How to Crack the Visa Interview and Land a 30+ LPA Software Engineer Job (Real Interview Experience)
Why Visa Is One of the Best Companies for Early-Career Engineers
Visa is not just a payments company — it runs one of the largest transaction networks in the world. For engineers with just one year of experience, Visa offers around 24+ LPA fixed and a total compensation that crosses 30 LPA. Because their systems handle massive scale, reliability, and real-time processing, Visa looks for engineers who can think beyond just writing code.
Their interview process reflects this. It is designed to filter people who can reason about systems, make technical trade-offs, and write efficient algorithms under pressure.
How the Visa Interview Process Works
Visa’s interview journey has four main rounds. Each round tests a different layer of your engineering maturity — speed, depth, design, and ownership.
The process begins with a coding test, moves through two deep technical interviews, and ends with a hiring manager round focused on system design and decision-making.
Round 1 – CodeSignal Coding Test
The first hurdle is a CodeSignal assessment with four coding problems of increasing difficulty: easy, medium, medium-hard, and hard. This round tests both your DSA fundamentals and how fast you can solve problems.
You don’t need to solve all four, but you must be able to solve most of them cleanly. Time management matters a lot here. One mistake many candidates make is spending too long on the hardest problem instead of securing three strong solutions.
Round 2 – Deep Technical and System Thinking
This round starts with a deep dive into your resume and projects. The interviewer wants to know why you chose certain technologies and how your systems actually work in production.
Questions like “Why Kafka?”, “What alternatives did you consider?”, and “What trade-offs did you make?” are common. You are expected to explain not just what you used, but why it was the right choice.
After that, a DSA problem is asked, often tied to real systems. One example was designing a rate limiter for IP addresses using a sliding window algorithm and then discussing how it would scale to millions of users.
I explained how sliding windows track request counts, how Redis could store counters, and how distributed systems would keep data consistent.
Round 3 – Architecture and Advanced Problem Solving
This round again focuses on your projects and how you design systems. You are expected to justify every technical decision.
A DSA problem is also included. A common one is a variation of the Aggressive Cows problem, which uses binary search on the answer. Visa wants to see if you can identify patterns and optimize brute-force ideas into efficient solutions.
Round 4 – Hiring Manager and System Design
The final round is where Visa decides if they can trust you with real production systems. You are grilled on system design, scalability, and ownership. I was asked to design services and explain them visually using Excalidraw.
Behavioral questions also play a big role here. They want to know how you make decisions, how you handle responsibility, and how you drive impact.
What I Learned From the Visa Interview
The biggest lesson is that Visa is not looking for competitive programmers. They are looking for engineers who can design, reason, and scale real systems. You must be able to connect DSA with real-world architecture.
Common Mistakes to Avoid
Many candidates focus only on solving coding problems and ignore system design and project understanding. At Visa, that is a big mistake. If you cannot explain your tech choices, you will not clear the later rounds.
How You Should Prepare for Visa
Prepare DSA, but also practice explaining your projects deeply. Learn why tools like Kafka, Redis, and microservices are used. Work on problems that combine algorithms with real system constraints.
Final Thoughts
Cracking the Visa interview is not about memorizing answers. It is about thinking like an engineer who can build reliable, scalable systems. If you prepare with that mindset, a 30+ LPA role is completely achievable.
Related Tags
payment systems, distributed systems, backend engineering, microservices, career growth, technical interviews, system architecture