💼 Hexaware 2026 Hiring Tracks & Salary Packages
Hexaware Technologies hires engineering graduates through distinct hiring tracks based on online test scores and coding capability:
| Cadre / Track | Annual Package (CTC) | Assessment Difficulty | Core Focus Area |
|---|---|---|---|
| Hexaware Prime / Digital Cadre | 6.0 LPA | Hard | Dynamic Programming, Trees, System Architecture, Modern Web/Cloud |
| Hexaware Specialist Engineer | 4.0 LPA - 6.0 LPA | Moderate | Core Java/Python, RDBMS, Clean Code, OOPs Principles |
| Hexaware Foundation / Associate | 4.0 LPA | Easy to Moderate | Quantitative Aptitude, Logical Reasoning, Pseudo Code, English |
📝 Hexaware 2026 Test Pattern & Selection Rounds
Comprehensive round-by-round breakdown of the evaluation criteria, timing limits, and expected cutoffs:
Round 1: Hexaware Online Assessment (Aptitude & Coding)
⏱️ 90 Mins • 50-65 QuestionsEvaluates numerical reasoning, logical problem-solving, verbal clarity, and basic algorithm design on Mettl.
Round 2: Technical Problem Solving & DSA Assessment
⏱️ 45-60 Mins • 2 Coding ProblemsLive coding round testing data structures efficiency (arrays, hashing, binary search, recursion, trees, dynamic programming).
Round 3: Core Technical & System Architecture Interview
⏱️ 45 Mins • In-Depth Architectural & Core CS QsTechnical panel evaluates DBMS (SQL indexing, normalization), Operating Systems (threads, memory), OOPs concepts, and capstone project code quality.
Round 4: Techno-Managerial & Behavioral HR Round
⏱️ 30 Mins • Behavioral & Situational QuestionsAssesses cultural fit, team collaboration, learning agility, conflict resolution, and alignment with Hexaware's enterprise culture.
💻 Solved Hexaware Technical Coding Question
Recently asked interview problem with verified, optimal time-complexity solutions:
Problem: Subarray with Given Target Sum
Given an unsorted integer array and an integer target, return indices of the two numbers such that they add up to target. Commonly asked in Hexaware Technical Round 1.
def two_sum(nums, target):
lookup = {}
for i, num in enumerate(nums):
if target - num in lookup:
return [lookup[target - num], i]
lookup[num] = i
return []
# Test
print(two_sum([2, 7, 11, 15], 9))
🎯 Interactive Hexaware Readiness Mock Quiz
Test your fundamental aptitude and programming knowledge with this quick 3-question diagnostic test:
🎓 Recommended Career Programs & Placement Bootcamps
Accelerate your career with 4Achievers live mentor-led bootcamps. Get 100% placement assurance, 1-on-1 mentorship, real enterprise projects, and direct referrals to top tech companies:
Java Full Stack Developer Master Program with AI
Master Java 21, Spring Boot, Microservices, React 19, and cloud deployment with live interview preparation and real enterprise projects.
Automation Testing & SDET Master Program with AI
Hands-on automation testing from scratch to advanced SDET with live testing on enterprise frameworks, Selenium 4, and Playwright.
Data Analytics & Business Intelligence with AI
Master SQL, Power BI dashboards, Tableau, and Python data visualization for high-demand data analyst and BI engineering roles.
❓ Frequently Asked Questions (Hexaware 2026)
Get instant answers to critical queries regarding Hexaware eligibility, syllabus, and preparation: