Essential Django Interview Questions & Preparation Tips

Preparation is key for interviews. Knowing the right areas to focus on and how to structure your study plan can help you feel confident tackling Django-related questions.

Key Areas to Focus On for Your Django Interview Preparation

1. Core Django Concepts: Models, views, templates, URL routing, and Django's ORM.
2. Security Features: CSRF, SQL injection prevention, password hashing, and session management.
3. Django REST Framework (DRF): Building APIs and handling authentication in Django.
4. Testing: Unit testing and debugging techniques in Django.
5. Django Deployment: ASGI/WSGI setup, static files, and deployment to cloud platforms.

How to Structure Your Django Interview Preparation: A Step-by-Step Guide

1. Start with Basics: Focus on understanding the core concepts like models, views, templates, and Django’s URL routing.
2. Deep Dive into Django Features: Learn about advanced topics like signals, middleware, caching, and Django REST Framework.
3. Hands-on Coding: Build small projects and practice solving problems related to Django coding challenges.
4. Mock Interviews: Simulate real interview scenarios with friends or mentors.
5. Review Documentation: The official Django documentation is an excellent resource for understanding every feature and function.

Common Mistakes to Avoid While Preparing for Django Interviews

• Skipping the Basics: Don’t try to jump straight into advanced topics without mastering the fundamentals.
• Focusing Too Much on Theory: Ensure that you are coding regularly and applying your knowledge.
• Neglecting Security Best Practices: Security is a top priority in Django interviews. Make sure to understand concepts like CSRF, XSS, and SQL injection.

Bottom Line: Preparing for Django interviews involves mastering foundational concepts, focusing on practical coding problems, and diving deep into more advanced topics like Django REST Framework and performance optimization.

Understanding the basics of Django is essential for laying a strong foundation for web development. When you're starting out with Django, interview questions focus on core concepts like the Django architecture, models, views, and templates. Knowing these topics well will ensure that you can build and maintain Django applications effectively. Below are some of the key basic Django interview questions you’ll likely encounter.

1. What is Django and why is it used?

Django is a high-level Python web framework that allows developers to create robust, secure, and scalable web applications quickly. It follows the "batteries-included" philosophy, providing built-in solutions for common web development tasks such as authentication, database interaction, form handling, and URL routing. Django is used because it accelerates development and promotes clean, maintainable code.

2. Explain the difference between a Django project and a Django app.

• A Django project is the entire application that contains settings, URLs, and configurations for your Django-based web application. It includes the root directory and a settings.py file.
• A Django app is a smaller, reusable component within the project, encapsulating specific functionality (e.g., a blog app, a user authentication app). A Django project can contain multiple apps.

3. What is the purpose of the settings.py file in Django?

The settings.py file contains all the configuration settings for a Django project, including database settings, static files, middleware, installed apps, security settings (e.g., CSRF protection), and logging configurations. It's essential for customizing and configuring how your Django project behaves.

4. How does Django’s ORM work?

Django’s Object-Relational Mapping (ORM) is a tool that allows you to interact with your database using Python code instead of SQL queries. It maps database tables to Python classes (models) and provides an easy-to-use interface to perform database operations such as creating, reading, updating, and deleting records without writing raw SQL.

5. What is the role of urls.py in a Django project?

The urls.py file contains the URL routing configurations for the project. It maps URLs to the corresponding views or controllers (functions or class-based views). This allows Django to decide which view to render based on the incoming URL request.

6. Explain the Django MVT architecture and how it differs from MVC.

Django follows the Model-View-Template (MVT) architecture:

• Model: Represents the data (database tables).
• View: Handles the business logic and user interface, returning responses (HTML, JSON, etc.).
• Template: Manages the presentation layer (HTML and rendering).

The difference from MVC (Model-View-Controller) is in naming conventions. Django’s View corresponds to the Controller in MVC, and the Template in Django corresponds to the View in MVC.

7. What are models in Django?

Models in Django define the structure of the database and represent the data layer. They are Python classes that are mapped to database tables. Each model field corresponds to a database column. Django automatically handles the creation and manipulation of database tables based on the model definitions.

8. How do you create a form in Django?

To create a form in Django, you typically use the django.forms.Form class. You define form fields as class attributes (e.g., CharField, EmailField). Then, you can render the form in a template and process the form data in a view function.

