Top 53 Accenture Associate Software Engineer Interview Questions [for Freshers & Experienced]
Accenture is a multinational professional services company that specializes in information technology (IT) and consulting services. It is listed in the Fortune 500 and had a reported revenue of $64.1 billion in 2023. It aims to enable businesses to build their digital core, optimize operations, enhance customer services, and accelerate revenue growth. If you wish to work at this dynamic organization as an Associate Software Engineer (ASE), continue reading this blog. We will explore the top Accenture associate software engineer interview questions and the hiring process to provide you with an understanding of what to expect and how to prepare for the interview.
Accenture Associate Software Engineer Hiring Process
An associate software engineer is a part of the software development team and participates in development lifecycle phases, including analysis, designing, coding, and testing. The Accenture associate software engineer hiring process involves various assessment stages that evaluate a candidate’s mathematical, reasoning, logic, communication, technical, and soft skills.
Let us discuss these different assessment rounds in detail.
1. First Assessment
Candidates with B.E./B. Tech., MCA, and M.Sc. (Computer Science and IT only) degrees are eligible to appear for the first round of the Accenture associate software engineer hiring process. This round is divided into the following two stages.
[Note: The test is time-bound and you need to complete it in 90 minutes.]
i. Cognitive Ability and Technical Assessment
This is an online test divided into two sections. The first section assesses a candidate’s cognitive ability and has questions on English ability, critical thinking and problem-solving, and abstract reasoning. There are 50 multiple-choice questions to be completed in 50 minutes.
The next section of this test consists of a technical assessment. It has common applications, MS Office, pseudocode, networking, cloud, and security-related questions. There are 40 multiple-choice questions to be completed in 40 minutes.
[Note: It is an elimination round, and only those who clear this test will move forward to the coding round.]
ii. Coding Test
Candidates who have successfully passed the cognitive and technical assessment round will appear for a coding test. This is a mandatory test and is also an elimination round as per the latest recruitment pattern.
You will get two coding questions based on any of the following programming languages: Java, C, C++, DOT NET, and Python. You have to solve the questions in 45 minutes.
2. Second Assessment: Communication Assessment
This round of the recruitment process is not an elimination round but an optional round. You will receive a separate email with a schedule and login credentials to appear for this assessment. This is a 30-minute-long verbal test. It will assess your vocabulary, pronunciation, fluency, and sentence mastery.
3. Interview Round
The Accenture associate software engineer interview process is simple. After you have passed all the assessments, you will receive a notification to choose a time slot for participating in the interview. Thereafter, you will get a confirmation of interview details. The interview panel will consist of two interviewers who will ask common interview questions and technical questions.
Behavioral Job Interview Questions for ASE Role at Accenture
A major part of the Accenture job interview questions consists of behavioral questions based on the candidates’ qualifications, projects, and skills. These questions enable the interviewer to gauge the personality of the candidate. Here are some behavioral interview questions for the ASE role at Accenture:
Q1. Tell us about yourself.
Tips: To answer the question, ‘Tell me about yourself’, keep a two-minute elevator pitch about yourself ready. Highlight your academic and internship achievements. You can also talk about any extracurricular activity if it feels relevant.
Sample Answer: My name is [name], and I am a recent graduate with a [degree] in [field of study]. I am a dedicated individual seeking a fulfilling career in [field/industry]. I am eager to contribute my technical skills and knowledge to a dynamic company.’
Q2. Why should we hire you as an associate software engineer?
Tips: ‘Why should we hire you?’ is a common interview question. Emphasize your eagerness to learn, adaptability, and passion for software engineering in your answer. Highlight any relevant internships, projects, or coursework that showcase your potential.
Sample Answer: As a recent graduate in computer science, I offer a fresh perspective, a strong foundation in software development, and a willingness to learn. I firmly believe that these qualities will help me to apply my skills and contribute to innovative projects as an associate software engineer at your company.
Q3. What are your achievements?
