NetApp Software Engineer candidates report a three-round process that can combine an online assessment, project-focused technical discussion, and a hiring-manager conversation.
$174K
Avg. Base Comp
$206K
Avg. Total Comp
3 rounds
Typical Rounds
2-4 weeks
Process Length
NetApp Software Engineer interviews combine coding assessment work with detailed discussion of how you build and reason about software. One candidate’s online assessment included LeetCode-style problems such as Two Sum, Contiguous Array, and Max Chunks to Make Sorted, plus multiple-choice sections on Java, JavaScript, Python, and aptitude. That same account moved into programming concepts, project discussion, DBMS, a high-level design problem, and an application-based question.
A separate Software Engineer candidate described three rounds: experience and project discussion first, practical problems with repeated “why” follow-ups next, then a final mix of technical and behavioral questions. Be ready to explain decisions, tradeoffs, and what you would investigate first, rather than stopping at a proposed answer. One hiring-manager account also focused on operating systems and C/C++, including memory management, with team-specific questions on ONTAP, WAFL, and request triage.
Prepare one project in enough detail to discuss its implementation issues, scaling considerations, and possible next changes. Practice coding clearly under time pressure, then connect your solution to the reasoning behind it. Reported content varies by team, so the storage-platform topics are best treated as a role-specific possibility rather than a universal stage.
Synthesized from 6 candidate reports by our editorial team.
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Featured question at Netapp
Given a list of integers, and an integer N, write a function to find all combinations that sum to the value N.
| Question | |
|---|---|
| Detecting ECG Tachycardia Runs | |
| Unique Work Days | |
| Cyclic Detection | |
| Sum to Zero | |
| Hurdles In Data Projects | |
| Target Indices | |
| Success Measurement | |
| Finding the Maximum Number in a List | |
| Deciding Between Solutions | |
| Text Editor With OOP | |
| Scalable Data Pipelines | |
| Azure Kubernetes Infrastructure | |
| Client Solution Pushback | |
| Electricity Supply | |
| Game Feature Home | |
| 2nd Highest Salary | |
| Merge Sorted Lists | |
| Subscription Overlap | |
| Monthly Customer Report | |
| Prime to N | |
| Random SQL Sample | |
| Find the Missing Number | |
| Comments Histogram | |
| Upsell Transactions | |
| The Brackets Problem | |
| Maximum Profit | |
| Over-Budget Projects | |
| Integer to Roman | |
| Recurring Character |
Synthesized from candidate reports. Individual experiences may vary.
One Software Engineer candidate reported an online assessment with LeetCode-style questions, including Two Sum, Contiguous Array, and Max Chunks to Make Sorted, alongside multiple-choice sections on Java, JavaScript, Python, and aptitude.
Candidates report technical conversations on programming concepts, projects, DBMS, high-level design, and application-based questions. Expect to explain a project in detail, including issues encountered and the choices behind your implementation.
Reported final or hiring-manager discussions may combine technical and behavioral questions. One account focused on operating systems, C/C++ memory management, ONTAP, WAFL, and prioritizing different requests; another described project discussion and practical reasoning.