Example:

from django import forms

class ContactForm(forms.Form):
    name = forms.CharField(max_length=100)
    email = forms.EmailField()

9. What is the use of Django’s manage.py?

manage.py is a command-line utility that helps with various administrative tasks such as starting the server (python manage.py runserver), applying migrations (python manage.py migrate), creating database models, and managing the app. It provides an interface to interact with your Django project.

10. What are static files and how do you manage them in Django?

Static files are files that remain unchanged. An example of static files in Django would include stylesheets (CSS), scripts (JavaScript), and images. Static files can be administered using the Django application called "django.contrib.staticfiles". During development, static files are served from the static/ directory of the respective application; in production, you will execute the collectstatic command to gather all of your static files for serving by a web server.

As you continue along your journey with Django, you will find yourself using more complicated functionality such as requests, middleware, QuerySets, form-processing, and security measures to build dynamic, scalable, and secure applications. You will want to use the following intermediate Django interview questions and responses to facilitate your preparation.

1. What are migrations in Django, and how do you use them?

Migrations in Django propagate changes to the models (e.g., adding fields or creating tables) to the database schema. Migrations are created with python manage.py makemigrations and applied using python manage.py migrate.

2. Explain the use of middleware in Django.

Middleware in Django is a framework of hooks that allow you to process requests and responses globally before or after they reach the view function. Common uses of middleware include session management, user authentication, and request logging.

3. What is Django’s QuerySet? How do you perform queries using it?

A QuerySet is a collection of database queries that can be used to retrieve data from the database. QuerySets are lazy, meaning they don’t hit the database until they are evaluated. You can perform queries like .filter(), .exclude(), .get(), .all(), and .order_by() to retrieve, filter, or order data.

4. What is the purpose of the Django Admin interface, and how can you customize it?

The Django admin interface is an automatically created web interface for managing data for all applications. This interface can be customized by creating an admin.py file for the applications. Display settings for the models created can also be made from this interface.

5. How does Django’s CSRF protection work, and why is it important?

Django supports Cross-Site Request Forgery (CSRF) protection, which protects your app by ensuring that not all requests sent by authenticated users on other websites are malicious in nature. Django includes a CSRF token in all forms, which must be checked during POST request processing. This works as a defence mechanism against attacks such as forged user requests.

6. What are class-based views (CBVs), and how do they differ from function-based views (FBVs)?

The use of class-based views (CBVs) in Django allows organizing views according to object-oriented programming concepts, which promote greater reuse and flexibility. CBVs are preferred for dealing with generic operations (such as listing views and detail views), whereas function-based views (FBVs) are simpler and are used for custom operations in specific views.

7. How do you handle static and media files in Django during development and production?

In development, static files are served directly from the app’s static folder, and media files are served from the media folder. In production, you must configure a web server (e.g., Nginx) to serve these files. You also use the collectstatic command to gather static files in one place.

8. What is Django’s reverse() function, and when would you use it?

The reverse() function is used to generate the URL for a given view, using the name defined in the URL configuration. It is commonly used for generating URLs dynamically in templates or view functions, avoiding hardcoded URLs.

9. Explain the concept of Django signals and how to use them.

Django signals allow decoupled components to get notified when certain events occur. For example, when a model instance is saved, you can use the @receiver decorator to perform actions like sending an email notification. Signals help implement event-driven behavior without tightly coupling code.

10. How do you create and use Django forms, and what are form validation techniques?

Django forms are used to handle user input. You define forms using django.forms.Form and specify fields. You can validate forms using built-in validators or by writing custom validation methods in the form class. Example:

from django import forms

class ContactForm(forms.Form):
    name = forms.CharField(max_length=100)
    email = forms.EmailField()

    def clean_name(self):
        name = self.cleaned_data.get('name')
        if len(name) < 3:
            raise forms.ValidationError('Name must be at least 3 characters long.')
        return name

Quick Recap: In basic Django interviews, focus on understanding core components like models, views, settings, and the Django ORM. For intermediate-level questions, expect topics like migrations, middleware, and query optimization.

As you gain experience with Django, you'll be expected to tackle more advanced topics related to performance optimization, asynchronous processing, database management, and scalability. Below are some of the challenging Django interview questions that cover more complex aspects of web development.

