Introduction to Django Interview Questions

Preparing for Django interviews can be a daunting task, but mastering common interview questions can significantly boost your confidence and performance. Django, a high-level Python web framework, is widely used for building robust and scalable web applications. Understanding its core principles and advanced features is crucial for landing your dream job. This guide covers 30 of the most frequently asked Django interview questions, providing you with the knowledge and strategies to excel in your interview.

What are Django Interview Questions?

Django interview qu Vestions are designed to evaluate your understanding of the Django framework, its architecture, and its practical applications. These questions range from basic concepts like the MTV architecture to more advanced topics such as ORM optimization and custom middleware. Interviewers use these questions to gauge your familiarity with Django's core components and your ability to apply them in real-world scenarios.

Why Do Interviewers Ask Django Interview Questions?

Interviewers ask Django interview questions to assess several key aspects of your skills and knowledge. They want to determine if you have a solid grasp of Django's fundamental concepts, such as models, views, templates, and forms. Additionally, they aim to evaluate your ability to solve complex problems using Django's features, optimize performance, and write clean, maintainable code. By asking a mix of basic and advanced questions, interviewers can get a comprehensive understanding of your Django expertise and how well you would fit into their team.

Here's a quick preview of the 30 questions we'll cover:

1. What is Django?

2. What is the MTV (Model-Template-View) architecture in Django?

3. What is Django’s ORM (Object-Relational Mapping)?

4. What are Django templates?

5. What is the difference between a project and an app in Django?

6. How do you handle forms in Django?

7. What is Django’s caching framework?

8. How do you implement authentication in Django?

9. What is the Django Rest Framework (DRF)?

10. How do you optimize Django ORM queries?

11. What is migration squashing in Django?

12. How do you implement custom middleware in Django?

13. What are Django signals?

14. Explain Django's CSRF protection.

15. How do you use static files in Django?

16. What are Django decorators?

17. How do you write custom template tags and filters in Django?

18. Explain the use of Django's class-based views.

19. How do you handle sessions in Django?

20. What is Django's admin interface?

21. How do you test Django applications?

22. What are Django settings?

23. How do you deploy a Django application?

24. Explain the purpose of Django middleware.

25. How does Django handle internationalization and localization?

26. What are the different types of fields available in Django models?

27. How can you use Celery with Django?

28. What are Django Mixins?

29. How do you implement user registration in Django?

30. How do you handle file uploads in Django?

30 Django Interview Questions

1. What is Django?

   Why you might get asked this: This question is a fundamental starting point to assess your basic understanding of the framework. Interviewers want to know if you can clearly articulate what Django is and its primary purpose.

   How to answer:

   • Define Django as a high-level Python web framework.

   • Mention its key features, such as rapid development, security, and maintainability.

   • Highlight that it follows the "batteries-included" philosophy, providing many built-in tools and features.

   Example answer:

   "Django is a high-level Python web framework that promotes rapid development, clean design, and security. It follows a 'batteries-included' approach, meaning it provides many built-in features like an ORM, templating engine, and admin interface, making it easier to build complex web applications quickly."

2. What is the MTV (Model-Template-View) architecture in Django?

   Why you might get asked this: Understanding the MTV architecture is crucial for working with Django. This question tests your knowledge of Django's architectural pattern and how it separates concerns.

   How to answer:

   • Explain that MTV stands for Model-Template-View.

   • Describe the role of each component: Model (data), Template (presentation), and View (business logic).

   • Explain how these components interact with each other.

   Example answer:

   "Django uses the MTV architecture, which consists of three main components: Model, Template, and View. The Model handles the data and database interactions. The Template is responsible for the presentation layer, defining how the data is displayed. The View contains the business logic, processing user requests and interacting with the Model to retrieve or update data, and then passing that data to the Template for rendering."

3. What is Django’s ORM (Object-Relational Mapping)?

   Why you might get asked this: Django's ORM is a powerful tool for database interaction. This question assesses your understanding of how Django abstracts database queries using Python objects.

   How to answer:

   • Define ORM as a technique that allows you to interact with databases using objects.

   • Explain how Django’s ORM maps Python classes to database tables.

   • Mention the benefits, such as writing database-agnostic code and preventing SQL injection.

