Data Structures & Algorithms
Challenging topics need clear, methodical, explanations. You have to do the actual math, you have to go deep into the why behind approaches.
This is why we take a ground-up approach to any concept we teach so it just “clicks” in our students’ minds.
We see every lesson as a conversation. Taking a student from beginner to advanced understanding incrementally.
Stuck on a problem? Curious how a solution works, or just want a deeper understanding? Talk to your own personalized AI teaching assistant.
Have a 1-1 conversation with a context-aware AI briefed on your code, the problem statement, any errors you are facing, potential solutions, & more.
24/7, 365, you can ask your assistant questions as you learn.
Time & Space Complexities
Stacks & Queues
Recursion & Backtracking
We leave you enlightened.
We teach you the most important concepts in the fewest questions. We have taught this curriculum 3-times over and weave related concepts between topics effectively.
We support the most popular programming languages so you can get hands-on experience implementing solutions to each problem. The best way to learn is by doing.
Have a context-aware AI-assistant on standby to help you as you study. Your assistant will be aware of the problem, solutions, your workspace code, any active errors, and more. Ask it anything!
We provide solutions to all problems we teach. We start with the brute force & incrementally reach an optimal solution. Solutions are translated into multiple languages.
We offer a sizable amount of high-signal content. Our library took nearly a year to aggregate in-full.
We are constantly editing, pruning, & expanding our content library. Each content item takes 4-8 hours to produce. We are constantly going to work to make the library better.
Join our Discord to receive peer & instructor support. When you get stuck there is always someone to help you continue forward.
Every solution we offer is annotated with time & space complexity bounds.
Every video we deep dive into the full derivation of upper (and lower bounds) when necessary.
You will walk away equipped & confident in your ability to reason about any problem’s time & space complexity bounds.