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Hexaware Interview Questions

Are you going to face an interview in Hexaware? Are you looking for Hexaware interview questions? Okay! This blog contains the top 25 Hexaware interview questions and answers developed by MindMajix content experts. This blog also includes the Hexaware interview process, tips to ace the Hexaware interview and FAQs. So, if you go through the blog keenly, acing your Hexaware interview will be a piece of cake.

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Hexaware is one of the fast-growing IT companies spread across the globe, with 37 offices and a workforce of nearly 30k. This company keenly focuses on digital transformation in every part of the business. They deliver services in various sectors, such as Information Technology, cloud services, data and analytics, Business Process Services, and consulting. That is the reason they recruit computer professionals every year in large numbers.

When it comes to the interview process of Hexaware, they conduct three rounds of interviews to test the skills and abilities of candidates. So if you want to nail the Hexaware interview, you must prepare well before attending the interview by going through various Hexaware interview questions and answers.

MindMajix offers this blog to help job seekers who aspire to ace Hexaware interviews. Once you complete reading this blog, you will be aware of the Hexaware interview process, Hexaware interview questions and answers, and much more.

Let’s start!

Hexaware Interview Questions - Table of Content

Top 10 Frequently Asked Hexaware Interview Questions

  1. What is an Abstract Class?
  2. State about RR Algorithm
  3. What do you understand by Spiral Model in SDLC?
  4. What is DBMS?
  5. What do you mean by inheritance?
  6. Differentiate Stack with Queue in Data Structures?
  7. Describe the steps involved in working Round Robin (RR) Algorithm.
  8. Compare NumPy Array and List in Python.
  9. When is a trigger invoked in DBMS?
  10. How can you use the super ( ) and this ( ) method with a constructor?

Hexaware Recruitment Process

As said earlier, there are three rounds in the Hexaware interview process.

  • Written Test

In this round, you must sit for a written test. You will be asked questions from quantitative aptitude, logical reasoning, verbal ability, and technical questions. This test lasts for 2.30 hours with over 170-180 questions. The technical questions cover computer topics for computer science candidates and other subjects for non-computer candidates.

  • Technical Interview

Those who clear the written test can attend the technical interview. In this round, you will be asked questions by a panel of interviewers on OOPs, Operating Systems, DBMS, computer networks, and more. 

Additionally, you will be asked questions from programming languages such as C++, Python, Java, etc. You will be shot with questions from your previous projects, interns, experience, etc. Above all, you need to write codes for one or two problems in the programming languages mentioned earlier languages.

It is vital to note that if you clear this round, you have almost done it. You will be hired positively. However, performing well in the HR interview is crucial to get the offer letter.

  • HR Interview

It is one of the critical rounds in which you will be tested for your abilities in analytical thinking, collaboration, problem-solving, leadership skills, and many more. You will be asked questions about the vision, values as well as leadership principles. 

In this round, interviewers will be interested in knowing your family background, the degree of your interest in Hexaware, the level of information you have about Hexaware, your ability to stretch to balance workloads, your interest in learning new things in technology, your mental stamina and emotional intelligence and many more. 

In addition, interviewers will ask questions regarding your goals, milestones achieved, challenges, etc. Once you clear all these three rounds successfully, you will undoubtedly get your offer letter.

Hexaware Technical Interview Questions

To help the learners prepare the questions and answers based on their expertise level, we have split the Q&A into two sections. This section provides the top 25 Hexaware technical interview questions and answers straightforwardly. So you can go to the relevant section directly.

  • Hexaware interview questions for Freshers
  • Hexaware interview questions for Experienced

Hexaware Interview Questions For Freshers

1. What is an Abstract Class?

When a class is declared with the abstract keyword, it is known as the abstract class. We use an abstract class to achieve abstraction in Java. An abstract class will have abstract as well as non-abstract methods. Also, it can have constructors as well as static methods.

In a way, the Abstract class is restricted. We cannot instantiate an abstract class. This is why we cannot use an abstract class to create objects. If you want to access an abstract class, it must be inherited from another class. It is essential to note that We use abstract classes for security reasons by hiding the unwanted details of objects from users.

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2. What do you mean by the Volatile Variable?

