WeRideLeetCode Questions
VerifiedCompany-wise coding interview questions asked by WeRide, ranked by real frequency across 30-day, 3-month, and 6-month recency windows.
# | Problem | Difficulty | Frequency↓ | Acceptance | |
|---|---|---|---|---|---|
| #3123 | Find Edges in Shortest Paths3 sources | Hard | 100% | 46.9% | |
| #2592 | Maximize Greatness of an Array3 sources | Medium | 89% | 61.9% | |
| #1235 | Maximum Profit in Job Scheduling3 sources | Hard | 78% | 54.8% | |
| #329 | Longest Increasing Path in a Matrix3 sources | Hard | 78% | 56.8% | |
| #778 | Swim in Rising Water3 sources | Hard | 78% | 68.0% | |
| #2791 | Hard | 78% | 52.7% | ||
| #1559 | Detect Cycles in 2D Grid3 sources | Medium | 78% | 63.4% | |
| #68 | Text Justification3 sources | Hard | 68% | 51.5% | |
| #696 | Count Binary Substrings3 sources | Easy | 68% | 70.5% | |
| #353 | Design Snake Game3 sources | Medium | 68% | 40.0% |
WeRide Technical Interview Overview & Company-Wise Questions
Software engineering and technical interviews at WeRide emphasize real-world problem solving, algorithmic efficiency, and scalable data structure design. The curated dataset above contains 10 verified LeetCode problems, categorized by frequency and filtered across recent interview seasons.
Frequently Asked Questions
What are the top LeetCode questions for WeRide?
Leading questions include Find Edges in Shortest Paths, Maximize Greatness of an Array, Maximum Profit in Job Scheduling. Reviewing questions with higher recency (within the last 30 to 90 days) yields the highest return on preparation time.
Where can I practice company-wise LeetCode questions for WeRide?
You can practice all 10 WeRide LeetCode questions right here on LeetMap Pro. Filter by 30-day, 3-month, and 6-month recency, track your progress with local checkpoints, and practice curated SQL problems completely free.
How should I prepare for WeRide coding rounds?
Begin by reviewing Medium-difficulty problems (3 tracked), which constitute the majority of technical rounds. Complement coding practice with foundational DSA patterns like Sliding Window, Two Pointers, and Graph Traversal.