkthroughs you can watch. Breadth with scope clarity, or curation with zero decision fatigue.

Six months from now, the engineer who picked one list and worked through it with real understanding will be ahead of the one who spent another week comparing both. Close one tab. Start the list that matches how you learn. The gap between reading about preparation and doing it is wider than the gap between these two resources.