The volatile variable is a variable that can be changed by operating systems or other software. It is widely used in multi-threaded applications. This is the variable used to end a loop or a thread. We can read/write volatile variables from/to main memory. But volatile variables are not usually cached in temporary memory devices. We can use the volatile variable in programming languages such as C, C++, and Java,

3. What is the use of Pointers?

Pointers help to perform data manipulation and storage efficiently. In its basic form, a pointer is nothing but a variable that stores the memory address of another variable. The variable can be of any data type, such as integer, array, character, or other. And the size of the pointer can be 16 or 32, or 64-bit. We also use pointers to implement data structures such as lists, trees, and graphs.

4. State about RR Algorithm

RR algorithm stands for Round Robin algorithm that follows the context switching method. It is one of the preemptive and First Come-First Serve CPU scheduling algorithms used for multitasking. Based on this algorithm, each process in the ready state is allotted CPU only for a fixed time. Likewise, all the processes get the fixed CPU time rotationally. The main thing about this algorithm is that every process gets equal priority and time for execution.

5. What are Turnaround Time and Throughput?

Throughput indicates the number of processes executed in a unit of time. Some processes may take a very short time. For example, ten processes can be executed in one second. Also, some processes may take a long time. For instance, it will take one hour to complete a single process.

Another one, Turnaround time, denotes the time required to execute a particular process. Note that this time is calculated from the submission of the process to its completion.

6. What do you mean by Waiting Time and Response Time in CPU operation?

Waiting time is nothing but how long a process stays in the ready queue to get a CPU. In other words, waiting time is the difference between the turnaround and burst times. Another one, Response time, is the time taken by a CPU to respond to a process for the first time. 

7. What do you understand by Spiral Model in SDLC?

The spiral model essentially combines the iterative development process with the waterfall model. With this model, we can avoid risks that may arise in different stages of software development. This is because this model evaluates risks at every stage of development. We can use the spiral model to generate better outcomes for large and complex software development projects.

8. What do you mean by Zombie State?

The zombie state is terminated but not an exit state. It mainly occurs in parent-child functions. Once a child function completes execution, it sends the completion status to its parent function. However, the child function cannot exit. The child function can exit only when the parent function receives and acknowledges the completion status. Until that, the child function will be in the zombie state.

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9. Define Virtual Memory

Know that virtual memory is one of the best techniques used to resolve memory shortage problems. Virtual memory is nothing but an efficient memory management technique in which secondary memory acts as a part of the main memory. This technique temporarily moves data from the RAM to the main memory. We use virtual memory when there is a requirement to multitask and run complex programs. As a result, it boosts system performance to greater levels.

10. What is DBMS?

DBMS stands for DataBase Management System. In its basic form, it is a data-keeping system used in an organized way. We can manipulate data in a database through several operations. Based on the data structure, we can classify DBMS into many types, such as relational, inverted list, hierarchic, and network. A relational database has several components, such as indexes, tables, and keys.

[Related Article: DBMS Interview Questions]

11. What do you understand by Database Schema

A database schema is nothing but a design with which we can properly organize data in relational databases. We might also say that the database schema is a database’s blueprint. With database schema, we can clearly understand the logical relationships between fields and tables in databases. Mainly, database schema assists developers in accessing and managing data in databases efficiently.

Know that we can design database schema through data modeling. There are three types of database schema, as listed below:

  • Logical database schema
  • Conceptual schema
  • Physical database schema

12. What do you understand by Recursive Function?

A recursive function is nothing but a routine that calls itself either directly or indirectly. We use iterative methods to write the recursive functions. We can write efficient codes using recursive functions. Mainly, we can easily compile a set of numbers or strings using a single iterated process. Also, we use recursive functions to solve puzzles quickly. Know that there are three recursive functions: tail recursion, head recursion, and body recursion.

13. What do you mean by inheritance?

Inheritance is one of the crucial OOPs concepts. According to this concept, a child object gets all the properties of a parent object, absolutely. The primary use of this concept is that we can build new classes from the existing classes. Besides, we use inheritance for code reusability and method overriding.

Hexaware Interview Questions For Experienced

14. State the key differences between C and C++.

C

C++

It is essentially a procedural or structural-oriented language. It executes codes line by line.

It is essentially an object-oriented language. It supports OOPs concepts such as polymorphism, encapsulation, inheritance,  and abstraction.

It doesn’t support functions as well as operator overloading.

It supports functions as well as operator overloading.

It doesn't support built-in data types.

It supports built-in data types.

It doesn't have access to modifiers.