Tips: When asked, ‘What is your greatest achievement?’ highlight specific instances from college or internship experience that demonstrate your accomplishments and emphasize the impact you made. Quantify your achievements wherever possible.
Sample Answer: As a fresher, one of my notable achievements was leading a team project in a hackathon organized during my final year of university. Our project involved software that kept track of students’ attendance and sent automatic notifications in case they were falling behind the minimum requirement.
Through effective collaboration and problem-solving skills, we successfully created a prototype that won us first prize in the hackathon and earned us recognition from our professors and peers.
Q4. Why do you want to join Accenture?
Tips: When asked, ‘Why do you want to work here?’ use it as an opportunity to show off all the research you have done. Be specific and demonstrate your passion and excitement to work with the company.
Sample Answer: I am eager to join Accenture because of its reputation as a global leader in consulting, technology, and outsourcing services and its commitment to transforming client experiences. I admire Accenture’s work towards leveraging technology to find innovative solutions. I believe joining your organization will provide me with a dynamic environment to learn, grow, and work towards making an impact.
Q5. What are the major businesses of Accenture?
Tips: Organizations often ask, ‘What do you know about our company?’ Therefore, it is essential to demonstrate an understanding of the company’s core business area while keeping your response straightforward and concise.
Sample Answer: The major businesses of Accenture include providing strategic consulting services to improve business performance and delivering innovative technology solutions to drive digital transformation. Additionally, Accenture operates across various industries such as banking, healthcare, automotive, energy, and consumer goods, among others.
Q6. Tell us about the projects you have worked on.
Tips: While answering this question, mention the most recent project you have worked on. As a fresher, you can discuss major projects undertaken as part of your coursework.
Sample Answer: As a fresher, I have worked on some projects during my academic years, including a mobile application for tracking fitness goals and a chatbot prototype integrated with natural language processing. These projects allowed me to apply my programming skills in real-world scenarios, collaborate with other aspiring software engineers, and gain an in-depth understanding of software development methodologies.
Q7. What are your strengths and weaknesses?
Tips: To answer the question ‘What are your strengths and weaknesses?’ mention your strengths relevant to the role of associate software engineer.
Sample Answer: I had limited practical coding experience. To work on my technical skills, I pursued an internship during my final year of college. Additionally, I also started working on independent projects to refine my coding skills. This helped immensely to get hands-on practical training.
Aside from my openness to keep learning, I believe that I am adaptable. During my internship, I was assigned a task that required me to observe a software planning process. The application we used for recording the observations was new to me, but I made sure to research it and seek help from my colleagues to understand its basic functioning. This ensured that my team’s workflow was not interrupted, and we were able to prepare the report on time.
Q8. Share with us your memorable internship experience.
Tips: Mention a positive experience where you showed initiative or willingness to learn. Possibly share the experience from a recent internship relevant to software engineering.
Sample Answer: During my internship at [company name], I had the chance to work on tasks such as debugging code, implementing new features, and collaborating with the development team.
One memorable experience was fixing a challenging bug in our application, where I learned the importance of thorough testing and meticulous problem-solving. This internship solidified my passion for software engineering and provided me with practical skills that I am eager to apply as an associate software engineer.
Q9. Can you share an instance when you received negative feedback and how you dealt with it?
Tips: Demonstrate your ability to handle constructive criticism positively and use it as an opportunity for growth while answering this question.
Sample Answer: During my second-year project, my professor pointed out that my approach to solving a particular problem in our software was overly complicated and not as efficient. Initially, I felt a bit disheartened, as I had invested a lot of effort into that solution.
However, I realized this was an opportunity to learn and improve. I asked for detailed feedback and worked to understand alternative approaches. This led me to rework the code, incorporating a more streamlined and efficient approach.
Q10. Are you a team player?
Tips: When asked the question, ‘Are you a team player?’ specify examples where you showed teamwork and collaboration skills to make your answer more effective.