1. How can you optimize Django queries to improve performance?

To optimize queries in Django:

• Use select_related() to perform SQL joins when querying related objects.
• Use prefetch_related() for many-to-many or reverse relationships.
• Minimize database hits by fetching only the necessary fields using .only() or .values().
• Avoid N+1 query problems by eager loading related data.

2. What are Django’s select_related() and prefetch_related() methods, and how do they optimize database queries?

• select_related() is used for single-valued relationships (like ForeignKey). It performs a JOIN query to fetch related data in a single query.
• prefetch_related() is used for multi-valued relationships (like ManyToManyField). It fetches the related data in separate queries and optimizes fetching related data.

3. What is the use of Celery in Django, and how does it work for background task processing?

Celery is an asynchronous task queue that allows you to run asynchronous and time-consuming tasks on a dedicated worker. It enables running recurring jobs (e.g., sending emails, processing large files) in the background while managing multiple tasks via a message broker such as Redis or RabbitMQ. The django-celery package is the common method for integrating Celery into Django.

4. How would you implement authentication and permissions in Django REST Framework (DRF)?

DRF provides built-in classes for authentication (e.g., BasicAuthentication, TokenAuthentication) and permissions (e.g., IsAuthenticated, IsAdminUser). You can also create custom authentication classes or permission classes by extending DRF's base classes.

5. Explain how Django handles asynchronous views and their use cases.

Django 3.1+ supports asynchronous views using ASGI. These views use async def and can handle asynchronous tasks, such as making external API requests or performing heavy computations. This improves performance for I/O-bound tasks while maintaining Django's synchronous flow for other requests.

6. What is Django’s caching mechanism, and how can you optimize your app’s performance using caching?

Django offers multiple caching strategies like file-based, database caching, memcached, and Redis. You can cache views, querysets, or specific content in your templates to reduce database hits and improve performance. Django also supports cache expiry and cache versioning.

7. Explain the difference between WSGI and ASGI, and how they are used in Django deployment?

• WSGI (Web Server Gateway Interface) is the standard interface for synchronous web applications in Python. It is the traditional method for deploying Django applications.
• ASGI (Asynchronous Server Gateway Interface) supports asynchronous web applications. It allows Django to handle WebSockets and long-lived HTTP connections in addition to regular HTTP requests.

8. How would you scale a Django application to handle millions of users?

To scale a Django application:

• Use a load balancer to distribute traffic across multiple servers.
• Database replication and sharding for better data management.
• Caching (Redis/Memcached) to reduce database queries.
• Use Celery for background task processing.
• Optimize database queries and implement indexing.

9. What are Django’s database routing and sharding, and how can you implement them in a multi-database setup?

Database routing enables the use of several databases for reading and writing. It’s also possible to create custom routing rules for the use of the respective database in performing a particular action. Sharding is the division of the database into smaller chunks of data, referred to as shards. These shards are usually based on criteria such as geographical locations or IDs.

10. Explain the process of deploying a Django app to a production environment (e.g., using AWS, Docker, or Nginx).

To install a Django application in production:

• Create a production database (e.g., PostgreSQL).
• Configure WSGI (Gunicorn, for example) or ASGI (for asynchronous
• Serve as reverse proxy and handle static files using Nginx.
• Configure the SSL certificates for HTTPS.
• The cloud environment where the application should be deployed would include AWS, with utilization of AWS components such as EC2, S3 (for media), and RDS for the database.
• Automate the deployment process using Docker to create containers and implement CI/CD.

Quick Note: Mastering advanced Django concepts like performance optimization, background tasks (Celery), and asynchronous views will set you apart in a Django interview for experienced candidates.

Django REST Framework (DRF) is a robust toolkit used for creating Web APIs on the Django framework. It makes API creation simpler for developers by addressing the common problems that come with it, such as serialisation, authentication, and view handling. Most Django developers utilize the DRF toolbox to create API views of their models so that clients can communicate with the views through the common HTTP verbs.

Below, we've categorized Django REST Framework interview questions into basic, intermediate, and advanced levels to help you prepare for your interview.

Basic Django REST Framework Interview Questions

In this section, we will cover the foundational concepts of DRF, such as serialization, views, and basic components required for creating APIs. These are essential for every Django developer working with DRF. Understanding these concepts will give you a strong foundation for more advanced topics later.

