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Azuga Telemetics Recruitment Process

Last Updated : 14 Dec, 2023
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This article will give you information about the company, their recruitment process, sample questions that have been asked previously, lots of experiences shared by other aspirants, and the portal where you can apply

Azuga Telemetics Recruitmnet Process

About Company

Azuga was formed with the goal of continuously improving fleet safety and productivity. Azuga, a Bridgestone subsidiary, is a global leader in connected vehicle platforms, assisting customers in transforming data from cars and drivers into insight that enhances operations and safety while lowering costs and risk. Through an integrated approach to hardware technology, fleet management applications, driver gamification, video telematics, and data analytics, Azuga provides unique end-to-end fleet solutions for commercial fleets, government agencies, insurance companies, and the automotive sector suppliers.

Recruitment Process:

  • Round 1:(Online Assessment)
  • Round 2: Technical Round
  • Round3:(Design and Problem Solving Round)
  • Round 4:(HR)

Azuga Criteria for Eligibility:

Bachelor’s degree or equivalent experience.

Online Assessment:

2 Coding Questions and MCQ on Quantitative Aptitude, Logical Reasoning, Verbal Ability, and Computer Science Concepts.

Technical Round:

Focus on Java Questions, Coding Questions, and Computer Science Concepts. 

Design and Problem-Solving Round:

Asked questions on Low-Level Desing, and High-Level Design and check the knowledge of APIs, and asked questions about problems with Data Structures. 


Check your Behavioural and Discuss Salary joining date etc.

Interview Experience:

It is always beneficial if you know what it is to be there at that moment. So, to give you an advantage, we provide you with Interview Experiences of candidates who have been in your situation earlier. Make the most of it.

Question asked in Azuga

  1. Nth node from end of linked list
  2. Boundary Traversal of binary tree
  3. Add two numbers represented by linked lists 
  4. Find the length of largest subarray with 0 sum
  5. 0-1 Knapsack Problem

Where to apply

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