Master Algorithms in 12 Weeks
Starts 22.04.2025Dreaming of landing a coveted role at a FAANG or another top-tier tech company? Success starts with mastering algorithms and problem-solving skills.
Live course on Platform
From engineers from Google, Snap, and Apple
Why This Course Stands Out
This isn’t just another coding course—it’s a complete system for success created by engineers who’ve walked the path you’re aiming for
Why This Course Stands Out
Syllabus
Week 1: Introduction + Arrays and Strings
Arrays and strings form the foundation of most coding interview problems. In this module, you'll learn essential patterns like sliding window, prefix sum and two pointers to solve common challenges such as subarray sums, rotations, and substring searches. You’ll also gain an insider’s overview of how the FAANG coding interview process works, including what to expect, how to prepare, and strategies for success.
-
Lecture: Overview of FAANG coding interviews and Core problem-solving patterns for arrays and strings: sliding window, two pointers, prefix sums
-
Practice: Live coding exercises on array manipulations and string processing
-
Quiz to test your theoretical understanding of array and string techniques
-
Practical HW: curated problems on arrays and strings
Week 2: Hash Tables & Hash Sets in Action
Hash tables are a powerful tool for achieving constant-time lookups and solving problems efficiently. This week introduces the fundamentals of hashing and applies them to real interview questions, including frequency counting, collision resolution, and duplicate detection.
-
Lecture: Hashing strategies, collision handling, common use cases
-
Practice: Design and implement hash-based solutions
-
Quiz: Concept check on hashing mechanics and applications
-
Homework: curated problems on hash maps and sets
Week 3: Linked Lists - From Basics to Tricky Patterns
Linked lists frequently appear in interviews due to their unique pointer-based structure. You’ll master operations such as reversing, merging, and other, which are often tested in technical screens.
-
Lecture: Singly, doubly, and circular linked lists; key operations
-
Practice: Live coding exercises on Lists
-
Quiz: theoretical questions on linked list manipulation
-
Homework: Coding exercises
Week 4: Mastering Stacks & Queues for Problem Solving
Stacks and queues are versatile data structures used for parsing expressions, managing tasks, and solving search problems. Learn to apply them to real-world coding interview scenarios.
-
Lecture: Principles of stacks and queues, and interview use cases
-
Practice: Implement stacks/queues, solve monotonic stack problems
-
Quiz: theoretical questions to make sure you understand the concepts
-
Coding exercises
Week 5: Sorting & Searching Strategies
Sorting and searching are fundamental algorithmic skills. This module covers both basic and advanced sorting methods and delves into binary search applications that go beyond simple lookups, including complex search space problems.
-
Lecture: sorting algorithms, binary search techniques
-
Practice: Live coding exercises on sorting and binary search
-
Quiz: questions on sorting complexities and search patterns
-
Coding exercises
Week 6: Heaps & Priority Queues - Efficient Scheduling and Optimization
This week focuses on heaps and priority queues, powerful data structures essential for solving scheduling and optimization problems in coding interviews. You’ll learn to implement heaps from scratch, apply them in real-world scenarios like task scheduling and top-k problems, and optimize your solutions for efficiency.
-
Lecture: Basics and applications of heaps
-
Practice: Live coding session on heap applications
-
Quiz on Heaps and Semi-course quiz for first 6 weeks
-
Coding exercises and mini-project
Week 7: Trees and Tries - Traversals, BST
Trees are hierarchical data structures that often appear in coding interviews. You’ll learn tree traversals, solve problems related to tree depth and symmetry, BST fundamentals, balanced trees, trie, and implement algorithms to view trees from different perspectives.
-
Lecture: Binary tree traversals, BST basics, balanced trees and trie overview
-
Practice: live coding session to cover the most common interview problem patterns
-
Quiz: questions to strength trees understanding
-
Coding exercises
Week 8: Graphs Basics - Traversals & Shortest Paths
Graphs model relationships and networks, commonly used in search problems. You’ll explore BFS and DFS for graph traversal and tackle interview problems like finding connected components and shortest paths.
-
Lecture: Graph representations, BFS and DFS fundamentals
-
Practice: Implement graph traversals and solve graph common interview questions
-
Quiz: conceptual and practical graph questions
-
Coding exercises
Week 9: Advanced Graph Algorithms & Union-Find
Advanced graph problems require mastering algorithms like Union-Find for cycle detection and Kruskal’s or Dijkstra’s for optimization. This week helps you handle complex graph scenarios often asked in FAANG interviews.