1. What is Django REST Framework (DRF) and Why Use It?

Django REST Framework (DRF) is an extension of Django that simplifies building RESTful APIs. It provides tools to handle serialization, authentication, and routing for API requests. DRF makes it easier for developers to create robust APIs by abstracting away much of the repetitive coding typically required in web services. It also integrates smoothly with Django's ORM and supports formats like JSON, XML, and others.

2. What is a Serializer in DRF?

In DRF, a serializer is a class that converts complex data types (such as Django models) into JSON or other formats and vice versa. It is also responsible for validating data and ensuring that incoming requests conform to the expected structure. DRF serializers make it easy to work with model data and API requests.

3. What is Django CSRF Protection?

Cross-Site Request Forgery(CSRF) is a feature in Django that helps protect users against unauthorized actions initiated by others on their behalf. A CSRF token is used to validate that you are posting data from your own site and not another malicious source. When creating APIs with DRF (Django Rest Framework), CSRF protection for the API is not necessary if you use token-based authentication but CSRFs are very important for session based logins.

4. How does Django Prevent SQL Injections?

Django’s Object-Relational Mapping (ORM) automatically escapes the data you input into database queries for you, to help protect you from SQL Injection Attacks. When using the ORM, you don’t have to worry about entering any untrusted data directly into the database. As all SQL queries are generated by the ORM, this limits the possibility of accidental SQL Injection Attacks.

5. What are FBVs?

FBVs or Function-Based Views are simple Python functions that take an HTTP request and return an HTTP Response. FBVs are very easy to create and can be a quick way to create simple views. However, once applications get larger with more detailed logic, using FBVs can create problems maintaining and extending those views.

6. What are Class-based Views (CBVs) in Django?

Class-based views (CBVs) in Django offer an object-oriented approach to handling views. Unlike FBVs, CBVs allow you to organize your view logic into separate methods, making the code more reusable and modular. Django includes several generic class-based views like ListView, DetailView, and CreateView, which provide built-in behaviors for common tasks.

Intermediate Django REST Framework Interview Questions

In this section, we will focus on more intermediate concepts of DRF that go beyond basic serialization and views. These topics will help you deepen your understanding of how to work with pagination, filtering, throttling, and managing requests in DRF. These are critical to handle larger and more complex applications.

1. How Do You Implement Pagination in DRF?

Pagination in DRF allows you to break large datasets into smaller, manageable chunks. This improves performance by reducing the amount of data sent with each request. DRF provides different pagination styles like PageNumberPagination, LimitOffsetPagination, and CursorPagination. You can apply pagination globally or on a per-view basis using the pagination_class attribute.

2. How Do You Use Throttling in DRF to Control API Usage?

Throttling in DRF limits the number of requests a client can make within a given period. DRF includes several throttle classes, such as UserRateThrottle and AnonRateThrottle. Throttling helps prevent abuse of your API by limiting the frequency of requests. It can be set globally or on a per-view basis.

3. How Do You Handle Exceptions in DRF?

DRF includes a pluggable exception handling system. You can implement a custom exception handler using a function named exception_handler, which is triggered whenever an exception is thrown. Moreover, you can raise exceptions, such as ValidationError, to indicate issues with the provided user data and return custom error messages to the client.

4. How Do You Implement Filtering in DRF?

Filtering enables you to restrict the amount of data retrieved via the API, based on the query parameters. The filter_backends attribute in DRF enables filtering, allowing the use of DjangoFilterBackend, SearchFilter, or OrderingFilter. It is possible to set the filterable fields as well as custom filter logic.

5. What is Token-based Authentication in DRF?

In DRF, token authentication enables clients to make authenticated API calls using tokens instead of session IDs. Every user has a unique token that must be attached to each API call in the Authorisation header. DRF's token authentication system works in a stateless fashion, which makes this method suitable for mobile apps or SPAs.

6. What are Permissions in DRF and How Do They Work?

DRF defines permissions as a way to permissions in DRF specify whether a user can carry out a specified action on a resource. There are various permission classes in DRF that are already defined. Permission classes include IsAuthenticated, IsAdminUser, and AllowAny. Custom classes can be developed based on various factors like roles of a user.

Advanced Django REST Framework Interview Questions

This section focuses on advanced topics that are crucial for building production-grade applications. It will delve into complex features of DRF, such as custom authentication mechanisms, dynamic view handling, and performance optimizations.

