The Complete DSA Roadmap

Course Description

The Complete DSA Roadmap is a structured, hands-on program designed to prepare students for coding interviews and top company placements. The course covers the complete spectrum of Data Structures and Algorithms (DSA) — from fundamentals to advanced topics — with a strong emphasis on live problem-solving and interview patterns.

Course Fee Seats Limited

₹2200.00

Course Details

Duration
Duration
50 HRS
Duration
Course Label
SDC
Course Language
English
Duration
Course Mode
Online
Duration
Timings
Fri-Sat: 7 PM -9 PM and Sun- 10 AM-1 PM
Days
Friday-Saturday-Sunday
Registration Till
25 May 2026
Duration
Tentative ClassStart Date
summer
Duration
Eligible Schools:
Certificate Criteria
Certificate Criteria
75% attendance, 50% score in all Exams/CA

Curriculum Snapshot

Explore the comprehensive course modules

1 Graphs, Disjoint Set Union (DSU) Greedy Algorithms

Graph Representations: Adjacency List & Matrix · BFS & DFS on Graphs, Shortest Path Algorithms: Dijkstra's, Bellman-Ford, Floyd-Warshall, Disjoint Set Union (DSU) — Union by Rank + Path Compression

2 Foundations, Arrays Strings — Core Interview Patterns:

Complexity Analysis: Big O, O, T with real-life examples · Math Essentials, Array Basics & In-place Operations · Prefix Sums · Two Pointers Technique, Sliding Window Technique (Fixed & Variable Window), String Manipulation & Hashing for Strings, Binary Search (Basic + Advanced Applications)

3 Recursion, Linked Lists, Stacks Queues:

Recursion Patterns & Call-Stack Visualization · Divide & Conquer paradigm, Merge Sort & Quick Sort (in-place), Singly, Doubly & Circular Linked Lists · Fast & Slow Pointer Technique, Hashing: Hash Maps & Hash Sets for problem solving, Stacks & Queues (Array + LL implementation) · Monotonic Stack · Deque & Priority Queue

4 Trees Heaps — Hierarchical Data Mastery

Binary Tree Traversals: Inorder, Preorder, Postorder, Level Order · Binary Search Tree (BST): Insert, Search, Delete, Advanced Binary Tree Problems · BST Properties & Validation, Heap & Priority Queue (Min-Heap / Max-Heap), Advanced Heap Problems · Two-Heap pattern · Tries (Introduction), Segment Trees & Fenwick Trees (BIT)

5 DP Fundamentals: Overlapping Subproblems, Optimal Substructure · Memorization vs Tabulation · 1D DP, Advanced DP

Dynamic Programming

Instructor Spotlight

Learn from leading experts in stem cell research

Deepak Kumar

Deepak Kumar

Assistant Professor

Mr. Deepak Kumar, an alumnus of NIT, is a dedicated Assistant Professor with over 1 years of academic experience and 2+ years of industry exposure, specializing in Data Structures & Algorithms (DSA) and Machine Learning / AI. He has worked with leading organizations such as Nagarro and National Instruments. He has a proven track record in delivering high-impact teaching, mentoring students for placements, certifications, and real-world projects, and bridging the gap between academia and industry through practical, implementation-oriented learning.