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Master Algorithmic Problem Solving and Scalable System Architecture for Top Tech Offers.
While AI can generate code snippets, technical screening rounds and online assessments (OAs) evaluate your foundational problem-solving rigor and architectural intuition. This 90-day bootcamp is engineered to help you crack SDE-1 interviews at top product firms.
Covering 250+ carefully selected problems across 14 essential algorithmic patterns (Sliding Window, Two Pointers, Fast & Slow Pointers, Monotonic Stacks, Graph traversals, DP), you will develop the ability to dissect any unseen problem systematically.
The program also provides deep-dive training into Low-Level Design (SOLID principles, Design Patterns, UML modeling) and High-Level System Design (Load Balancers, Sharding, Consistent Hashing, Message Brokers), concluding with a production-grade distributed system implementation.
Analyze time and space complexities intuitively with Big-O notation
Solve complex algorithmic challenges using optimal Two-Pointer, Sliding Window, and Tree patterns
Break down dynamic programming problems into clear state transitions and memoization structures
Implement clean, extensible software architectures using SOLID principles and GoF design patterns
Design large-scale distributed systems capable of handling millions of requests per second
Our industry-aligned syllabus is partitioned into 4 high-impact milestones, taking you systematically from core concepts to enterprise deployment.
Master Big-O analysis and solve pattern-based problems on arrays, strings, stacks, and queues.
You will build, test, and deploy production-grade software applications to create a verifiable GitHub portfolio that proves your capabilities to hiring managers.
High-throughput system handling 10,000+ RPS with rate limiting, caching & low-level design.
A complete distributed systems capstone designed to mimic industry architectures like TinyURL and Bitly. Features modular Low-Level Design (LLD) using the Strategy and Factory patterns, a Token Bucket Rate Limiter, Base62 encoding, Redis cache-aside layer, PostgreSQL persistent store with database sharding logic, and automated JMeter load testing benchmarks demonstrating sub-15ms response times under high concurrency.
Provides candidates with an authoritative talking point for both algorithmic coding rounds and SDE system design architectural discussions.
Everything you need to know about the Data Structures, Algorithms & System Design Mastery program, mentorship, and credentials.
Yes! While we progress to advanced Dynamic Programming and System Design, we begin with foundational Big-O analysis and pattern recognition so that students can build confidence step-by-step.