1. How Do You Implement Custom Authentication in DRF?

By using customized authentication in the DRF, you are able to create your own processes for authenticating users. You will create a subclass of DRF's base authentication class to provide your authentication logic by overriding the implementation of the authenticate method within your subclass. Examples of use cases where you may need to use custom authentication methods include but are not limited to use an API key, or using a third party to verify identity, or using other third-party providers (for instance: OAuth). The reason you would want to create a custom authentication method is because the default options do not fulfil your exact requirements.

Example of custom authentication:

from rest_framework.authentication import BaseAuthentication
from rest_framework.exceptions import AuthenticationFailed

class APIKeyAuthentication(BaseAuthentication):
    def authenticate(self, request):
        api_key = request.headers.get('X-API-KEY')
        if api_key != 'my-secret-key':
            raise AuthenticationFailed('Invalid API Key')
        return (None, None)  # No user object, just token-based authentication

2. How Do You Use HyperlinkedModelSerializer in DRF?

The HyperlinkedModelSerializer is a special type of serializer in DRF that creates URLs for related models instead of just using primary key references. This makes the API more RESTful by providing hypermedia links to related resources, which is an important feature for building hypermedia-driven APIs.

Example of a HyperlinkedModelSerializer:

from rest_framework import serializers
from .models import Book

class BookSerializer(serializers.HyperlinkedModelSerializer):
    class Meta:
        model = Book
        fields = ['url', 'title', 'author']

3. What is the Difference Between select_related() and prefetch_related() in Django?

Both select_related() and prefetch_related() are used to optimize database queries in Django, but they work in different ways:

• select_related() is used for one-to-one and many-to-one relationships. It performs a JOIN and fetches related data in a single query.
• prefetch_related() is used for many-to-many and reverse relationships. It performs separate queries and then merges the results in Python, making it more suitable for complex relationships.

4. How Can You Optimize Django Queries in DRF?

To optimize queries in DRF, you should:

• Use select_related() and prefetch_related() to reduce the number of database queries.
• Use .only() or .values() to retrieve only the necessary fields.
• Avoid the N+1 query problem by fetching related data in advance.
• Implement database indexing to speed up query performance.

5. How Do You Handle Large File Uploads in DRF?

When it comes to managing large uploads in DRF, it’s essential to set up file storage settings accordingly. For instance, you can make use of the FileField functionality offered by Django to store files and then utilize the MEDIA_ROOT and MEDIA_URL settings to organize the files. Furthermore, you can consider doing chunked uploads where you split large files into smaller chunks for processing.

Quick Note: These are the Django REST Framework interview questions designed to test your understanding of APIs, serialization, authentication, and advanced features. Mastering these concepts will help you tackle real-world scenarios and build efficient, secure, and scalable APIs using DRF in your Django applications.

Security is a major concern when developing web applications. Django comes equipped with several built-in security features to help developers protect their applications from common security vulnerabilities, ensuring that sensitive data is safeguarded.

1. CSRF Protection in Django

Cross-Site Request Forgery (CSRF) is a type of attack where an attacker tricks a user into executing unwanted actions on a web application in which they are authenticated. Django includes CSRF protection by default, which is a critical defense against these types of attacks.

How CSRF Protection Works:

• Django automatically includes a CSRF token in forms that are generated using Django’s form classes.
• For each POST request, Django checks if the request includes a valid CSRF token. If the token is missing or incorrect, Django will reject the request with a 403 Forbidden response.
• For AJAX requests, you can send the CSRF token as a custom header (e.g., X-CSRFToken) to ensure that the request is coming from a trusted source.

Disabling CSRF Protection:

For API views (especially those using token-based authentication), CSRF protection can be disabled since these views don't rely on cookies. To do this, you can use DRF’s @csrf_exempt decorator or explicitly disable CSRF for your API views.

Example:

from django.views.decorators.csrf import csrf_exempt
from rest_framework.decorators import api_view
from rest_framework.response import Response

@csrf_exempt
@api_view(['POST'])
def my_view(request):
    # Handle POST request
    return Response({"message": "CSRF exempted!"})

2. SQL Injection Prevention in Django

SQL injection is one of the most common types of attacks against web applications, where an attacker manipulates SQL queries by injecting malicious input. This can lead to unauthorized access to the database, data modification, or deletion.

