Witeso

Rank	Topic	Frequency	Percentage
1	Array	156	44.6%
2	String	93	26.6%
3	Hash Table	68	19.4%
4	Dynamic Programming	53	15.1%
5	Sorting	53	15.1%
6	Math	50	14.3%
7	Two Pointers	50	14.3%
8	Depth-First Search	39	11.1%
9	Tree	37	10.6%
10	Binary Tree	35	10.0%
11	Binary Search	31	8.9%
12	Breadth-First Search	30	8.6%
13	Linked List	26	7.4%
14	Stack	26	7.4%
15	Greedy	26	7.4%
16	Matrix	25	7.1%
17	Bit Manipulation	19	5.4%
18	Heap (Priority Queue)	19	5.4%
19	Divide and Conquer	18	5.1%
20	Backtracking	18	5.1%
21	Design	17	4.9%
22	Recursion	17	4.9%
23	Sliding Window	16	4.6%
24	Database	14	4.0%
25	Prefix Sum	11	3.1%
26	Simulation	10	2.9%
27	Counting	10	2.9%
28	Enumeration	10	2.9%
29	Graph Theory	9	2.6%
30	Union-Find	8	2.3%
31	Binary Search Tree	8	2.3%
32	Monotonic Stack	8	2.3%
33	Memoization	6	1.7%
34	Ordered Set	6	1.7%
35	Trie	5	1.4%
36	Queue	5	1.4%
37	Merge Sort	5	1.4%
38	Bucket Sort	5	1.4%
39	Binary Indexed Tree	4	1.1%
40	Segment Tree	4	1.1%
41	Counting Sort	4	1.1%
42	Game Theory	4	1.1%
43	Topological Sort	3	0.9%
44	String Matching	3	0.9%
45	Hash Function	3	0.9%
46	Quickselect	3	0.9%
47	Bitmask	3	0.9%
48	Sweep Line	2	0.6%
49	Rolling Hash	2	0.6%
50	Shell	2	0.6%
51	Doubly-Linked List	2	0.6%
52	Radix Sort	2	0.6%
53	Iterator	2	0.6%
54	Number Theory	2	0.6%
55	Brainteaser	1	0.3%
56	Combinatorics	1	0.3%
57	Interactive	1	0.3%
58	Data Stream	1	0.3%
59	Monotonic Queue	1	0.3%
60	Eulerian Circuit	1	0.3%
61	Randomized	1	0.3%
62	Shortest Path	1	0.3%

No.	Question Title	Link	Difficulty
1	Minimum Moves to Equal Array Elements III	Visit	Easy
2	Threshold Majority Queries	Visit	Hard
3	Unit Conversion I	Visit	Medium
4	Bitwise OR of Adjacent Elements	Visit	Easy
5	Split the Array	Visit	Easy
6	Restricted	Restricted	Hard
7	Restricted	Restricted	Hard
8	Restricted	Restricted	Hard
9	Restricted	Restricted	Hard
10	Restricted	Restricted	Hard
11	Restricted	Restricted	Hard
12	Restricted	Restricted	Hard
13	Restricted	Restricted	Hard
14	Restricted	Restricted	Hard
15	Restricted	Restricted	Hard

Frequently Asked Questions

Common questions about Adobe interviews

Adobe's technical rounds are generally medium to hard difficulty, comparable to Google and Meta, with a strong emphasis on problem-solving and clean code. The process is distinctive for its rigorous 'Bar Raiser' behavioral round, modeled after Amazon's leadership principles, which adds a layer of comprehensive evaluation beyond pure coding. This makes the overall assessment feel more holistic and slightly less predictable than some other FAANG interviews.

A dedicated 2-3 month preparation period is recommended for most candidates. This should include solving 150-200 LeetCode problems (focusing on medium and hard difficulty), thoroughly mastering Adobe's 16 Leadership Principles with STAR-method stories, and practicing system design fundamentals if applying for SDE-2 or higher roles. Consistency is critical; aim for 2-3 hours of focused study daily rather than irregular, lengthy cram sessions.

Focus heavily on Data Structures & Algorithms (especially trees, graphs, dynamic programming, and system design questions), and be prepared for Object-Oriented Design (OOD) problems. For senior roles (SDE-2/3), expect deep-dive system design questions on scalability and distributed systems. Crucially, you must weave Adobe's Leadership Principles (like 'Customer Obsession' and 'Innovate') into your technical and behavioral narratives.

Top mistakes include under-preparing for the behavioral 'Bar Raiser' round by giving vague answers not tied to Leadership Principles, failing to ask clarifying questions before jumping into code, and poor communication of your thought process. Another critical error is not connecting your solutions to Adobe's product ecosystem (e.g., how a scalability solution impacts Creative Cloud). Always validate edge cases and discuss trade-offs explicitly.

Go beyond a correct solution by explicitly relating your technical approach to Adobe's products (e.g., 'This caching strategy would improve performance in Photoshop's cloud documents'). Prepare thoughtful questions about the team's work on specific Adobe products like Experience Cloud or Firefly. Demonstrate a user-centric mindset by discussing how your work impacts creatives and businesses, aligning your stories with Adobe's core values of creativity and innovation.

The process typically takes 4-6 weeks from the initial recruiter screen to an offer, but it can vary by team and hiring cycle. After completing all interview rounds, expect feedback within 2-4 weeks, though the 'Bar Raiser' round can sometimes cause delays as it requires alignment with senior leadership. If you haven't heard back after three weeks, a polite follow-up with your recruiter is appropriate.

SDE-1 interviews focus on core DSA, basic OOD, and foundational problem-solving. SDE-2 expects stronger system design skills, scalable solution architecture, and deeper knowledge of a specialization (e.g., front-end, back-end). SDE-3 emphasizes large-scale system design, technical leadership, mentorship, and cross-functional influence, with behavioral questions probing on driving technical vision and coaching others. The complexity and scope of expected answers increase significantly with each level.

Use LeetCode (filter by Adobe tags) and 'Cracking the Coding Interview' for DSA practice. For Adobe-specific prep, study their 16 Leadership Principles in detail via their career site and practice framing your experiences around them. Review Adobe's engineering blog (Adobe Blog - Tech) to understand their tech stack and current challenges. For system design, use 'Designing Data-Intensive Applications' and practice designing services relevant to Adobe's ecosystem, like digital asset management or cloud rendering.

Adobe Questions

Topic Frequency Analysis

All Topics

Frequently Asked Questions