Stop grinding at random. Start recognizing patterns.
You can solve 300 LeetCode problems and still stall on a problem you haven't seen before. This 14-week live cohort fixes that, you learn one pattern at a time in the right order, then apply it immediately through guided problem solving until spotting the approach becomes instinct.
Pattern-first curriculum · 24 modules from arrays to dynamic programming · built for coding interviews
Most engineers don't fail coding rounds because they're not smart. They fail because they practiced problems at random instead of learning the patterns in order.
"I've done 300 problems but still freeze on new ones."You solved them once, but never extracted the reusable pattern, so a fresh variant feels brand new.
"I can brute force, but I can't optimize."You get a working solution, then go blank when asked for better time or space, you don't see the right data structure.
"DP makes my brain hurt."Nobody taught you how to define the state and transition, so every DP problem feels like starting from zero.
"I run out of time in the interview."You know the idea but code it slowly and buggily, with no clean templates to lean on.
Every pattern is followed by hands-on problem solving, that's how recognition is built.
One core technique at a time, taught in a deliberate sequence so each new idea builds on the last. No random topic-hopping.
The same session, we solve representative problems live and distill a clean, reusable code template while it's fresh.
As your toolkit grows, problems get harder, we compose multiple patterns (two-pointer + hashing, binary search + greedy) on real interview questions.
Timed contests and live mock interviews in the back half, so speed, correctness, and communication all become second nature.
24 modules across 14 weeks, in a deliberate learning sequence. Tap any week to expand. Every week = learn the pattern, then apply it through guided problem solving. Each week also lists bonus add-on topics that round out the live time.
Complexity, language internals, and the math you actually need
The workhorse pattern behind half of all problems
Sort smart, then search in log time
lower_bound/upper_bound from scratch; search on floatsSearch the answer space; sweep with pointers
Windows that grow and shrink; ranges in O(1)
Explore the decision tree; think in bits
LIFO/FIFO, and the monotonic-stack superpower
Pointer surgery without the edge-case bugs
Traversals and the "return struct from DFS" pattern
Ordered structures and Top-K thinking
Prefix trees, bitwise tries, and range queries
Traversal, shortest paths, DSU, and MST
When greedy works, and the DP recipe
The hard DP, string algorithms, and mock interviews
By week 14, a new problem stops being scary, you recognize the pattern and reach for the right tool.
One price, full access, no upsells.
2 per week (Sat & Sun) for 14 weeks, fully recorded if you miss one.
Curated, pattern-ordered problem bank across 24 modules.
A reusable template per pattern, two-pointer, binary search, DP, graphs.
Timed rounds to build speed and accuracy under pressure.
Real interview simulation with structured feedback.
Direct doubt-clearing in the cohort group, never stay stuck.
"The pattern-first sequence changed everything. I stopped memorizing and started recognizing, new problems finally feel solvable."
"The learn-then-solve format forced me to actually code every session. My interview speed doubled."
"DP used to terrify me. The state → transition recipe made it mechanical. Cleared my loop two months later."
"Graphs and tries were always my weak spots. The templates here made them routine."
Small cohort · personal attention · limited seats.
…you could be the candidate who reads a problem, names the pattern, and codes the clean solution while the timer still has plenty left.