How Django Prevents SQL Injection:

• Django’s ORM automatically escapes user inputs to prevent SQL injection.
• When using the Django ORM for querying the database, it constructs parameterized queries, which means user inputs are safely inserted into the SQL query without being executed directly.

Example of safe querying:

# Safe query using Django ORM
from .models import Book

books = Book.objects.filter(author='John Doe')

Even if a user inputs malicious SQL code, the ORM will escape special characters (like ;, ', etc.), effectively preventing any injection attempt.

Raw SQL Queries:

If you use raw SQL queries, make sure to use parameterized queries to prevent SQL injection.

Example:

from django.db import connection

def safe_query(user_input):
    with connection.cursor() as cursor:
        cursor.execute("SELECT * FROM books WHERE author = %s", [user_input])
        result = cursor.fetchall()
    return result

Django’s views and URL routing system is designed to map URLs to specific functions or classes that handle HTTP requests and return responses. This is a core feature of Django, enabling the framework to serve dynamic content based on the request.

1. What are Function-based Views (FBVs)?

Function-based views (FBVs) are the simplest form of views in Django. An FBV is a regular Python function that receives an HTTP request and returns an HTTP response.

Characteristics of FBVs:

• Simplicity: FBVs are straightforward and ideal for small applications or simple endpoints.
• Directness: The function directly processes a request and returns a response.
• Customization: You have full control over the request handling process, but for larger applications, this may become cumbersome.

Example of an FBV:

from django.http import JsonResponse

def hello_world(request):
    return JsonResponse({'message': 'Hello, World!'})

FBVs can quickly become complex as applications grow. To manage complexity, Django offers class-based views (CBVs).

2. What are Class-based Views (CBVs)?

Class-based views (CBVs) offer an object-oriented approach to organizing view logic. Instead of defining a separate function for each view, CBVs allow you to structure your views as classes that define methods for handling various HTTP methods like GET, POST, PUT, DELETE.

Benefits of CBVs:

• Reusability: CBVs allow you to reuse common functionality by using generic views and mixins.
• Extensibility: You can extend or override methods for more advanced functionality.
• Structure: CBVs provide better organization and structure, especially in large applications, by separating different actions (e.g., listing, creating, updating) into different methods.

Django provides several generic class-based views (GBVs) like ListView, DetailView, CreateView, and UpdateView to handle common tasks.

Example of a CBV:

from django.http import JsonResponse
from django.views import View

class HelloWorldView(View):
    def get(self, request):
        return JsonResponse({'message': 'Hello, World!'})

Django’s Generic Views:

Django provides a set of generic class-based views (GBVs) for common patterns, making it easier to handle tasks like displaying lists or details of objects.

Example of a ListView:

from django.views.generic import ListView
from .models import Book

class BookListView(ListView):
    model = Book
    template_name = 'books/list.html'
    context_object_name = 'books'

In this example, the BookListView automatically fetches all Book objects from the database and renders them using a template.

Django is a highly versatile and powerful framework; as such, it has many features making web development much easier. If you learn the fundamentals of Django, how to use it, best practices, and the security aspect of Django, you will be able to score well on any interview involving Django. If you prepare for your interview by working on coding challenges and understanding theoretical concepts, as well as by building small-to-middle sized projects, you will have a distinct advantage over other candidates. 

Why Is It Important?

Being proficient at using Django and the Django REST Framework (DRF) will help you build fast, secure, and scalable web applications. Not only will you be more successful in the interview process, but also when you are asked to perform the same task in a real-world setting. 

Recommendations for Learning

• Start with Knowledge of the Basics: Before you start with more advanced aspects of Django, be sure to have strong knowledge of the core components of Django such as models, views, and templates. 
• Develop Projects: By using what you have learned to create small-to medium-sized Django projects, you will reinforce your understanding of how Django works. 
• Practice Coding Challenging: Take time to solve Django-related coding challenges regularly. 
• Know How to Develop Secure Websites Methodically: You must understand the security aspects of Django-based websites, such as CSRF, SQL injection protection, etc. 
• Learn the Django REST Framework: As many websites today rely upon completing part of their functionality via web-based APIs, you must take time to learn how to utilize the Django REST Framework, particularly if you want to be successful in obtaining and retaining a job using Django or to have longevity in your web-development career. 
• Continue Learning: Django continues to develop and evolve. To compete with the best developers and/or to remain employed or find future employment in this field, you will need to track the latest features and best practices.