   Example answer:

   "Django's ORM (Object-Relational Mapping) is a system that allows you to interact with databases using Python objects instead of writing raw SQL queries. It maps Python classes (models) to database tables, and object attributes to table columns. This provides a high-level, database-agnostic way to perform database operations, and it also helps prevent SQL injection vulnerabilities."

4. What are Django templates?

   Why you might get asked this: Templates are essential for rendering dynamic web pages in Django. This question tests your understanding of how Django uses templates to separate presentation from logic.

   How to answer:

   • Explain that Django templates are used to create dynamic HTML pages.

   • Describe how templates use placeholders and template tags to display data.

   • Mention the Django Template Language (DTL) and its features.

   Example answer:

   "Django templates are used to create dynamic HTML pages by combining static HTML with dynamic data from the views. They use the Django Template Language (DTL), which includes placeholders for variables and template tags for logic, such as loops and conditional statements. This allows developers to separate the presentation layer from the application logic, making the code more maintainable."

5. What is the difference between a project and an app in Django?

   Why you might get asked this: Understanding the distinction between a project and an app is fundamental to organizing Django applications. This question tests your ability to structure a Django project effectively.

   How to answer:

   • Explain that a project is a collection of settings and apps that make up a complete web application.

   • Describe an app as a modular component within a project that handles a specific feature or functionality.

   • Provide an example to illustrate the difference (e.g., a blog project might have apps for posts, comments, and users).

   Example answer:

   "In Django, a project is a collection of settings and apps that together make up a complete web application. An app, on the other hand, is a modular component within a project that handles a specific feature or functionality. For example, a blog project might have separate apps for handling posts, comments, and user authentication. A project can contain multiple apps, and each app is designed to be reusable in other projects."

6. How do you handle forms in Django?

   Why you might get asked this: Forms are a critical part of web applications for handling user input. This question assesses your knowledge of Django's form handling capabilities, including validation and rendering.

   How to answer:

   • Explain that Django provides a built-in form library for handling forms.

   • Describe how to define forms using Django’s form classes.

   • Mention form validation, rendering, and handling submitted data.

   Example answer:

   "Django simplifies form handling with its built-in form library. You can define forms using Django's form classes, which allow you to specify the fields, their types, and validation rules. Django automatically handles form rendering, validation of user input, and processing of submitted data. This makes it easier to create and manage forms in your web application."

7. What is Django’s caching framework?

   Why you might get asked this: Caching is essential for improving the performance of web applications. This question tests your understanding of Django's caching mechanisms and how to use them effectively.

   How to answer:

   • Explain that Django’s caching framework is used to store frequently accessed data in memory or other caching backends.

   • Describe different caching backends, such as memory-based caching, file-based caching, and database caching.

   • Mention how to use caching in views and templates.

   Example answer:

   "Django's caching framework is used to improve performance by storing frequently accessed data in memory or other caching backends. It supports various caching backends, including memory-based caching (like Memcached or Redis), file-based caching, and database caching. You can use caching in views to store the results of expensive operations and in templates to cache frequently rendered sections of a page."

8. How do you implement authentication in Django?

   Why you might get asked this: Authentication is a fundamental aspect of web application security. This question assesses your knowledge of Django's built-in authentication system.

   How to answer:

   • Explain that Django provides a built-in authentication and authorization system.

   • Describe the user model, authentication views, and permission system.

   • Mention how to customize the authentication process.

   Example answer:

   "Django provides a built-in authentication and authorization system that includes user models, authentication views, and a permission system. You can use Django's authentication system to manage user accounts, handle logins and logouts, and control access to different parts of your application. It's also possible to customize the authentication process to meet specific requirements, such as using custom user models or authentication backends."

9. What is the Django Rest Framework (DRF)?

   Why you might get asked this: DRF is a powerful tool for building RESTful APIs. This question assesses your understanding of how to create APIs using Django.

   How to answer:

   • Explain that DRF is a framework for building RESTful APIs in Django.

   • Describe its key features, such as serializers, viewsets, and authentication classes.

   • Mention its benefits for building scalable and maintainable APIs.

   Example answer:

   "The Django Rest Framework (DRF) is a powerful and flexible toolkit for building RESTful APIs in Django. It provides features like serializers for converting data to and from JSON, viewsets for handling common API patterns, and authentication classes for securing your API endpoints. DRF makes it easier to build scalable and maintainable APIs with Django."