Sample Answer: I value the opportunity to work with individuals with diverse skill sets and expertise to achieve common goals as a team. During my final year of college, I was part of the team representing our department in a city-level coding competition.
I actively listened to others’ perspectives about our strategy toward the coding challenges while also contributing my ideas. I believe open communication is the key to successful teamwork, and with that, we won the competition.
Q11. Are you ready to relocate?
Tips: To answer the question, ‘Are you willing to relocate?’ respond with a clear answer and emphasize your excitement about working for the company.
Sample Answer: I am open to relocating for the right opportunity. I think it is an exciting opportunity to immerse myself in new environments, cultures, and experiences. I am enthusiastic about embracing change, especially if it means contributing to the organization.
Q12. Describe the process for completing a project from the beginning to the end.
The process of completing a project involves the following steps:
- Assessing Requirements: Initially, collaborate with all stakeholders to understand their needs and define project requirements, objectives, and performance metrics.
- Planning and Design: The next step is to develop a plan that outlines various tasks, timelines, and resource allocations. Design the architecture and user interface of the software at this stage.
- Development: According to the design specifications, write the code and implement features and integrations. During the process, continuous testing and debugging are also essential to maintaining the quality and reliability of the software.
- Deployment: At this stage, we will deploy the software to the production environment, while complying with the standards and protocols.
- User Testing: A limited number of software applications will be distributed to some users to seek feedback and verify the functionality of the software.
- Optimization: Based on the feedback, the software is optimized and updated for improved functionality.
- Documentation: Documenting the project is crucial for further updates and maintenance. Record the code documentation, user manuals, and technical specifications.
Q13. How did you handle any challenges faced while working on projects?
Tips: Answer by giving an example. Use the STAR (Situation, Task, Action, and Result) method to frame your response.
Sample Answer: In my previous role at my former company, my team encountered compatibility issues between our software and a third-party API. This caused data synchronization issues. To handle this challenge, I coordinated with the third-party provider’s technical team to troubleshoot and identify the issues.
After extensive debugging and testing, we implemented custom data mapping solutions and developed an efficient error-handling mechanism to ensure seamless integration. In this way, we resolved the compatibility issues and delivered the project on time.
Q14. What is the future scope of your project?
Tips: To answer this question, give a brief description of your project and then explain how you plan on scaling it or applying it to the real world.
Sample Answer: Recently, I worked on an independent project where I created a software prototype for an autonomous traffic management system. I believe the project that I have developed has a wide scope. It is scalable, and with continuous improvement, it can be integrated with current traffic management technologies for improved results.
Q15. What programming languages are you proficient in?
Tips: Answer by providing some benefits of the languages in software engineering as well as emphasize that you chose them wisely.
Sample Answer: I am proficient in Python and Java. Python provides a clean and concise syntax, making it easy to write code for complex software applications. Additionally, it has a vast collection of libraries and frameworks such as NumPy, Django, and TensorFlow. Java’s platform independence makes it highly portable and versatile and allows me to write code once and run it on any platform.
Q16. Considering your frontend focus, why not explore opportunities in backend or full stack development?”
Tips: The interviewer may ask this question to check how flexible you are in terms of work capabilities. Emphasizing your willingness to learn and being open to working with different aspects of software development is a good way to answer the question.
Sample Question: While my focus has primarily been on frontend development, I am open to exploring opportunities in backend or full-stack development. I believe that having a strong foundation in frontend development provides me with valuable insights into user experience and interface design, which can complement my skills in backend development.
Q17. How can you contribute to Accenture’s continuous quest for excellence?
Tip: Mention some of your skills and experience relevant to the job that will allow you to contribute to the organization.
Sample Answer: I am committed to contributing to Accenture’s objective of striving for excellence by bringing a combination of technical expertise, an innovative approach, and a proactive approach to problem-solving. With my strong foundation in software engineering, I am confident that I can handle complex challenges and drive impactful outcomes for the company.
