Elite coding competition pathway to Specialist Programmer roles (₹9.5-21 LPA)
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Challenging for freshers
8-9 months
No
The Olympics of Coding - Bypassing traditional metrics for pure algorithmic mastery
HackWithInfy serves as Infosys's premier National-Level Coding Competition and "Elite Selection" mechanism. This tiered recruitment framework optimizes organizational human capital by securing the top 5% of technical talent while maintaining a robust baseline through Systems Engineer mass hiring.
Feeling the pressure?
Timed coding rounds, difficulty-adaptive questions, and instant feedback — just like the actual IAP platform.
Duration: 3 Hours
Format: MCQs + 3 Coding Questions
Difficulty: Easy, Medium, Hard
Languages: C, C++, Python, Java, JavaScript, TypeScript, Go
Gateway: Solving all 3 questions → Power Programmer track
Primary weight on coding questions. MCQs serve as baseline assessment.
Duration: 3 Hours
Platform: Infosys Assessment Platform (IAP)
Focus: Greedy Algorithms & Dynamic Programming
Difficulty: Higher complexity
Selection: National Top 100
Brute-force logic insufficient. Optimal time/space complexity required.
Duration: 4 Days
Location: Infosys Campus
Format: Team-based Hackathon
Focus: Real-world application & innovation
Final Stage: One-to-one technical interviews
Shift from individual logic to team-based innovation with senior engineering leads.
Most students read the pattern and move on. The ones who get placed practice it. Get the Infosys HackWithInfy question bank — real questions, model answers, verified by 2024–25 placed students.
| Role Title | Package (LPA) | Primary Focus | Selection Pathway |
|---|---|---|---|
| Systems Engineer (SE) | ₹3.6 - 4.0 | Aptitude, Verbal, Basic Pseudo-code | Infosys NQT / Mass Hiring |
| Digital Specialist Engineer (DSE) | ₹6.25 | Web Dev + Medium DSA Efficiency | Coding Assessment + Interview |
| Specialist Programmer (SP) | ₹9.5 - 11.0 | Hard DSA (80%) + Competitive Programming | 3 Questions Solved (HWI) |
| Power Programmer (PP) | ₹10.0 - 12.0 | Advanced DSA + Complex Problem Solving | HWI Round 2/3 Top Performers |
| SP Level 1 / Level 2 | ₹16.0 - 21.0 | Elite Competitive Programming & Innovation | Grand Finale "Champions" |
Candidates who fail Power Programmer (PP) interviews are systematically offered System Engineer Specialist (SES) roles. This cascading structure ensures "70% FAANG-ready" talent isn't lost to competitors.
Focus: Logical Simulation
Focus: Algorithmic Optimization
Morning (3 hrs):
Deep dive into new patterns (DP with Bitmask, Segment Trees)
Afternoon (3 hrs):
Solve 5-6 Hard/Medium problems, focus on time complexity
Evening (1-2 hrs):
Mock contests and upsolving missed problems
Night (30 mins):
Quick review of CS Fundamentals (OOP, DBMS, OS)
Round 2 (Advanced Online Round) is where most candidates are eliminated. These are the problem patterns that appear most frequently, sourced from HackWithInfy participants across multiple years.
Given an array of integers, find the maximum sum of a contiguous subarray that contains at most K distinct elements. Requires Sliding Window + HashMap combination.
Given N cities and weighted edges, find the minimum cost to connect all cities. Some cities may already be connected. Classic Kruskal's or Prim's algorithm with Union-Find.
Find the length of the longest strictly increasing subsequence where the difference between consecutive elements is at most D. Requires DP with Binary Search (patience sorting) for O(N log N) solution.
Count the number of unique paths from top-left to bottom-right in an M×N grid with blocked cells. Extended variant includes collecting maximum coins along the path.
Given an array, find the number of subsets whose XOR equals a target value K. Requires Bitmask DP or meet-in-the-middle approach for large inputs. This is the "Bitwise XOR Subset Amazement" problem type referenced in HWI editorials.
Find the shortest path between two nodes in a directed graph that may contain negative weight edges (but no negative cycles). Bellman-Ford algorithm required; Dijkstra's alone is insufficient.
Round 2 Strategy
Brute-force solutions will not pass Round 2. Every problem requires an optimal time complexity solution — typically O(N log N) or better. Focus your prep on Greedy + DP combinations and Graph algorithms (Dijkstra's, Bellman-Ford, MST). Aim to solve at least 2 of 3 problems completely to advance to the Grand Finale.
Get the complete prep arsenal — every topic, every pattern, every edge case — in one place.
🚀 Master the HackWithInfy 2026 Pattern — Grab the Complete 22 PDF Prep Bundle NowCovers SP/DSE tracks · Round 1 & 2 patterns · Grand Finale prep · 22 curated PDFs
HackWithInfy is a pure coding challenge. Strengthen your DSA patterns and speed.
100+ DSA problems in a real interview environment — Monaco editor, Python/Java/C++/JS, AI code review.
Track solved problems, streak, topic-wise coverage — stay consistent leading up to your test date.
CS fundamentals — DBMS, OS, CN, OOPs — with adaptive difficulty and detailed explanations.
Preparing for multiple companies? These guides cover the full 2025–26 placement season.
Ninja → Digital → Prime roles in one test
Earn while you learn — sponsored M.Tech
GenC → GenC Elevate → GenC Next tracks
Analyst → Analyst Star → Senior Analyst
ASE → AASE → AE — full-stack evaluation
Also check out our Aptitude Simulator and Placement Roadmap for a complete prep plan.
View all company roadmaps