10. How do you optimize Django ORM queries?

    Why you might get asked this: Optimizing database queries is crucial for improving application performance. This question tests your ability to write efficient ORM queries.

    How to answer:

    • Explain techniques like select_related() and prefetch_related() to reduce database hits.

    • Mention the use of indexes and querysets.

    • Describe how to use the Django Debug Toolbar to analyze query performance.

    Example answer:

    "To optimize Django ORM queries, you can use techniques like select_related() and prefetch_related() to reduce the number of database hits by fetching related objects in a single query. Additionally, you can use database indexes to speed up queries on frequently accessed fields. It's also helpful to use the Django Debug Toolbar to analyze query performance and identify slow queries that need optimization."

11. What is migration squashing in Django?

    Why you might get asked this: Migration management is an important aspect of Django development. This question tests your knowledge of how to manage migrations efficiently.

    How to answer:

    • Explain that migration squashing reduces the number of migrations by combining them into a smaller set.

    • Describe the benefits, such as improving migration efficiency and reducing database clutter.

    • Mention the command used to squash migrations (python manage.py squashmigrations).

    Example answer:

    "Migration squashing in Django reduces the number of migration files by combining multiple migrations into a single, consolidated migration. This can improve migration efficiency, especially in projects with a long history of migrations, by reducing the time it takes to apply migrations and decluttering the migration directory. You can squash migrations using the python manage.py squashmigrations command."

12. How do you implement custom middleware in Django?

    Why you might get asked this: Custom middleware allows you to extend Django's request/response processing pipeline. This question tests your ability to add custom logic to handle requests and responses globally.

    How to answer:

    • Explain that custom middleware allows for global request/response customization.

    • Describe the structure of a middleware class and its methods (e.g., process_request, process_response).

    • Mention how to register middleware in the MIDDLEWARE setting.

    Example answer:

    "Custom middleware in Django allows you to add global request/response customization. You can create a middleware class with methods like process_request, which is called before the view, and process_response, which is called after the view. Middleware can be used for tasks like authentication, logging, and modifying request or response objects. To enable middleware, you need to register it in the MIDDLEWARE setting in your Django settings file."

13. What are Django signals?

    Why you might get asked this: Signals allow decoupled components to be notified when certain actions occur in the framework. This question tests your understanding of Django's signaling system.

    How to answer:

    • Explain that Django signals allow certain actions to trigger notifications to other parts of the application.

    • Describe common signals like pre_save, post_save, pre_delete, and post_delete.

    • Mention how to connect functions to signals using the receiver decorator.

    Example answer:

    "Django signals are a way for certain actions to trigger notifications to other parts of the application. Common signals include pre_save, post_save, pre_delete, and post_delete, which are triggered before and after saving or deleting a model instance. You can connect functions to these signals using the receiver decorator, allowing you to perform actions like updating related data or sending notifications when a model instance is created or modified."

14. Explain Django's CSRF protection.

    Why you might get asked this: CSRF protection is crucial for web application security. This question tests your understanding of how Django protects against Cross-Site Request Forgery attacks.

    How to answer:

    • Explain that CSRF protection prevents malicious websites from performing actions on behalf of a logged-in user.

    • Describe how Django uses CSRF tokens to validate requests.

    • Mention the {% csrf_token %} template tag and the CSRF_COOKIE_SECURE setting.

    Example answer:

    "Django's CSRF (Cross-Site Request Forgery) protection prevents malicious websites from performing unauthorized actions on behalf of a logged-in user. Django uses CSRF tokens to validate requests, ensuring that they originate from the same site. You need to include the {% csrf_token %} template tag in your forms to generate the CSRF token, and Django will automatically validate the token on form submission. The CSRF_COOKIE_SECURE setting can be used to ensure that the CSRF cookie is only sent over HTTPS."

15. How do you use static files in Django?

    Why you might get asked this: Static files (CSS, JavaScript, images) are essential for web application presentation. This question tests your understanding of how Django serves static files.

    How to answer:

    • Explain that static files are served using the STATICFILES_DIRS and STATIC_ROOT settings.

    • Describe how to use the {% static %} template tag to reference static files.

    • Mention the collectstatic management command for deploying static files.

