EA Software Engineer candidates report a mix of recruiter and background conversations, DSA, language fundamentals, project-depth discussion, system design, and panel interviews. C++ or C# emphasis varies by role.
$137K
Avg. Base Comp
$175K
Avg. Total Comp
5 rounds
Typical Rounds
3-5 weeks
Process Length
EA Software Engineer interviews reported by candidates vary substantially by team and location, but the recurring theme is clear technical reasoning tied to your own work. One candidate described a recruiter screen, hiring-manager conversation, and three panel interviews; another reported recruiter, DSA, behavioral, system-design, additional DSA, panel, and follow-up conversations. Treat those as examples of possible paths rather than one fixed sequence.
Technical content can be language-specific. A C++-focused interview lasted just under an hour without live coding and went deep on polymorphism, overload resolution, default arguments, virtual functions, smart pointers, shared_ptr and weak_ptr safety, locks, templates, casts, and keywords. Another candidate completed an adaptive C# assessment, then discussed missed concepts in a follow-up. DSA also appeared in several reports, including a tree inorder traversal without extra storage; one candidate characterized the technical discussion as verbal rather than a heavy coding session.
Prepare project stories at implementation level. Candidates were asked to walk through challenging work, features they owned, technical decisions and their rationale, production-speed improvements, collaboration, internship experience, and motivation for changing roles. Be ready to explain a tradeoff, why you chose it, and what you would improve. Evidence is thin on a universal order or timing, so keep your preparation broad across these reported formats.
Synthesized from 6 candidate reports by our editorial team.
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Real interview reports from people who went through the Electronic Arts (Ea) process.
The technical part was much more C++-heavy than I expected, and it lasted just under an hour with no live coding. I had written down the questions out of order because they came pretty quickly, but the interviewer kept drilling deeper on fundamentals rather than asking me to implement anything. We started with manifestations of polymorphism, then moved into function overloading and how the compiler resolves overloaded functions with the same name but different parameter lists. Default arguments came up next, along with the virtual function mechanism. From there it shifted into memory management and safety in C++, which led into smart pointers, thread safety around shared_ptr, weak_ptr, and then types of locks. There were also questions on template functions, template metaprogramming, template specialization, and a few detailed checks on various casts and keywords. It felt pretty deep, like they were trying to gauge how well I really understood the language rather than whether I could just code something quickly.
The second round was scheduled three days later and was more conversational. We spent most of the time discussing my projects, and the interviewer guided the discussion toward how I would implement things better. There were one or two low-level memory questions mixed in, but it was mostly a back-and-forth about my current research direction and some practical design choices. We also talked a bit about frame synchronization versus state synchronization, and then the rest was a casual chat, including some discussion about AI. I did get time for my questions at the end. Overall, the process felt structured but not adversarial, and the main thing I’d prepare for is being able to explain C++ internals clearly and talk through project tradeoffs at a fairly detailed level.
Prep tip from this candidate
Brush up on C++ language mechanics, especially overload resolution, virtual dispatch, smart pointers, weak_ptr, locks, and template specialization. Also be ready to talk through your projects in implementation detail, since the second round leaned heavily on design discussion rather than coding.
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Sourced from candidate reports and verified by our team.
Topics based on recent interview experiences.
Featured question at Electronic Arts (Ea)
How would you improve Google Maps?
| Question | |
|---|---|
| Hurdles In Data Projects | |
| Tower of Hanoi | |
| Decision Tree Evaluation | |
| External Sorting | |
| Your Strengths and Weaknesses | |
| 2nd Highest Salary | |
| Integer to Roman | |
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| Centralized Event Ingestion | |
| Groups of Anagrams | |
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| Find Duplicate Numbers in a List | |
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| Customer Success vs. Free Trial | |
| Rider Discount | |
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Synthesized from candidate reports. Individual experiences may vary.
Candidates report recruiter screens and introductory conversations that cover their CV, motivation, past experience, and why they want to change roles. Some reports describe clear scheduling and supportive communication, while another describes a last-minute reschedule and slow follow-up.
Candidates report either a C++-heavy verbal technical interview or an adaptive C# assessment followed by discussion of missed concepts. The C++ report emphasized language mechanics and memory safety rather than live coding, so review the language most relevant to the role.
DSA appears in multiple candidate reports. One candidate was asked to describe inorder traversal of a tree without extra storage, while another reported verbal DSA discussion and a second DSA round. Candidates should be able to explain an approach and its tradeoffs aloud.
Candidates report questions about difficult projects, owned features, collaboration, technical choices, and project improvements. System design and practical design choices may also arise; prepare concrete examples with the reasoning behind your decisions and their impact.
Some candidates report several panel interviews and a follow-up conversation after earlier technical and behavioral discussions. One report describes a total sequence of recruiter, hiring-manager, and three panel interviews; the exact structure varies across candidate accounts.