Q18. Where do you see yourself in the next five years?
Tips: Interviewers may also ask you where you see yourself in the next ten years. So, be prepared to list your short-term and long-term career goals to frame the answer.
Sample Answer: In five years, I see myself in the senior software engineer position, where I can leverage my expertise and experience at Accenture to guide new engineers through our projects. Additionally, I see myself leading the team to undertake complex projects and provide optimized solutions to the clients to increase our brand reputation.
Q19. What is your strategy for resolving conflicts with team members?
Tips: Discuss your conflict resolution methods through an example that clearly describes the action points.
Sample Answer: To resolve conflicts within a team, I prioritize open and honest communication, encouraging all team members to express their points of view. I actively listen to everyone involved to understand the root cause of the conflict.
Finally, I explore common ground and relevant solutions to address the concerns. Throughout the process, I ensure that I maintain a positive attitude to foster a culture of understanding and strengthen team dynamics.
Q20. Would you be willing to work over and above your fixed work hours?
Tips: Share an honest answer about being comfortable working after fixed working hours. Even if you answer yes, emphasize that you also focus on work-life balance and would work beyond the fixed work hours only if necessary.
Sample Answer: Yes, I am committed to delivering results and meeting deadlines, even if it requires working beyond my fixed hours when necessary. I understand that certain tasks may demand additional time and effort to complete. I am flexible and adaptable, willing to prioritize teamwork to achieve our collective goals. However, I also believe in maintaining a healthy work-life balance, and I am mindful of the importance of rest to maintain well-being in the long term.
Q21. How do you explain technical information to non-technical stakeholders?
When explaining technical information to non-technical stakeholders, I employ two strategies. They are:
- Simplifying complex concepts into layman’s terms while highlighting the key points and benefits.
- Utilizing visual aids to illustrate concepts and make them more relatable.
Additionally, I foster open communication to address any concerns the stakeholders might have about the information conveyed to them.
Q22. Tell me about a time when you handled a stressful situation when you were under a lot of pressure.
Tips: When asked about, ‘How do you handle stress and pressure?’ mention your stress management techniques and then emphasize your ability to multitask.
Sample Answer: In my previous role, I was handling a project, and during a critical phase, my team encountered a significant technical issue that could have delayed our software launch. The pressure to deliver was immense as the deadline approached, but I stayed calm and focused on navigating through the situation successfully.
I organized a meeting with the team to reassess the problem in detail and brainstorm potential solutions. I divided the issue at hand into manageable tasks and assigned them to the team members based on their strengths and ability to work under pressure. By prioritizing tasks and maintaining a solutions-oriented mindset, we were able to resolve the issue and complete the project within the deadline.
Q23. Describe a time when you embraced a new system, technology, process, or idea at work that was a major departure from your old way of working.
Sample Answer: When our team decided to switch from manual testing to automated testing, it marked a significant shift in our workflow. Initially, I was unfamiliar with automation tools, but later I recognized their potential. I proactively sought out resources and training to upskill myself.
Gradually, I became proficient in using automation frameworks, which sped up our testing process and improved accuracy. This experience taught me the importance of embracing change and the value of continuous learning in the tech industry.
Accenture ASE Technical Interview Questions
Companies prefer to hire candidates who demonstrate confidence, self-awareness, and proficiency in technical knowledge. Therefore, practice answering the common Accenture associate software engineer interview questions.
Here are some commonly asked Accenture associate software engineer interview questions:
Q24. What is object-oriented programming?
Sample Answer: Object-oriented programming is a computer programming model that uses classes, objects, attributes, and methods, rather than functions and logic, to write maintainable and reusable code. It aims to implement real-world concepts like hiding, inheritance, and polymorphism in programming.
Q25. What is a data structure?
Sample Answer: Data structure is a format for storing and organizing data so that it is accessible and updated efficiently. There are two types of data structures – linear and non-linear.