    Example answer:

    "In Django, static files like CSS, JavaScript, and images are served using the STATICFILES_DIRS and STATIC_ROOT settings. STATICFILES_DIRS specifies the directories where Django will search for static files, while STATIC_ROOT specifies the directory where static files will be collected for deployment. You can use the {% static %} template tag to reference static files in your templates, and the collectstatic management command to collect all static files into the STATIC_ROOT directory for deployment."

16. What are Django decorators?

    Why you might get asked this: Decorators are a powerful feature for adding functionality to views and other functions. This question tests your understanding of how to use decorators in Django.

    How to answer:

    • Explain that decorators are used to add functionality to views and other functions.

    • Describe common decorators like @login_required, @permission_required, and @cache_page.

    • Mention how to create custom decorators.

    Example answer:

    "Django decorators are used to add functionality to views and other functions. Common decorators include @login_required, which restricts access to a view to logged-in users, @permission_required, which restricts access to users with specific permissions, and @cache_page, which caches the output of a view for a specified amount of time. You can also create custom decorators to encapsulate reusable logic and apply it to multiple views or functions."

17. How do you write custom template tags and filters in Django?

    Why you might get asked this: Custom template tags and filters allow you to extend Django's template language. This question tests your ability to create reusable template logic.

    How to answer:

    • Explain that custom template tags and filters extend Django’s template language.

    • Describe how to create a template tag library and define custom tags and filters.

    • Mention the @register.tag and @register.filter decorators.

    Example answer:

    "Custom template tags and filters allow you to extend Django's template language with reusable logic. To create a custom template tag or filter, you need to create a template tag library by placing a Python file (e.g., my_tags.py) inside a templatetags directory within your app. You can then define custom tags and filters using the @register.tag and @register.filter decorators, respectively. Finally, you need to load the template tag library in your templates using {% load my_tags %}."

18. Explain the use of Django's class-based views.

    Why you might get asked this: Class-based views provide a structured way to organize view logic. This question tests your understanding of the benefits and usage of class-based views.

    How to answer:

    • Explain that class-based views provide a structured way to organize view logic.

    • Describe common class-based views like TemplateView, ListView, and DetailView.

    • Mention the benefits, such as code reuse and inheritance.

    Example answer:

    "Django's class-based views provide a structured way to organize view logic using classes. Common class-based views include TemplateView, which renders a template, ListView, which displays a list of objects, and DetailView, which displays details for a single object. Class-based views offer benefits like code reuse through inheritance and mixins, making it easier to create complex views with less code."

19. How do you handle sessions in Django?

    Why you might get asked this: Session management is essential for maintaining user state across requests. This question tests your understanding of how Django handles sessions.

    How to answer:

    • Explain that Django provides built-in session management using cookies or database storage.

    • Describe how to access and modify session data using the request.session object.

    • Mention session settings like SESSION_ENGINE and SESSION_COOKIE_AGE.

    Example answer:

    "Django provides built-in session management using cookies or database storage. You can access and modify session data using the request.session object in your views. Django stores session data on the server-side and uses a cookie to identify the user's session. Session settings like SESSION_ENGINE and SESSION_COOKIE_AGE can be configured in your Django settings file to control how sessions are stored and how long they last."

20. What is Django's admin interface?

    Why you might get asked this: The admin interface is a powerful tool for managing data in Django applications. This question tests your understanding of its features and usage.

    How to answer:

    • Explain that the admin interface is a built-in tool for managing data in Django applications.

    • Describe how to register models with the admin interface.

    • Mention customization options like ModelAdmin classes.

    Example answer:

    "Django's admin interface is a built-in tool for managing data in Django applications. It provides a user-friendly interface for creating, reading, updating, and deleting model instances. To use the admin interface, you need to register your models in the admin.py file of your app. You can customize the admin interface using ModelAdmin classes to control how models are displayed and edited."

21. How do you test Django applications?

    Why you might get asked this: Testing is crucial for ensuring the reliability of Django applications. This question tests your knowledge of Django's testing framework and best practices.

    How to answer:

    • Explain that Django provides a built-in testing framework based on Python's unittest module.

    • Describe how to write test cases and run tests using python manage.py test.

    • Mention the use of test clients and fixtures.

    Example answer:

    "Django provides a built-in testing framework based on Python's unittest module. You can write test cases by creating classes that inherit from django.test.TestCase and defining test methods that assert specific conditions. To run tests, you can use the python manage.py test command. Django also provides test clients for simulating user interactions and fixtures for loading test data."

