Hexaware Technologies Software Engineer Interview Experience (2025) — Got the Offer After 4 Rounds

I got the offer. Here's exactly what happened at Hexaware Technologies.

• Role: Software Engineer
• Location: Mumbai, Maharashtra
• Year: 2025
• Timeline: 3 weeks, application to offer
• Rounds: Online Assessment → Technical Round 1 → Technical Round 2 → HR Round
• Difficulty: Medium — they test fundamentals more than trick questions
• Outcome: Offer accepted
• Compensation: ₹12 LPA base / ₹14 LPA total comp

The Online Assessment

The first round was a 90-minute online assessment on HackerRank. Honestly, I wasn't expecting it to be as straightforward as it was — which is actually a good thing because I was nervous enough as it was. The assessment had:

• 20 MCQs on Java fundamentals (collections, exception handling, JVM internals)
• 3 coding problems: easy, medium, and medium-hard
• 2 SQL query questions

The coding problems were standard stuff — one was a reverse linked list, another was a binary tree level order traversal, and the third was a dynamic programming problem about minimum coins. I think I finished with about 15 minutes to spare, which gave me time to review my SQL queries. The platform was clean, no autocomplete — which, honestly, is more realistic than what you get on LeetCode with all the hints.

Technical Round 1: Core Java Deep Dive

This was a 60-minute video call with a Senior Software Engineer. He started by asking me to walk through my resume, which I did in about 5 minutes. Then he jumped straight into Java.

"Explain the difference between HashMap and ConcurrentHashMap in detail."

I explained the internal structure, how HashMap uses buckets and linked lists (or trees after Java 8), and how ConcurrentHashMap uses segment locking. He seemed satisfied, but then — and this caught me off guard — he asked about the resize threshold and load factor. I had to think for a second before answering 0.75, which is the default.

Then he moved to multithreading:

"How do you handle deadlock in a multi-threaded application? Give me a real-world example."

I talked about deadlock prevention using resource ordering and gave an example from a banking transfer scenario. He nodded and asked me to write code for it on a shared Google Doc. The interface was basic, no syntax highlighting — I actually made a few typos because of it, but he didn't seem to mind.

The round ended with a coding problem: implement a LRU cache. I used a LinkedHashMap and explained the O(1) get and put operations. He asked about the trade-offs with other approaches like using a doubly linked list with a hash map. I think it was a Tuesday — not that it matters, but the whole thing felt very Tuesday-ish.

Technical Round 2: System Design and Frameworks

This round was with a Tech Lead and lasted about 75 minutes. He started with a design question:

"Design a URL shortening service like bit.ly."

I walked through the requirements, talked about the database schema (using a hash function or base62 encoding), discussed scalability (using a distributed cache like Redis), and mentioned potential edge cases like hash collisions. He interrupted me at one point — actually, let me back up and explain the context first.

We were discussing the hash function choice, and he stopped me to ask why I wouldn't just use auto-incrementing IDs. I explained the predictability issue and how that could be a security concern. He seemed to like that answer — he actually smiled, which I took as a good sign.

Then he moved to Spring Boot questions:

"How does Spring Boot auto-configuration work under the hood?"

I explained the @EnableAutoConfiguration annotation, the spring.factories file, and how conditional annotations like @ConditionalOnClass and @ConditionalOnMissingBean work. He asked about the order of bean creation, which I had to think through — I'm not 100% sure I got it completely right, but I explained the dependency injection phase and how Spring resolves dependencies.

We ended with a discussion about microservices — when to use them vs. a monolith, and the challenges of distributed systems (consistency, network latency, debugging). He shared some insights from Hexaware's own migration journey, which was actually pretty interesting — they moved from a monolithic architecture to microservices for their digital transformation clients.

HR Round: Culture and Expectations

The final round was with an HR manager and lasted 45 minutes. It was mostly behavioral questions using the STAR method. She asked about:

• A time I had to work with a difficult team member
• How I handle tight deadlines
• Why I wanted to join Hexaware specifically
• My salary expectations

I was honest about the difficult team member situation — I didn't sugarcoat it, which I think she appreciated. For the "why Hexaware" question, I mentioned their focus on cloud and automation, and how that aligned with my career goals. I also brought up their work in the BFSI domain, which I find interesting.

The salary discussion was straightforward. I asked about the structure, and she explained the breakdown: base salary, variable pay, and benefits. We negotiated a bit — I asked for ₹14 LPA total, and they came back with ₹12 LPA base plus variable and benefits, which worked out to about ₹14 LPA total. I was happy with that.

What Worked and What Didn't

Preparation that worked:

• Practicing on a plain text editor without autocomplete — the interface shock is real
• Deep diving into Java internals, not just surface-level syntax
• Understanding the "why" behind design decisions, not just the "what"

What I could have done better:

• I should have prepared more on Spring Boot internals — the auto-configuration question caught me off guard
• I didn't ask enough questions about the team structure and day-to-day work
• I was a bit too nervous in the first technical round, which affected my communication

Who This Role Is Right For

Hexaware is a great fit if you:

• Want to work on digital transformation projects across industries
• Prefer a medium-sized company where you can wear multiple hats
• Are interested in cloud and automation technologies
• Don't mind working with legacy systems alongside modern tech stacks

It might not be the best fit if you:

• Want to work on cutting-edge product development exclusively
• Prefer a startup environment with very flat hierarchies
• Are looking for remote-first work (Hexaware has hybrid but expects some office presence)

Frequently Asked Questions

How hard is the Hexaware Technologies Software Engineer interview? Hexaware interview difficulty is medium. The technical rounds focus on core Java, data structures, and problem-solving. With 3-4 weeks of preparation on LeetCode easy-medium and Java concepts, most candidates with solid fundamentals can crack it.

How long does the Hexaware interview process take? From application to offer, expect 2-3 weeks. The process typically includes: online assessment (1 day), technical interview 1 (3-5 days wait), technical interview 2 (2-3 days), and HR round (final week).

What is the Hexaware Software Engineer salary package? Hexaware offers ₹10-15 LPA for Software Engineer positions in 2025, depending on experience level and location. Mumbai and Bangalore offices typically offer higher packages compared to other locations.

What are the Hexaware interview rounds for Software Engineers? The Hexaware Software Engineer interview process has 4 rounds: 1) Online coding assessment (Java/DS), 2) Technical interview 1 (core Java + problem-solving), 3) Technical interview 2 (system design + frameworks), 4) HR interview (culture fit + negotiation).

How to prepare for Hexaware interview in 2025-2026? Focus on core Java concepts (collections, multithreading, JVM), data structures (arrays, linked lists, trees, hash maps), and solve 50-100 LeetCode problems. Practice SQL queries and basic system design patterns. Review Hexaware's recent projects in digital transformation and cloud services.

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If you're preparing for Hexaware, I'd recommend spending extra time on Java internals and Spring Boot — those came up more than I expected. Good luck!