- Linear Data Structure: The elements are arranged in a sequence where one element is adjacent to its previous and the next element. Here the data is at a single level, and the user can traverse all this data in a single run.
- Non-Linear Data Structure: The elements are not arranged in any sequence but hierarchically. One element is connected to one or more elements in this type of data structure.
Q26. What is a constructor and a destructor?
Sample Answer: A constructor is a special member function of a class that has the same name as the class. It is used to initialize objects in the class. It can accept arguments or remain without parameters.
A deconstructor is also a member function of a class and has the same name as the class. It is used to deallocate the memory occupied by an object when it is deleted. Unlike a constructor, there is always a single destructor in a class that cannot be overloaded.
Q27. What is recursion?
Sample Answer: Recursion is a process that calls itself directly or indirectly with different inputs until an exit condition is met. It is a problem-solving method in computer science used in most programming languages like Java, C++, Python, and more.
Additionally, it is crucial to add a base case in a recursive function to ensure the function will not continue infinitely. A base case is the only part of a recursive function that does not call itself.
Q28. What is LIFO and FIFO?
Sample Answer: LIFO stands for ‘last in, first out.’ It is a method used to handle data structures where the last element is processed first, and the first element is processed last.
FIFO stands for ‘first in, first out.’ It is a method used to handle data structures where the first element is processed first, and the newest element is processed last.
Q29. What is the difference between a computer program and computer software?
Sample Answer: The difference between a computer program and software is that:
Computer Program | Computer Software |
It is a set of instructions written in a programming language that is executed by a computer to perform a task. | It is a collection of programs, algorithms, procedures, and documentation. |
The software consists of files. | A program is itself a file. |
Updates typically involve modifying the source code and recompiling the program. | Updates may include patches for security vulnerabilities, compatibility fixes, and new versions of the programs within the software suite. |
Q30. What is software prototyping?
Sample Answer: Software prototyping is the process of creating a simplified or initial version of a software application to collect feedback, validate requirements, and showcase functionality. Prototyping is used to visualize concepts, test design ideas, and seek input from all the stakeholders before going into full-scale development.
Q31. What is risk management? Why is it important?
Sample Answer: Risk management is the process of identifying, addressing, and eliminating potential issues before they impact the project negatively. It is important because it helps us identify uncertainties and potential threats in advance and address risks to mitigate their impact on the development, deployment, and operation of the software.
Q32. Which is the oldest programming language?
Sample Answer: FORTRAN or FORmula TRANslation is the oldest programming language. It was designed in 1957 at IBM for scientific computing. FORTRAN is still widely used for high-performance computing.
It is popular in the academic community due to its performance and compatibility advantages while running complex mathematical computations and data operations.
Q33. What is polymorphism in programming?
Sample Answer: Polymorphism is a feature of object-oriented programming that refers to the ability of an object, variable, or function to take on multiple forms. There are two types of polymorphism in Java:
- Compile-Time Polymorphism: In compile-time polymorphism, multiple methods can have the same name but different parameters, and the appropriate method is chosen by the compiler at compile-time.
- Runtime Polymorphism: In runtime polymorphism, methods behave differently based on the object that is called upon during execution.
Q34. Difference between a class and an object.
Sample Answer: Here is the difference between a class and an object.
Class | Object |
It is a logical entity. | It is a physical quantity. |
It does not occupy memory at the time of creation. | It occupies memory space at the time of creation. |
The ‘class’ keyword is used to create a class. | The ‘new’ keyword is used to create a new object. |
It generates objects. | It is an instance of a class. |
Q35. What is the difference between C and Java?
Sample Answer: Here are the major differences between C and Java:
C | Java |
It is a procedural language. | It is an object-oriented language. |
It is platform-dependent. | It is platform-independent. |
It supports pointers. | It does not support pointers. |
It does not support inheritance. | It supports inheritance. |
Q36. What is an XML database?