22. What are Django settings?

    Why you might get asked this: Settings are essential for configuring Django applications. This question tests your understanding of how Django uses settings.

    How to answer:

    • Explain that Django settings are used to configure various aspects of a Django application.

    • Describe common settings like DEBUG, DATABASES, STATIC_URL, and TEMPLATE_DIRS.

    • Mention how to manage settings in different environments using environment variables.

    Example answer:

    "Django settings are used to configure various aspects of a Django application, such as database connections, static file locations, and template directories. Common settings include DEBUG, which enables or disables debugging mode, DATABASES, which configures database connections, STATIC_URL, which specifies the URL for static files, and TEMPLATE_DIRS, which specifies the directories where Django will search for templates. It's best practice to manage settings in different environments (e.g., development, testing, production) using environment variables or separate settings files."

23. How do you deploy a Django application?

    Why you might get asked this: Deployment is the final step in making a Django application accessible to users. This question tests your knowledge of deployment strategies.

    How to answer:

    • Explain that deploying a Django application involves setting up a production environment, configuring a web server, and deploying the code.

    • Describe common deployment strategies, such as using WSGI servers like Gunicorn or uWSGI, and reverse proxies like Nginx or Apache.

    • Mention the importance of security considerations like using HTTPS and configuring firewalls.

    Example answer:

    "Deploying a Django application involves setting up a production environment, configuring a web server, and deploying the code. Common deployment strategies include using WSGI servers like Gunicorn or uWSGI to serve the application, and reverse proxies like Nginx or Apache to handle incoming requests and serve static files. It's important to configure your web server to use HTTPS for security and to set up firewalls to protect your application from unauthorized access."

24. Explain the purpose of Django middleware.

    Why you might get asked this: Middleware allows you to process requests and responses globally. This question tests your understanding of its role in Django's request/response cycle.

    How to answer:

    • Explain that middleware is used to process requests and responses globally in a Django application.

    • Describe common uses of middleware, such as authentication, session management, and request logging.

    • Mention the order in which middleware is processed.

    Example answer:

    "Django middleware is used to process requests and responses globally in a Django application. It sits between the web server and the view, allowing you to perform actions like authentication, session management, request logging, and modifying request or response objects. Middleware is processed in the order it's defined in the MIDDLEWARE setting, with request middleware being processed before the view and response middleware being processed after the view."

25. How does Django handle internationalization and localization?

    Why you might get asked this: Internationalization and localization are important for making applications accessible to a global audience. This question tests your understanding of how Django supports these features.

    How to answer:

    • Explain that Django provides built-in support for internationalization (i18n) and localization (l10n).

    • Describe how to mark translatable strings using the gettext function or the {% trans %} template tag.

    • Mention how to create translation files and switch between languages.

    Example answer:

    "Django provides built-in support for internationalization (i18n) and localization (l10n), allowing you to create applications that can be easily translated into multiple languages. You can mark translatable strings in your Python code using the gettext function or in your templates using the {% trans %} template tag. Django then uses translation files to map these strings to their translated equivalents for different languages. Users can switch between languages using a language selector, and Django will automatically display the appropriate translations."

26. What are the different types of fields available in Django models?

    Why you might get asked this: Understanding the available field types is essential for defining Django models. This question tests your knowledge of Django's model field options.

    How to answer:

    • Explain that Django provides a variety of field types for defining model attributes.

    • Describe common field types like CharField, IntegerField, TextField, DateTimeField, and ForeignKey.

    • Mention the purpose of each field type and when to use it.

    Example answer:

    "Django provides a variety of field types for defining model attributes, including CharField for storing short strings, IntegerField for storing integers, TextField for storing long text, DateTimeField for storing dates and times, and ForeignKey for defining relationships between models. Each field type has specific properties and validation rules, allowing you to define the structure and behavior of your data."

27. How can you use Celery with Django?

    Why you might get asked this: Celery is a popular task queue for handling asynchronous tasks in Django applications. This question tests your understanding of how to integrate Celery with Django.

    How to answer:

    • Explain that Celery is a task queue that can be used to handle asynchronous tasks in Django applications.

    • Describe how to configure Celery with Django using a message broker like Redis or RabbitMQ.

    • Mention how to define Celery tasks and call them from your views or models.

