Adobe Coding Interview Questions
26 Adobe coding interview problems with full optimal solutions — 15 easy, 8 medium, 3 hard. Every problem ships with multiple approaches (brute-force first, then the optimal), complexity tables for each, company-specific tips on what an Adobe interviewer values, and a FAQ section.
Showing 10 problems of 26
- #1easyfrequently asked
1. Two Sum
Given an array of integers and a target, return indices of the two numbers that add up to the target. Adobe phone screens use this as the warm-up that decides whether you understand the array-to-hashmap conversion that powers nearly every duplicate/lookup task in image-processing pipelines.
- #2easyfrequently asked
2. Valid Parentheses
Given a string of brackets, determine whether every opener has a matching closer in the right order. Adobe uses this to grade whether you reach for a stack reflexively — the same data structure that powers SVG path tag balancing and undo/redo state.
- #3easyfrequently asked
3. Merge Two Sorted Lists
Merge two sorted singly-linked lists into one sorted list, reusing the existing nodes. Adobe uses this as the pointer-manipulation litmus test — the same merge logic underlies layer compositing where two ordered Z-stacks combine into one.
- #4easyfrequently asked
4. Remove Duplicates from Sorted Array
Given a sorted array, remove duplicates in-place and return the new length. Adobe tests this because in-place mutation on large pixel/sample arrays is a hot path — every byte allocated is a frame dropped.
- #6easyfrequently asked
6. Search Insert Position
Given a sorted array and a target, return the index where the target would be inserted to keep the array sorted. Adobe uses this to test whether you can write boundary-correct binary search — the same primitive used in z-order insertion of layers.
- #8easyfrequently asked
8. Merge Sorted Array
Merge two sorted arrays where the first has trailing space to hold the merged result. Adobe asks this to test whether you'll spot the right-to-left trick that avoids overwriting unread data — a pattern that appears in scanline buffer compositing.
- #9easyfrequently asked
9. Binary Tree Inorder Traversal
Return the inorder traversal of a binary tree's node values. Adobe asks this to confirm you can convert between recursive and iterative tree traversals — the same flexibility you need when traversing nested SVG groups or PSD layer trees.
- #12easyfrequently asked
12. Maximum Depth of Binary Tree
Given the root of a binary tree, return its maximum depth. Adobe uses this to validate recursive thinking that directly mirrors how document tree structures and layer hierarchies are traversed in creative applications.
- #13easyfrequently asked
13. Path Sum
Determine if a binary tree has a root-to-leaf path whose node values sum to a given target. Adobe uses this to test recursive DFS reasoning and the candidate's ability to propagate state down a tree — skills central to traversing document and scene graph hierarchies.
- #15easyfrequently asked
15. Best Time to Buy and Sell Stock
Given an array of stock prices, find the maximum profit from one buy-sell transaction. Adobe uses this to test single-pass sliding window thinking and the candidate's ability to track a running minimum — skills applicable to range normalization and histogram equalization in image processing.
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