Sample Answer: XML is eXtensible markup language used to store and transport data. XML database is associated with document-based databases and it stores the data in the XML format. There are two types of XML databases – XML-enabled and Native XML.
The first one is similar to RDBMS and uses columns and rows to store data. However, the Native XML database stores data in a container and not in table format. It is used to save a large amount of data.
Q37. What is the purpose of the CSS style sheet?
Sample Answer: The purpose of the CSS style sheet is to define the presentation and layout of various HTML elements in a web page. It consists of rules that define visual properties like colors, fonts, and spacing. It enables the following:
- Enhanced site maintenance by separating content from design.
- Consistent styling across multiple pages.
- Easier customization and responsiveness.
Q38. What is the COCOMO model?
Sample Answer: The COCOMO (Constructive cost model) is a widely used software cost estimation model. It provides a structured approach to estimating the time, effort, and cost required for developing software projects based on various factors, such as:
- Project size
- Complexity level
- Development environment
Q39. What is the basic difference between quality assurance and quality control?
Sample Answer: While quality assurance focuses on assuring the quality of the software as required, quality control involves processes and methods to develop software to a particular quality standard.
Quality assurance is a preventive measure, while quality control is a corrective measure. The former applies to the entire software development life cycle, but the latter is only applied in the testing phase.
Q40. What is software configuration management?
Sample Answer: Software configuration management is a technique used during the software development life cycle for systematically managing, organizing, and controlling different changes in codes, documents, and other files.
Configuration management of the software is important, as changes in the existing software are supposed to be examined before implementation. They are recorded and documented with details that facilitate quality enhancement.
Q41. What is black box testing and white box testing?
Sample Answer: Black box testing is a kind of high-level testing that assesses functionalities from a behavioral point of view. The tester uses the program and does not test the code to check its working.
White box testing is used to check the code or architecture information of the software. It is low-level testing and focuses on integration and unit testing. To perform this testing, the engineer should have programming expertise.
Q42. What is modularization?
Sample Answer: Modularization is the process of dividing a program’s functionality into different, independent modules. Each module has the information required for a single part of the intended capability.
You can add these modules to a program using modularization without hampering them because of the program’s complexity. The concept of modularization is based on the idea of designing easy-to-develop and maintain applications.
Q43. What steps do you use in software testing?
The following steps are involved in software testing:
- Step 1: Requirement Analysis
– Estimate the resources required for testing according to the assessment of the development plan.
- Step 2: Test Planning
– Next, plan your software test to determine a structure or sequence of testing processes.
- Step 3: Test Case Designing and Development
– At this stage, the test will be designed according to the requirements and resources available. Once the design is finalized and you have a structural layout, you can develop the software.
- Step 4: Test Environment Setup
– Create or set up the environment for the test according to the real-life application of the software to ensure its functionality can be evaluated properly.
- Step 5: Test Execution
– Run your test and note the findings to optimize your software accordingly.
- Step 6: Close the Test Cycle
– Once you have successfully run the test and have reports about the software working across different parameters, culminate the test.
Q44. What are the types of software maintenance?
Sample Answer: Software maintenance is the ongoing process of updating, modifying, and enhancing existing software to ensure it remains functional, secure, and aligned with changing business needs and technological advancements. There are four types of software maintenance:
- Corrective Software Maintenance: This type of maintenance deals with all common errors and faults within the software application that can impact the design, logic, or code of the software.
- Perfective Software Maintenance: This maintenance focuses on the evolution of existing requirements and features in the system. It adds new features that can enhance user experience and remove features that are not functional or effective.
- Adaptive Software Maintenance: This takes into account the changing environment of the software. Any changes in the operating system, software dependencies, hardware, or cloud storage are taken into account under adaptive maintenance, and updates are done accordingly.
- Preventive Software Maintenance: This ensures the longevity of your software. It focuses on preventing the deterioration of the software as it continues to adapt and evolve. Optimizing code and updating documentation are some of the services performed as part of preventive software maintenance.