It has access modifiers.

15. Differentiate Stack with Queue in Data Structures?

Though stack and queue are linear and non-primitive data structures, they have many differences, as follows:

Stack

Queue

It uses the Last In and First Out (LIFO) approach to store data elements

It uses the First In and First Out (FIFO) approach.

We use POP and PUSH operations to insert and delete data elements in the stack, respectively.

We use Enqueue and Dequeue operations to insert and delete data elements in the queue.

Both Insertion and deletion take place at one point

Both Insertion and deletion take place at two points – Rear and Front

Stack is a vertical collection of data elements

A queue is the horizontal collection of data elements

There is no other type of stack

There are three types of queues: double-ended, circular, and priority.

With a stack, you can quickly solve recursion-based problems

With a queue, you can quickly solve sequential processing problems.

16. Create a C program to determine two numbers' Least Common Multiple (LCM).

First, we assume that n1 and n2 are two integer numbers. Now, we can find the LCM of the two numbers using the below code.

17. Under what circumstances can we use the data types such as VARCHAR, CHAR, and VARCHAR (MAX)?

When data has a variable length, we can use data types such as VARCHAR as well as VARCHAR (MAX). Particularly when the data size goes beyond 8k bytes, we can use a datatype like VARCHAR (MAX). Know that the VARCHAR data type employs dynamic memory location. It is essential to note that the data could be a letter, number, or character.

When data has a defined length, CHAR data type can be used. Unlike VARCHAR, the CHAR data type uses a static memory location.

18. Describe the steps involved in working Round Robin (RR) Algorithm?

Round robin algorithm works based on the first come- first serve method. Below are the steps involved in the execution of the RR algorithm.

  • The ready queue is loaded with all the processes for execution
  • The Burst Time (BT) of each process and the Time Quantum (TQ) of the CPU are compared with each other
  • If the BT is less than TQ, then the process is executed by the CPU for its entire Burst time
  • If the BT exceeds TQ, the process is executed up to the time quantum.
  • Then, the process is checked to determine whether the execution is complete.
  • If the execution is completed, then the process will be terminated. Otherwise, the process will be sent back to the ready queue for the next cycle of execution.

19. How would you implement Bubble Sort Algorithm?

The bubble sort algorithm uses the compare and swap method to sort array elements. With this algorithm, we can sort in ascending or descending order.

Consider that we will perform sorting for an array in ascending order.

  • The bubble sort algorithm compares the first two elements of the array.
  • They are swapped if the second element has a smaller value than the first one. In reverse, if the second element has a greater value than the first one, there is no element swapping.
  • This process of comparing and swapping elements continues until the last two elements of the array are compared.
  • All the above steps represent a single iteration of comparing and swapping elements of the array
  • Likewise, this algorithm performs many iterations until all the elements in the array are sorted in ascending order.

20. Compare NumPy Array and List in Python.

Numpy Array

Python List

It supports similar data types

It supports different data types

It is homogenous

It is homogeneous as well as heterogeneous

It demands low memory

It demands large memory

It is faster

It is slower compared to the Numpy array

[Related Article: Python Lists with Examples]

21. Why Doesn’t Java Support Multiple Inheritance?

Java doesn’t support multiple inheritances since it creates the diamond problem. Because of this problem, the compiler gets confused with executing superclasses.

22. When is a trigger invoked in DBMS?

A trigger is invoked automatically when there is a special event in the database. For example, a trigger is invoked when a row is inserted in a table in the database. Also, a trigger is invoked when a column is updated in the database.

23. Describe the Self-join

Self-join is essentially a regular or inner join. This join represents the unary relationship. In this type, the rows of a table are joined by themselves. In other words, it is the join performed between two copies of the same table.

24. How can you use the super ( ) and this ( ) method with a constructor?

We can use super ( ) and this ( ) method to call constructors. This ( ) calls the constructor of the current class, whereas super ( ) calls the base class's constructor. We use this method only inside the constructor.

25. Can we declare a Constructor as Private?

Yes. We can declare a constructor as private. We can do this when we cannot create an object of a class. More to the point, we can use private constructors only in the singleton design pattern.

Hexaware FAQs

1. How many rounds are there in the Hexaware interview?

There are three rounds of Hexaware interview – written test, technical interview, and HR interview.

