AVEVA

AVEVA's Interview Process (2026)

Blog / AVEVA's Interview Process (2026)

The AVEVA software engineer interview process typically spans 4 to 6 weeks and runs through 4 to 5 stages, balancing foundational CS knowledge with practical, experience-based discussions. The exact flow can vary by team and role level, but most candidates report a consistent overall structure.

Recruiter Screen: A 20 to 30 minute introductory call where the recruiter typically covers your background, your interest in industrial software, and basic role fit. It is generally conversational rather than technical.
Online Assessment: Usually hosted on HackerRank or a proprietary platform, this assessment often has two parts: a technical section with CS fundamentals (OOP, DBMS, OS) and 1 to 2 coding problems, plus a separate cognitive and behavioral section unrelated to CS.
Technical Interview 1 (Hiring Manager Round): A 45 to 60 minute virtual session with the hiring manager and typically a senior engineer. Expect a deep dive into your resume projects, including your individual contributions and the reasoning behind your technical decisions.
Technical Interview 2 (Live Coding and Deep Dive): A more intensive round lasting around 60 minutes, usually focused on live coding, real-time problem optimization, and low-level concepts like memory management or multi-threading.
Managerial / Final Round: A closing conversation typically focused on cultural alignment, team structure, and your long-term career goals within the broader Schneider Electric group.

To prepare effectively, focus your study plan across these key areas that AVEVA's process consistently tests:

Data Structures & Algorithms (DSA): Coding problems covering arrays, linked lists, trees, and strings, typically at easy to medium difficulty.
CS Fundamentals: Theory-heavy questions on OOP, operating systems, and database management systems.
System Design (High-Level Design): Scalability and architecture questions, especially relevant for mid-to-senior roles and industrial data contexts.
Low-Level Design: Object-oriented design and concurrency patterns, often surfacing in the live coding round.
SQL & Databases: Practical SQL queries and database design questions, with some AVEVA-specific industrial data scenarios.
Behavioral: Structured behavioral questions assessing how you handle trade-offs, disagreements, and collaboration.

1. Data Structures & Algorithms (DSA)

AVEVA's DSA questions tend to sit at easy to medium difficulty, making clean, correct solutions more important than exotic optimizations. The online assessment and technical interviews both include coding problems, so expect questions at multiple stages.Frequently reported topics include linked lists (such as Palindrome Linked List and Reverse Linked List), binary trees (such as Diameter of Binary Tree), and array manipulation like Rotate Array. String problems also appear regularly, including challenges like Word Chaining.For structured preparation, work through our top 100 DSA questions to cover the most commonly tested patterns. You should also drill trees and linked-lists specifically, as those are the most frequently cited topics in AVEVA candidate reports.

2. CS Fundamentals

Unlike many tech companies that focus purely on LeetCode-style coding, AVEVA places real weight on CS theory. The online assessment includes multiple-choice questions on OOP, operating systems, and DBMS, so skipping these basics is a risk.For OOP, make sure you can clearly explain the four pillars and give concrete examples from your own code. For OS topics, brush up on process management, threading, and memory models using our operating systems concepts resource.Database fundamentals also appear in the assessment and technical rounds. Topics like normalization, indexing, and query optimization are all fair game, so treat this section as a serious part of your prep, not an afterthought.

3. System Design (High-Level Design)

System design questions are most common for mid-to-senior roles, but even junior candidates should be aware of AVEVA's industrial context. Questions often involve high-throughput data scenarios, such as ingesting sensor data from thousands of industrial assets in real time.Reported examples include designing a scalable IoT data ingestion system, a Rate Limiter for industrial APIs, and a Notification System for plant operators. Practicing with our High-Level Design case studies will help you build the vocabulary to discuss these scenarios fluently.Knowing how to talk about trade-offs in high-latency or bandwidth-constrained environments is a genuine differentiator at AVEVA. Tie your design decisions back to real industrial constraints whenever you can.

4. Low-Level Design

Low-level design topics surface mainly in the second technical round, where interviewers may ask about concurrency, design patterns, or memory management in real time. Questions tend to be practical rather than purely theoretical.Expect topics like the Thread-Safe Singleton pattern and SOLID principles applied to real scenarios. Explore Low-Level Design practice to build confidence with these patterns before your interview.If you are applying for a .NET or C# focused role, candidates also report questions on garbage collection, async/await patterns, and the Task Parallel Library, so tailor your prep accordingly.

5. SQL & Databases

SQL questions at AVEVA often have an industrial flavor, asking you to write queries against datasets representing real-world assets or equipment. A reported example is the SQL Query for Asset Downtime, which tests both query writing and domain awareness.Expect questions on indexing strategies (B-Trees vs. hash indexes) and normalization for asset metadata schemas. Solid SQL theory preparation will cover the ground you need here.Beyond syntax, interviewers want to see that you understand the performance implications of your queries. Be ready to explain why you would choose a particular index type or schema structure.

6. Behavioral

AVEVA uses a dedicated cognitive and behavioral assessment in addition to behavioral questions during the managerial round. The assessment measures situational judgment and cognitive agility, while the interview rounds probe how you handle real project challenges.Typical topics include navigating technical disagreements, making architecture trade-offs, and mentoring teammates. Structure your answers using the STAR principle to keep your responses focused and concrete.The final round specifically explores cultural alignment and your understanding of industrial software's impact. Candidates who show genuine interest in how software affects sectors like energy or manufacturing consistently report a positive response from interviewers. Our Behavioral Playbook can help you prepare strong stories for these conversations.

Conclusion

AVEVA's interview process rewards candidates who combine solid CS fundamentals with the ability to communicate clearly about their project decisions and the industrial problems their software solves. Start your prep with DSA and CS theory, then layer in system design and behavioral practice as your timeline allows. Follow the AVEVA Interview Roadmap for a structured, stage-by-stage plan to get you ready for every part of the process.