LTIMindtree Aptitude Test Questions: Updated 2026 Guide

The LTIMindtree online test runs across six sections with 107 questions and two coding problems; how well you perform here decides whether you advance to the technical and HR rounds.

The company formed when Larsen and Toubro Infotech merged with Mindtree in 2022. For freshers on 2025-26 campus placement drives, the online test is the same gate it has always been, with one notable addition: AI-assisted coding evaluation now sits inside the screen. The full syllabus and test pattern breakdown goes deeper on eligibility criteria and section weightings.

The LTIMindtree Online Test at a Glance

The online test is computer-based and split into six distinct sections. Each has its own timer.

Section	Questions	Time (min)
Quantitative Aptitude	10	20
Logical Reasoning	15	25
Verbal Ability	20	20
Coding Challenges	2 problems	60
Technical MCQs	10	15
Psychometric Test	50	20

Overall difficulty ranges from moderate to difficult depending on the test window. The psychometric section does not follow a right-or-wrong scoring model; it assesses personality fit and is not the deciding factor. The other five sections are scored, and cut-offs shift with vacancy count and test difficulty for that cycle.

• Eligibility: 60% throughout academics (10th, 12th, and degree), B.E./B.Tech or MCA from a recognised university, streams including CSE, IT, ECE, and EEE.

Quantitative Aptitude: Topics and Sample Questions

The quantitative section is 10 questions in 20 minutes, about 2 minutes per question. It is the smallest section by question count but tends to carry consistent weight in shortlisting.

Standard topics include time and work, speed and distance, percentages and profit-loss, ratio and proportion, number series, and averages and mixtures.

Two representative practice questions (type and difficulty calibrated to Tier-2 campus placements):

• Q1 (Time and Work): A can complete a task in 12 days. B can complete the same task in 18 days. Working together, how many days do they need?

  • Step 1: A’s daily rate = 1/12. B’s daily rate = 1/18.
  • Step 2: Combined rate = 1/12 + 1/18 = 3/36 + 2/36 = 5/36.
  • Step 3: Days together = 36/5 = 7.2 days.
  • Answer: 7.2 days.

• Q2 (Percentages / Profit-Loss): A shopkeeper marks goods 25% above cost price and then offers a 10% discount. What is the profit percentage?

  • Step 1: Selling price = Cost price x 1.25 x 0.90 = Cost price x 1.125.
  • Step 2: Profit = 1.125 - 1 = 0.125 = 12.5% of cost price.
  • Answer: 12.5%.

For a larger practice set across all quantitative topics, see the LTIMindtree aptitude and reasoning guide.

Logical Reasoning: What to Expect

Fifteen questions in 25 minutes. This section is where students lose the most time on arrangement problems. Seating arrangement and blood-relation questions frequently appear in sets of three to five, so a slow setup can cost multiple marks at once.

Topics to prepare: seating arrangement (linear and circular), blood relations, coding-decoding, syllogisms, direction sense, and data sufficiency.

Two representative practice questions:

• Q3 (Direction Sense): Starting from point P, Rajesh walks 4 km north, then turns right and walks 3 km east. How far is he from P?

  • This is a right-triangle problem: distance = the square root of (4 squared + 3 squared) = the square root of 25 = 5 km.

• Q4 (Coding-Decoding): In a code, NORTH is written as SOUTH and EAST is written as WEST. Following the same logic, MORNING is coded as?

  • Pattern: each word is replaced by its directional or temporal opposite.
  • Answer: EVENING.

The arrangement and blood-relation problems are worth drilling separately, as a single misread setup cascades through three to five dependent questions.

Verbal Ability and Technical MCQs

Verbal Ability

Twenty questions in 20 minutes makes this the highest question-count timed section. Common question types: reading comprehension (two passages per test, typically), fill-in-the-blanks, sentence correction, and para jumbles.

Strategy: clear the reading comprehension passages first since they tend to cluster two or three questions per passage. Return to standalone grammar questions after. The 1-minute-per-question pace is tight; skipping and returning works better than stalling on one question.

Technical MCQs

Ten questions in 15 minutes. Tests core engineering fundamentals: data structures (arrays, linked lists, trees), basic algorithm analysis, operating system concepts (process scheduling, memory management), and elementary C/C++ or Java syntax questions.

For ECE and EEE students: prepare OS fundamentals and basic networking concepts in addition to the programming questions. The technical MCQ section is not CSE-exclusive in scope.

Coding Challenges: Two Problems, 60 Minutes

This is the single longest block in the test. Two problems, a 60-minute window, and AI-assisted evaluation now sits inside the scoring layer, according to LTIMindtree’s current fresher hiring approach.

Common problem patterns:

• Array manipulation: sorting, two-pointer, sliding window
• String operations: anagram checks, palindrome detection, substring search
• Basic dynamic programming: subset sum, coin change, staircase problems
• Linked list: traversal, reversal, cycle detection

Write code with comments. The AI evaluation layer can assess code structure alongside test-case pass rates, which means partial credit for a well-structured partial solution is possible. Solving at least one problem daily in the month before your test date builds both speed and the habit of writing readable code under time pressure.

Four-Week Preparation Plan

A realistic breakdown for a student preparing during regular college work:

Week	Primary Focus
1	Quantitative Aptitude: Time and Work, Speed and Distance, Percentages
2	Logical Reasoning: Seating arrangement (linear + circular), blood relations, coding-decoding
3	Verbal Ability: Reading comprehension, para jumbles; Technical MCQs: data structures + OS
4	Full mock tests (minimum 3); coding problem drills (2 problems per day)

Students who complete at least three full-length mock tests in the final week tend to manage time better during the actual test. The LTIMindtree recruitment process overview explains what comes after the online test: the technical interview round and the HR interview.

LTIMindtree’s AI Hiring Direction

Two developments in the LTIMindtree hiring process are worth noting before you sit the test.

First, LTIMindtree resumed campus hiring in 2025 and is targeting around 5,000 fresher onboards this fiscal, per CEO Venugopal Lambu. That is a meaningful number for a company that had paused fresher hiring for an extended period.

Second, LTIMindtree launched BlueVerse, a dedicated AI platform unit aimed at helping clients adopt AI and capitalise on AI-led business deals, per Lambu’s strategy commentary in 2026. The company also runs a global AI upskilling initiative with MIT and upGrad for existing employees. For freshers, the implication is practical: clearing the aptitude and coding sections gets you to the technical interview, but interviewers at a company betting on AI-led deals will probe AI-adjacent reasoning in that round.

Clearing the quantitative and reasoning sections in this guide gets you past the aptitude screen. The technical round is where the BlueVerse-era expectations start to show. The 2026 AI roadmap for Indian engineering students maps a free curriculum that fits a six-month prep window alongside standard placement preparation.

For a hands-on start, TinkerLLM covers practical LLM experiments at ₹299.

After the aptitude test, the LTIMindtree interview questions guide for freshers covers the technical and HR round in detail.