2. How should I prepare for the Hexaware interview?

You should prepare for the written test first. To clear this, you must thoroughly prepare aptitude, logical, analytical, and reasoning Q&A. To clear the technical interview, you must thoroughly prepare the computer core subjects such as DBMS, programming, Operating Systems, etc. To clear the HR interview, you must sharpen your personality traits carefully.

3. Why should we hire you?

It is one of the crucial questions being asked in every interview. Interviewers ask this question to check how you fit the role. You must cleverly answer this question so that your skills and experience match the position. And you must show your interest in the company by mentioning its values, projects, opportunities, and so on.

4. Is the Hexaware technical interview tough to clear?

No. It is easy to clear. There is a single round where you will be asked about computer fundamentals, data types, operating systems, data structures, etc. Clearing the technical interview is a cakewalk if you have prepared questions and answers on these topics and a few programs.

5. Does Hexaware pay well to its employees?

Yes. It pays well to its employees. The pay scale of Hexaware falls between $4k to $25k.

6. How can I crack the Hexaware interview easily?

You can crack a Hexaware interview only by solid preparation. If you have prepared communication, aptitude, reasoning, and core computer concepts, you have crossed half the way. You have done it if you sharpen your presentation skills and attitude.

7. What are the programming languages I must be familiar with?

C, Java, C++, and HTML are a few languages you must be thorough in attending a Hexaware interview.

Hexaware Leadership Principles

Hexaware leadership principles are the driving force for their employees since they offer excellent growth opportunities, work-life balance, motivation, and more.

Let’s see a few of the leadership principles as follows.

  • Encouraging Creativity

Hexaware leaders motivate employees to exhibit creativity to improve their skills and competency, promoting business outcomes.

  • Building Platform for Learning

Hexaware leadership has built a robust platform – HexaVarsity – for the continuous learning of employees. Employees can polish their skills and knowledge by effectively utilizing this platform.

  • Motivating High-performers

Hexaware leadership motivates high-performers through the HPC program. This program drives high-performers to improve their performance furthermore by setting new benchmarks.

  • Building a Diverse Workforce

Hexaware is a company spread across many countries worldwide with a diverse workforce and time zones. Hexaware leaders have created a conducive environment for employees from multiple ethnicities and demographics to work together without friction.

  • Empowering People

 In Hexaware, employees are empowered by decentralizing decision-making. Employees are motivated to make Decisions on the ground level, accelerating business processes quickly.

Tips to Ace Hexaware Interview

Besides learning Hexaware interview questions and answers, you must know a few tips to nail the Hexaware interview quickly. Therefore, to get hired in Hexaware, you must follow the steps below – without a miss.

  • Build a Neat Resume

Ensure that you have included all your skills and achievements in your resume. At the same time, ensure that you don't include irrelevant details or abilities you are not confident in. Simply put, be honest with all the information you have put in the resume.

  • Be Confident and Polite

Prepare to the maximum before attending the Hexaware interview. Put all your efforts into the preparation in all the ways possible. But, once you enter the interview hall, do not worry about the level of preparation that you made and other factors. Be confident and attend the interview politely and coolly. If you have prepared well, you will perform well, undeniably.

  • Show Clarity 

Offering all the answers with clarity is very important. Similarly, you must be precise with questions as well. If you need clarification or help to understand the questions, ask interviewers to repeat or describe the questions. It would be better to ask again instead of replying with wrong answers or saying nothing.

  • Subject Expertise

Last but not least – You must prepare thoroughly in computer fundamentals, DBMS, programming, networks, Operating Systems, etc. Mainly, leave no stone unturned while preparing for the technical interview. Remember that the subject preparation level will increase the chances of getting hired in Hexaware.

Conclusion

It’s now time to wrap! You might have gone through the Hexaware interview process, Hexaware interview questions and answers, tips to clear the interview, and FAQs. We hope all these items made you attend the interview with ease and confidence. It is a given that practice makes a person perfect. So, you must always continue learning to ace the Hexaware interview successfully.

If you seek professional training to polish your skills, you can attend "Core Java Training" courses and get certified. Once you get the certification, you can nail your Hexaware interview quickly.

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About Author

 

Madhuri is a Senior Content Creator at MindMajix. She has written about a range of different topics on various technologies, which include, Splunk, Tensorflow, Selenium, and CEH. She spends most of her time researching on technology, and startups. Connect with her via LinkedIn and Twitter .

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