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Licious Interview Experiences

How Licious fresher interviews usually run, campus and off-campus. Patterns shift by year and role, so treat this as a prep map, not a script.

Licious placement process includes: 1. Online Assessment (60-90 minutes) - 2-3 coding problems, 2. Technical Interview Round 1 (45 minutes) - DSA-focused, 3. Technical Interview Round 2 (45 minutes) - System design and project detailed discussion, 4. Managerial Round (30-45 minutes) - Behavioral discussion, 5. HR Round (30 minutes) - Compensation discussion and background verification. Total duration: 2-3 weeks from application to offer.

Eligibility (from student reports): 7.0+ CGPA in 10th, 12th, and graduation.

Fresher package ballpark (from student reports): SDE-1: ₹12-18 LPA. Experienced / SDE-2 bands are higher and offer-specific - confirm on your letter.

Round Duration What they test
Online Assessment 90 min 2-3 coding problems
Technical Round 1 45-60 min DSA + project discussion
Technical Round 2 45-60 min System design (orders / logistics)
HR 20-30 min Behavioural + culture fit

Licious hires mostly off-campus and lateral rather than through mass campus drives, so the public write-ups are individual accounts from LeetCode, Medium and Glassdoor rather than college placement posts. Two things recur strongly across them: Java is often mandated in the coding rounds and your code has to actually compile, and there is a low-level design round that catches candidates who only prepped DSA.

Reported flow: three rounds - two technical screens, then a hiring manager round.

Technical screen 1 (~1 hour)

  • 2 DSA questions at medium level. Not a whiteboard conversation: write it in Java, and it must compile.
  • Reported topic areas across SDE-1 accounts: arrays, strings, linked lists, trees and recursion. Named examples include House Robber II (DP) and lowest common ancestor in a binary tree.
  • Interviewers push on optimisation after a working solution, so leave time to talk complexity.

Technical screen 2 (~1 hour)

  • 2 low-level design problems - one easy, one medium - again written and compiled in Java.
  • Plus CS fundamentals questioning alongside the design work.
  • This is the round people report being least prepared for. Class design, interfaces and responsibilities matter more here than algorithmic cleverness.

Hiring manager round (~60 min)

  • Cultural fit plus CS fundamentals in the same sitting.
  • Long discussion of current and previous projects: your actual roles and responsibilities, the tech stack and why, and a deep dig into project architecture.
  • Personal projects came up, and so did “how do you keep up with new technology” - answered concretely, not with a list of newsletters.

Experience 2: what the online assessment looks like

Section titled “Experience 2: what the online assessment looks like”

Not every candidate gets an OA - referral and lateral routes often skip straight to the technical screens - but where one exists, reports describe it as unusually long and unusually varied:

  • 2.5 to 3 hours total.
  • A “gaming” section: reasoning, logical puzzles, quantitative problems and short memorisation tasks. This surprises people expecting a pure coding test.
  • Coding challenges.
  • Technical MCQs.

At SDE-2 the screening is much tighter and stack-specific instead: one reported 2025 cycle used 15 MCQs in 10 minutes on Java and Spring, followed by 2 easy coding questions in 20 minutes.

  • SDE-1: DSA at medium level, LLD, CS fundamentals, project depth.
  • SDE-2: Java/Spring knowledge is assumed and tested directly; expect design and ownership questions rather than “explain a sorting algorithm”.
  • SDE-3: reported rounds move to high-level design - one account describes being asked to design a message broker along the lines of Kafka.
  • Practise in Java, in an editor that compiles, if Java is your declared language. Multiple accounts specify this explicitly, and pseudocode does not pass.
  • Prepare LLD as seriously as DSA. It is a full round at SDE-1, not a bonus question.
  • Know your own architecture cold. The hiring manager round is largely your projects, examined properly.
  • Domain knowledge about cold-chain logistics or delivery SLAs is not what published accounts report being tested on - useful context for the culture-fit conversation, but do not prep it in place of design and fundamentals.

Sources: Medium - Licious SDE-1 interview experience (selected) · LeetCode - Licious SDE1 Bangalore · LeetCode - Licious SDE2 hiring 2025 · Medium - Licious SDE-3, Feb 2024 · Glassdoor - Licious interviews

  1. Top-K frequent elements. Usually expects heap / bucket sort
  2. Shortest path in a grid. Usually expects BFS
  3. Merge overlapping delivery slots. Usually expects interval merge
  4. Discussion on cold chain inventory and order SLA, bottlenecks, failure modes, simple APIs
  5. Detailed project discussion, architecture, hardest bug, what you would change
  6. SDE-2: order/slot design, idempotent payments, inventory reservation, incident ownership
  7. SDE-2: rate limiting / sliding window style coding with production complexity talk
  1. Why this product?
  2. Working with unclear requirements
  3. On-call or weekend comfort
  4. Relocation
  5. (SDE-2) Notice period, current vs expected CTC, on-call ownership
  • Clear the screening round first. Timed practice beats last-minute topic hopping.
  • For domain questions, explain cold chain inventory in plain language, inputs, outputs, what breaks at scale.
  • OOPs and SQL still open a lot of Licious panels. Do not skip fundamentals.
  • HR answers should be concrete. One story with a result beats five slogans.
  • If you do not know something, say so and outline how you would find out.
  • SDE-2 candidates: prioritise one end-to-end design (orders + inventory + SLA) and two production incident stories - do not only grind Easy/Medium lists.

After technical rounds, Licious usually closes with a short HR / hiring-manager conversation: motivation, location, notice period, and a couple of behavioural stories. Prepare those answers on the dedicated page rather than cramming them into this hub.

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