
Uber Software Engineer interviews typically run 3–5 rounds: recruiter screen, online assessment, technical coding, system design, and behavioral. The process spans roughly 4–6 weeks and is distinguished by heavy DSA emphasis with medium-to-hard LeetCode-style problems.
$155K
Avg. Base Comp
$410K
Avg. Total Comp
4-6
Typical Rounds
3-6 weeks
Process Length
Across the nine candidate experiences we've collected for this role, one pattern stands out clearly: Uber's bar isn't just about solving the problem — it's about how fluently you can reason through it under pressure. Multiple candidates who didn't receive offers described situations where they understood the approach but ran out of time, couldn't articulate tradeoffs cleanly, or got stuck on a harder variant without a clear recovery strategy. The candidate who spent 25 minutes chatting before getting only 20 minutes to code is a good example of how quickly the window can close.
The technical content itself skews toward graph problems, matrix/grid traversal, dynamic programming, and linked lists — but what's interesting is how often Uber modifies known problems rather than asking them verbatim. We've seen this across multiple accounts: a medium LeetCode problem with a twist, a grid question that layers in connected components, an escape room scheduling problem that requires deriving the output format yourself. This means pattern recognition alone won't carry you. Candidates who succeeded consistently mentioned being comfortable deriving solutions on the spot and explaining their complexity analysis as they went, not just arriving at a correct answer.
The system design component is also worth taking seriously even at the SWE level. Candidates described prompts involving real-time leaderboards, ride-hailing architecture with surge handling, and room reservation systems — all of which require genuine depth on data flow, API design, and latency tradeoffs. The accepted-offer candidates who mentioned system design all emphasized defending their architecture, not just sketching it. That distinction — between presenting a design and actually owning it — seems to be exactly what Uber's interviewers are probing for.
Synthetized from 9 candidates reports by our editorial team.
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Featured question at Uber
Write a query to select the top 3 departments with at least ten employees and rank them according to the percentage of their employees making over 100K in salary.
| Question | |
|---|---|
| Weighted Keys | |
| Maximum Profit | |
| Download Facts | |
| Sum to N | |
| User Experience Percentage | |
| Distance Traveled | |
| P-value to a Layman | |
| Third Purchase | |
| Type-ahead Search | |
| Sort Strings | |
| Hurdles In Data Projects | |
| Dijkstra implementation | |
| Christmas Dinner Ingredient Optimization | |
| Random Weighted Driver | |
| Type I and II Errors | |
| Max Width | |
| Uniform Car Maker | |
| Uber Eats Customer Experience | |
| Drink Production Allocation | |
| External Sorting | |
| Bernoulli Sample | |
| Stakeholder Communication | |
| k-Means from Scratch | |
| Your Strengths and Weaknesses | |
| Pool Matching | |
| Parking Application System Design | |
| Raining in Seattle | |
| The Brackets Problem | |
| Average Order Value |
Synthesized from candidate reports. Individual experiences may vary.
An initial phone call with a recruiter covering your background, resume, motivations, and logistical questions like expectations and fit. Some screens also include light technical questions such as basic CS concepts or a discussion of a past architectural decision.
A HackerRank or CodeSignal-based coding assessment with 3-4 DSA questions ranging from easy to hard LeetCode-style difficulty, covering topics like arrays, strings, dynamic programming, and linked lists. This is typically sent within a week or two of applying and must be completed within a set window.
A live coding interview on Zoom or CodeSignal with one or two Uber engineers, focused on medium-to-hard LeetCode-style problems including graphs, trees, arrays, and dynamic programming. Interviewers expect clean code, complexity analysis, and clear verbal reasoning throughout.
A conversation with the hiring manager that blends product sense, execution thinking, and behavioral questions around ownership, feedback, and past decisions. Some versions of this round also include OOP-style coding or higher-level design discussion.
A structured loop of back-to-back rounds covering data structures and algorithms, database concepts and SQL, system design (e.g., real-time leaderboards, ride-hailing platforms, room reservation systems), and behavioral questions. Coding rounds emphasize medium-to-hard problems and candidates are expected to defend architectural tradeoffs in the design round.