Q45. What are directives in Angular? Explain different types of directives.
Sample Answer: In Angular, directives are classes that can add new behavior to the elements in the template or modify existing behavior. Their purpose is to add or remove elements from the DOM or change the appearance of the current DOM elements.
The three types of directives in Angular are as follows:
- Component Directive: These directives are called components because they have a template or template URLs. Component directives are used to create reusable UI components.
- Structural Directive: These are used to make changes in the layout or structure of the DOM. This means that you can remove or add elements.
- Attribute Directive: These are used to make changes in the behavior or appearance of elements in DOM. For example, ‘ngStyle’ is used for applying styles.
Q46. What is SAP? Explain different types of function modules in SAP.
Sample Answer: SAP, or systems, applications, and products in data processing is an ERP software that provides multiple business functionalities within a single suite. It enables organizations to manage complex business processes by providing easy access to real-time insights for their employees.
There are three types of function modules in SAP.
1. Normal Function Module: This is the default option, which is executed immediately and synchronously on your current SAP system.
Syntax: CALL FUNCTION func { parameter_list | parameter_tables }
2. RFC Function Module: The remote function module can communicate within the SAP and outside if the function module is defined at the destination.
Syntax: CALL FUNCTION func DESTINATION dest parameter_list
3. Update Function Module: This module is scheduled to run in a process called an update work process. They do not run immediately, but according to the schedule set. Using this module, you can group together the changes to the database into a single unit of work, ensuring efficient performance because the updates run in the background.
Syntax: CALL FUNCTION update_function IN UPDATE TASK
Q47. How to remove a duplicate array without using streams or another array?
Sample Answer: You can remove duplicate elements from an array without using streams or creating another array by iterating through the array and maintaining a set of elements encountered so far. You can use the ‘HashSet’ to keep track of unique elements encountered. Here is an example of this method in Java:
import java.util.HashSet;
public class RemoveDuplicatesFromArray {
public static void main(String[] args) {
// Sample array of strings with duplicates
String[] array = {"apple", "banana", "orange", "banana", "grape", "apple", "kiwi"};
// Step 1: Create a HashSet to store unique elements
HashSet<String> set = new HashSet<>();
// Step 2: Iterate through the array and add each element to the HashSet
for (String element : array) {
set.add(element);
}
// Step 3: Convert the HashSet back to an array of strings
String[] uniqueArray = new String[set.size()];
int index = 0;
for (String element : set) {
uniqueArray[index++] = element;
}
// Printing unique elements as an array of strings
System.out.println("Unique elements after removing duplicates:");
for (String element : uniqueArray) {
System.out.println(element);
}
}
}
In the above example, we have:
- Created a ‘HashSet’ to store elements.
- Iterated the code through each element of the array and added them to the ‘HasSet.’
- Finally, convert the ‘HashSet’ back to an array of strings.
Q48. What is a box model? Explain its components.
Sample Answer: The box model in CSS is a box that wraps around an HTML element. It defines how these elements appear on a web page. An understanding of the box model concept can help you create responsive and visually appealing web pages. The following are the components of a box model:
- Content: This is the content of the element. Text and images appear here.
- Margin: This is the space outside the border. It is transparent.
- Padding: This is the space between the border and the content. It is also transparent.
- Borders: This is the line that goes around the padding and the content.
Q49. Explain the concept of a binary search tree.
Sample Answer: A binary tree is a hierarchical data structure that provides efficient searching, deletion, and insertion operations. The structure of a binary tree is constructed as follows:
- A binary tree has nodes, each of which has at most two child nodes (left and right). Any child tree on the left has values less than the parent node.
- Any child tree on the right has values greater than the parent node.
- The child trees, or the subtrees on the left and right of a parent node, have to follow the rules for a binary search tree.
Q50. What is the difference between Angular and React?
