Master DSA & System Design
Get MAANG Ready
Crack top tech interviews and advance your career with our comprehensive program.
98 LPA
Highest CTC
300%
Salary Hike
27 LPA
Average CTC
350+
Company Tie Ups
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Course Overview
Our DSA and System Design course is designed to equip software engineers with the skills and knowledge needed to excel in technical interviews at top tech companies. The comprehensive curriculum covers everything from basic algorithms to advanced system design concepts.
Through a combination of live classes, hands-on coding sessions, and 1:1 mentorship, you'll develop the problem-solving abilities and technical communication skills that hiring managers look for.
Who is this course for?
- Software engineers looking to join top tech companies
- Professionals with 1+ years of coding experience
- Engineers wanting to improve their problem-solving skills
- Developers seeking significant career growth
What you'll learn
Basic Algorithms & Profile Presentation
1st month
- • Time & Space Complexity
- • Arrays & Strings
- • Sorting Algorithms
- • Resume Building
- • LinkedIn Optimization
Advanced DSA & Dynamic Programming
2nd month
- • Trees & Graphs
- • Dynamic Programming
- • Greedy Algorithms
- • Backtracking
- • Mock Interviews
Advanced Algorithms & System Design
3rd month
- • System Design Fundamentals
- • Scalability
- • Database Design
- • API Design
- • Case Studies
Interview Preparation
4th month
- • Behavioral Questions
- • Technical Communication
- • Problem Solving
- • Company-Specific Prep
- • Mock Interviews
Placement Assistance
5th month
- • Job Search Strategy
- • Offer Negotiation
- • Career Planning
- • Networking
- • Continuous Support
Projects Based Learning
Array Manipulation Challenge
Implement various array manipulation techniques including searching, sorting, and in-place operations to solve complex problems efficiently.
Hash Table Implementation
Build a hash table from scratch with collision resolution strategies and analyze its performance compared to built-in implementations.
Graph Traversal Algorithms
Implement BFS and DFS algorithms to solve problems like shortest path, connected components, and cycle detection in graphs.