-
Lecture: Union-Find, Topological Sort, and shortest path algorithms
-
Practice: Live coding session with common advanced graph interview problems
-
Quiz: advanced graph algorithms
-
Coding exercises
Week 10: Dynamic Programming - Core Concepts
Dynamic programming (DP) is essential for solving optimization problems efficiently. Learn to recognize overlapping subproblems, set up DP states, and solve classic DP problems like knapsack and longest common subsequence.
-
Lecture: DP fundamentals, memoization vs tabulation
-
Practice: Implement DP solutions for common patterns
-
Quiz: questions testing DP intuition and pattern recognition
-
Coding exercises
Week 11: Dynamic Programming - Advanced
This week is dedicated to mastering advanced DP techniques through challenging problem-solving. You'll tackle complex DP scenarios and refine your skills to excel in high-stakes coding interviews.
-
Lecture: Advanced DP techniques
-
Practice: Implement DP solutions for common advanced patterns
-
Quiz: Final comprehensive quiz
-
Coding exercises
Week 12: Math and Bit Manipulation & Mock Interviews
This week covers advanced math concepts and bit manipulation techniques essential for coding interviews. You’ll practice advanced problems and participate in mock interviews to prepare for high-stakes coding rounds.
-
Lecture: Key math concepts
-
Practice: homework problem discussion
-
Quiz: Final comprehensive quiz
-
Mock interview assessment + final take-home coding challenges
Who Should Join?
Students and Recent Grads
Build a strong foundation in algorithms and data structures
Self-Taught Programmers
Fill in any gaps and gain the confidence to tackle even the toughest questions
Experienced Developers
Refine your skills and prepare for a career leap into FAANG or other leading tech firms
Reviews
Start Your Journey to FAANG Today!
By the end of the 12 weeks, you’ll be ready to:
Confidently solve complex algorithmic problems under pressure Ace technical interviews with structured problem-solving skills Gain real-world insights and strategies from industry veterans Stand out with mock interview experience Potential referrals to FAANG companies!How to Book the Course
Signing up
It’s simple! Select a plan, choose your payment method, and submit your request
Quick response
Our team will get back to you within 24 hours with the next steps and answer any questions you may have
Start your journey!
Secure your spot today and start your journey toward mastering FAANG interviews!
Pricing Plans
$700 /Per 4 weeks
Pay over Time
Pay in installments every 4 weeks
-
Full access to all course materials
-
1 free mock interview
-
Chat support
-
AI Assistant
-
Referral for top performers
-
Feature 6
$1800 Most Popular
Full Payment
Pay at once
-
Full access to all course materials
-
1 free mock interview
-
Chat support
-
AI assistant
-
Referral for top performers
-
Feature 6
About the Instructor
Your instructor is a seasoned Software and Machine Learning Engineer and Algorithm Expert with a deep passion for problem-solving and teaching
-
Competed in algorithmic contests throughout school and university, developing a strong foundation in competitive programming
-
Worked at Google, Snap, and Apple, contributing to large-scale systems and cutting-edge AI technologies
-
Holds two patent applications in the field of Generative AI, showcasing innovation in the latest advancements of artificial intelligence
-
Recognized as a top coach on a leading mock interview and software engineering mentorship platform, having conducted 100+ mock interviews with an average rating of 4.95/5
FAQ
How much time should I dedicate per week?
On average, students spend 5-10 per week practicing problems and attending sessions
What programming languages can I use?
This course is language-agnostic, meaning you can use any programming language commonly accepted in FAANG interviews, such as Python, Java, C++, or JavaScript. However, the course materials, code examples, and optimization techniques will primarily be provided in Python and C++, as they are widely used for competitive programming and technical interviews.
Can I access the course after completion?
Yes, you’ll have lifetime access to the recorded lectures, materials and students chat.
Will this course guarantee a FAANG job?
While we can’t guarantee job placement, we provide the best preparation resources and strategies to maximize your chances of success.
Is there a refund policy?
If you don’t like the course, you can leave with a full refund after the first lecture.
In which timezone are the live lectures and practice sessions?
The live lessons are scheduled in the evening (CET timezone) to accommodate most participants. If you’re in a different timezone, you can still access recorded sessions and study at your own pace. Plus, our discussion forums and mentor support are available to help you anytime!