    Example answer:

    "Celery is a task queue that can be used to handle asynchronous tasks in Django applications, such as sending emails, processing images, or performing long-running computations. To configure Celery with Django, you need to install the celery package and configure a message broker like Redis or RabbitMQ. You can then define Celery tasks in your Django app and call them from your views or models using the delay() method, which adds the task to the Celery queue for asynchronous execution."

28. What are Django Mixins?

    Why you might get asked this: Mixins are a powerful tool for code reuse in class-based views. This question tests your understanding of how to use mixins effectively.

    How to answer:

    • Explain that mixins are reusable classes that provide specific functionality to class-based views.

    • Describe common mixins like LoginRequiredMixin, PermissionRequiredMixin, and ContextMixin.

    • Mention how to combine mixins to create complex views.

    Example answer:

    "Django mixins are reusable classes that provide specific functionality to class-based views. Common mixins include LoginRequiredMixin, which requires users to be logged in to access a view, PermissionRequiredMixin, which requires users to have specific permissions, and ContextMixin, which adds extra context data to the template. You can combine mixins to create complex views with less code by inheriting from multiple mixins in your view class."

29. How do you implement user registration in Django?

    Why you might get asked this: User registration is a fundamental feature of many web applications. This question tests your knowledge of how to implement it in Django.

    How to answer:

    • Explain that user registration involves creating a form for users to enter their information and creating a view to handle the form submission.

    • Describe how to use Django's built-in UserCreationForm or create a custom form.

    • Mention how to hash passwords and create user accounts.

    Example answer:

    "Implementing user registration in Django involves creating a form for users to enter their information (e.g., username, email, password) and creating a view to handle the form submission. You can use Django's built-in UserCreationForm for a basic registration form or create a custom form to include additional fields. In the view, you need to validate the form data, hash the user's password, and create a new user account using the User.objects.create_user() method."

30. How do you handle file uploads in Django?

    Why you might get asked this: File uploads are a common requirement in web applications. This question tests your understanding of how to handle them securely in Django.

    How to answer:

    • Explain that file uploads are handled using the FileField or ImageField in Django models.

    • Describe how to configure the MEDIA_ROOT and MEDIA_URL settings.

    • Mention how to handle file uploads in forms and views.

    Example answer:

    "File uploads in Django are handled using the FileField or ImageField in Django models. You need to configure the MEDIA_ROOT setting to specify the directory where uploaded files will be stored and the MEDIA_URL setting to specify the URL for accessing uploaded files. In your forms, you can use a FileField or ImageField to allow users to upload files, and in your views, you need to handle the uploaded files by saving them to the MEDIA_ROOT directory."

Other Tips to Prepare for a Django Interview

In addition to mastering the common Django interview questions, consider these strategies to enhance your preparation:

• Practice Coding: Work on Django projects to gain hands-on experience. Building real-world applications will solidify your understanding of the framework.

• Review Documentation: Familiarize yourself with the official Django documentation. It's a comprehensive resource for understanding Django's features and best practices.

• Stay Updated: Keep up with the latest Django releases and updates. Understanding new features and improvements can set you apart in interviews.

• Understand Design Patterns: Familiarize yourself with common web development design patterns and how they apply to Django.

• Be Ready to Discuss Projects: Prepare to discuss projects you've worked on, highlighting your contributions and the challenges you faced.

• Ask Questions: At the end of the interview, ask thoughtful questions about the role, the team, or the company. This shows your engagement and interest.

By thoroughly preparing for common Django interview questions and following these additional tips, you can approach your interview with confidence and increase your chances of success.

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FAQ

Q: How important is it to know Django's MTV architecture for an interview?

A: Very important. The MTV architecture is fundamental to Django, and interviewers will expect you to have a solid understanding of it.

Q: Should I focus on basic or advanced Django interview questions?

A: Focus on both. Basic questions ensure you have a solid foundation, while advanced questions demonstrate your ability to handle complex scenarios.

Q: What's the best way to practice for a Django interview?

A: The best way is to build Django projects and practice answering common interview questions. This hands-on experience will solidify your knowledge.

Q: How can Verve AI help me prepare for my Django interview?

A: Verve AI offers AI-powered tools like the Interview Copilot and AI Mock Interview to provide real-time guidance, company-specific scenarios, and smart feedback, helping you ace your Django interview.