Hexaware Recruitment Process for Freshers: 2026 Guide

Hexaware’s Graduate Engineer Trainee drive filters freshers through four sequential rounds: aptitude test, technical MCQ section, coding round, and HR interview.

Hexaware in 2026: Where the Company Stands

Hexaware Technologies was founded in 1990 and is headquartered in Mumbai. The company operates across IT services, digital transformation, and business process outsourcing. After Carlyle Group acquired a controlling stake in 2020, Hexaware was delisted from public exchanges. In February 2025, the company returned to public markets: its IPO opened on 12 February 2025 and shares listed on both NSE and BSE on 19 February 2025, according to Economic Times. For company background and ownership history, see Hexaware Technologies on Wikipedia.

Major delivery centres relevant to fresher hiring are in Chennai, Mumbai, and Pune. Campus drives are coordinated through college placement offices; off-campus opportunities are listed at careers.hexaware.com.

Eligibility Criteria for the GET Role

Before preparing for any round, confirm you meet the entry criteria. Hexaware’s published drive notifications consistently require:

• Degree: B.E. or B.Tech (all branches typically eligible; verify your drive notification)
• Academic record: Minimum 60% aggregate throughout 10th, 12th, and degree, or 6.0 CGPA on a 10-point scale
• Backlogs: No active backlogs at time of application; some drives also specify no history of arrears
• Year of passing: Typically the graduating batch for the current academic year; off-campus drives sometimes accept the prior year as well
• Gap year: Check the specific notification; policies on academic gaps vary across drive cycles

These criteria are the consistent baseline. The exact cutoff, branch list, and gap-year policy for your drive will appear in the official notification posted through your placement office or careers.hexaware.com.

The Four-Stage Process: An Overview

Stage	Format	Primary Filter
1. Aptitude Test	Online MCQ	Quantitative, verbal, logical reasoning
2. Technical Test	Online MCQ	CS fundamentals
3. Programming Test	Coding (browser IDE)	Code writing and debugging
4. HR Interview	In-person or virtual	Communication, fit, background

Each stage gates the next. Candidates who clear the aptitude test move to the technical test; technical test passers move to the programming round; and so on. On a campus drive, all four stages typically complete within one to two days.

Round 1: Aptitude Test

The aptitude test is the first and largest filter. The pattern reported consistently across drives:

Section	Questions	Total Time
Quantitative Aptitude	~20	Shared 60-minute window
Verbal Ability	~20	Shared 60-minute window
Logical Reasoning	~20	Shared 60-minute window
Total	~60	60 minutes

No negative marking applies in the aptitude section. Attempt every question.

The 60-minute window gives one minute per question on average. A practical strategy: sort questions by your own strength order and bank time from easier sections to cover harder ones.

Quantitative Aptitude Topics

Core areas:

• Number systems, HCF and LCM
• Percentages, profit and loss, discounts
• Ratio, proportion, and averages
• Time and work, pipes and cisterns
• Time, speed, and distance
• Simple and compound interest
• Basic probability

Time and Work problems account for a consistent share of aptitude tests across IT services companies. Practise the formula-based shortcuts first, then move to non-standard variants.

Verbal Ability Topics

• Sentence correction and error spotting
• Synonyms and antonyms
• Reading comprehension (one or two passages)
• Fill in the blanks
• Para-jumbles

Logical Reasoning Topics

• Number and letter series
• Coding and decoding
• Blood relations
• Seating arrangements (linear and circular)
• Syllogisms and statements-conclusions
• Data interpretation (tables or bar charts)

Rounds 2 and 3: Technical MCQ and Coding Tests

Technical MCQ Round

The technical section is a shorter online MCQ round. It tests conceptual accuracy in core CS subjects, not code output:

• Data Structures: arrays, linked lists, stacks, queues, trees, graphs
• Algorithms: sorting (time complexity), searching, basic recursion
• DBMS: normalisation (1NF through 3NF), SQL joins, keys, transactions
• Operating Systems: process scheduling, memory management, deadlock
• Computer Networks: OSI model layers, TCP/IP, IP addressing
• OOP Concepts: inheritance, polymorphism, encapsulation, abstraction
• C/C++ or Java Basics: output-based questions, pointer arithmetic, memory allocation

The technical section is harder to cram than aptitude. Questions test understanding of why a data structure or algorithm behaves as it does, not just what it is named. Students who can reason from first principles (such as why Quick Sort degrades to O(n squared) on sorted input) score consistently better than those who rely on lookup-table recall.

For contrast, Cisco’s placement process also combines aptitude and technical MCQs in a single online test, though Cisco weights networking topics more heavily given its product focus.

Coding Round

The coding section uses a browser-based IDE with compiler access. Typical drive parameters:

• 2 to 3 problems
• Combined time window of 45 to 60 minutes
• Difficulty: LeetCode Easy to Medium
• Languages accepted: C, C++, Java, Python (verify in your test invitation)

Problem types reported across drives:

• Array manipulation (reverse, rotate, find maximum subarray sum)
• String processing (anagram check, palindrome detection, character frequency)
• Basic sorting and searching
• Simple recursion (sum of digits, Fibonacci, factorial)

Clean, compilable code that produces correct output beats a clever but broken optimisation. If time runs short, submit the brute-force approach; partial credit on test cases is better than a zero for a non-compiling submission.

Round 4: HR Interview and What Follows

The HR interview assesses communication, cultural fit, and basic professional awareness. Common themes:

• Walk me through your background and projects
• Why Hexaware over other IT services companies?
• How do you handle a situation where you disagree with a team decision?
• Where do you see yourself in three years?
• Availability, relocation preferences, and joining timeline

Prepare two or three specific examples from your academic projects or internships for the situational questions. Generic answers (“I am a team player and a quick learner”) are a flag, not a differentiator. Concrete, specific responses tied to things you actually built or contributed to are what interviewers remember.

Offer letters typically follow within one to two weeks of the HR round for campus drives.

A Four-Week Prep Plan

Week	Focus
Week 1	Quantitative aptitude: percentages, ratio, time-work, time-distance, HCF/LCM
Week 2	Verbal and logical reasoning: sentence correction, RC passages, series and arrangements
Week 3	Technical MCQs: DBMS, OS, data structures, OOP, networking
Week 4	Coding practice (LeetCode Easy-Medium) and two or three full mock aptitude tests

Review the campus placement evaluation test guide before the mock stage to calibrate your timing and accuracy across all sections simultaneously.

One observation worth noting: the aptitude test is the primary filter. It eliminates more candidates than any other stage. Students who invest Week 1 and 2 in aptitude, rather than jumping straight to DSA, tend to survive to the later rounds where their coding effort pays off.

If you are at the coding-round prep stage and find that you can pass Easy problems but struggle to explain the time-complexity trade-off behind your approach, that gap will surface in the technical interview. TinkerLLM covers algorithm analysis through code you run and modify, not slides you watch; the technical round tests that same reasoning. It starts at ₹299.