Sample Answer:
Angular | React |
It is a framework used to build dynamic web applications. | It is an open-source library that facilitates the creation of UI elements for websites. |
It uses TypeScript. | It is based on JavaScript. |
It uses both one-way and two-way data binding. | It uses one-way data binding and a virtual document object model. |
It supports full dependency injection. | It does not have full support for dependency injection. |
Q51. Explain MVC architecture.
Sample Answer: The MVC architecture separates every application into the following components:
- Model: This component handles the data logic of the system. The model interacts with the database and manipulates the data stored in it. The controller gets all the data it needs through the model.
- View: This component does not interact with the model directly. It takes data collected in the model through the controller and generates user interfaces.
- Controller: This component is an intermediary between the view and model in the system as it processes business logic from the model and renders the output through an interaction with the view.
Q52. What is a virtual DOM?
Sample Answer: Virtual DOM (VDOM) is a concept in programming in which a virtual representation of a DOM object is stored in memory before it is synchronized with a real DOM object. The virtual DOM has all the properties of its real counterpart but is not able to change the elements on the screen. The use of VDOM speeds up the development process and is therefore occasionally used.
Q53. Explain some of the popular software security protection methods.
Sample Answer: Here are some of the most popular software security protection methods:
- User Authentication: This is essential for verifying the identity of individuals accessing applications or systems. It ensures that only authorized users access the data or perform specific actions, by asking them for credentials like usernames and passwords for validation.
- Code Signing Certificates: They are used to digitally sign executables and scripts. This assures users that the software originates from a trusted source and has not been altered. It enhances trust in downloaded software.
- Hashing Passwords: This security measure is used to protect user credentials. Passwords are converted into irreversible hashed values using cryptographic algorithms to secure sensitive information. During authentication, the system compares hashed values, safeguarding plaintext passwords from exposure.
- Whitelisting: This is a security measure where only pre-approved or trusted entities, such as IP addresses, applications, email addresses, or user accounts, are allowed access to the system. It minimizes the attack surface by preventing the unauthorized access or execution of potentially harmful software components.
Tips to Ace Accenture Interview
Here are some useful tips to ace an Accenture interview:
1. Research the Company
Your research about the company should focus on the four P’s i.e. product, personnel, press release, and position. Find out the areas Accenture specializes in, its products or services, policies related to the workforce, and the latest news to know what’s new at the company. This will help you answer swiftly and confidently when asked about your idea for the company.
2. Be Positive
Focus on answering in a positive tone and avoid speaking negatively about current or former employers or job roles. This will leave the right impression on the interviewer about your professional attitude.
3. End the Interview With a Strong Impression
The interviewer will most likely ask you the question, ‘Do you have any questions for me?’ Prepare 1-2 thoughtful questions to showcase your level of preparation and interest in the company.
4. Bonus Tip for Virtual Interview
The communication assessment round in the Accenture associate software engineer hiring process is a virtual interview. Before the round begins, check your devices, internet connection, and the test link provided to see if everything is working well.
For the background of your screen, you can download the company’s logo for a professional effect. Put your phone in airplane mode and keep a pen and paper handy.
Conclusion
In this blog, we have discussed the top Accenture associate software engineer interview questions. We have explored HR, technical, and behavioral questions that analyze a candidate’s overall personality and technical proficiency. Practice these questions thoroughly before your interview to ensure you are able to respond confidently.
Do you plan on appearing for a mock interview before the Accenture ASE interview? To know more, check out our blog on ‘What is a mock interview?’
FAQs
Answer: The associate software engineer is part of the software development team at Accenture. They participate in all stages of the software development project life cycle, including analysis, design, developing code, testing business software applications, and project implementation.
Answer: The basic salary of an associate software engineer in Accenture ranges from ₹2.2 LPA to ₹9.5 LPA. On average, an individual can expect to earn ₹4.8 LPA in this role.
Answer: While the Accenture job interview may be challenging, you can easily crack it with preparation. The complexity of the hiring process is because the company is looking for the best professionals with the skills and expertise to elevate their workforce capabilities.