Minimum Eligibility:
Graduate/ B.E/ B.Tech/ BCA/ MCA
Course Duration:
6 Months
Mode Of Training:
Online and Offline
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Course Fees
Rs.38,500/-
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Are you looking for the best Python full stack course in Kolkata that will help you succeed in the IT field? Search no more! Karmick Institute offers a comprehensive Python course specifically designed for both beginners with no coding expertise as well as seasoned programmers.
Our curriculum provides a solid foundation in core Python and seamlessly transitions into building robust web applications with the Django framework.
If you are an experienced professional looking to elevate your Django Python skills and explore the cutting edge, our data science course with AI & ML in Kolkata can help you go beyond the basics. Imagine leveraging the power of AI in your web applications! While this foundational Python course focuses on Django, we'll also touch upon the broader landscape of intelligent applications and how tools like ChatGPT and other AI models are revolutionising various industries, providing a glimpse into future possibilities with Python.
Upon completing this course, you earn a prestigious Certification from E&ICT Academy, IIT Guwahati, which boosts your career prospects. By mastering these in-demand skills in 6 months, you can unlock several job opportunities in data science and web development with a competitive salary package.
With state-of-the-art infrastructure, hands-on projects, industry expert trainers, and structured course modules, we ensure that you become a job-ready data scientist and a proficient Django Python developer.
Note: The course module introduces the foundational structure of the web using HTML. Learners understand HTML tags, headings, lists, tables, and forms. Emphasis is placed on web page structures, media embedding, and creating hyperlinks and form fields. By the end of the module, learners should be able to build static web pages using core HTML constructs that serve as the base for using CSS and Django.
Note: In this course module, students apply CSS rules to HTML elements, customise styling with colours, fonts, backgrounds, and control element layout using the box model. The concept of specificity is introduced through selectors like classes and IDs, ensuring targeted styling.
Note: In this module, students learn to create mobile-responsive web interfaces using the Bootstrap framework. The course explores Bootstrap’s grid system for flexible layouts and built-in classes for form controls, buttons, and navigation elements. Learners understand how responsive design ensures seamless experiences across devices of varying screen sizes. Practical hands-on sessions guide students in building visually cohesive and user-friendly pages.
Note: The course module introduces Python programming concepts like variables, data types, loops, and conditional statements. Learners gain confidence in handling collections such as lists, tuples, and dictionaries, and writing reusable logic through functions. Logical operators and control flow structures are practised to build small, real-world programs.
Note: In this module, learners transition into advanced Python programming techniques. The focus is on writing robust code using error handling mechanisms and understanding object-oriented principles such as classes, attributes, methods, and inheritance. Students also explore modular programming by organising code into packages and modules. The module concludes with using pip to install thirdparty libraries, a critical skill when integrating external tools or machine learning libraries with Django-based web applications.
Note: The course module introduces learners to the request-response cycle in Django by creating views that dynamically generate responses based on incoming HTTP requests. Students learn to map URLs to specific view functions using Django's powerful URL routing system. Practical exercises guide them in building custom views that render dynamic content and handle basic logic. Understanding how Django views and URLs interact is foundational to developing fully functional web applications using this powerful Python framework.
Note: The course module covers Django’s ORM (Object-Relational Mapping) system, enabling learners to interact with databases using Python code instead of SQL. Students define models to represent database tables, interact with data using the Django shell, and manage records through the built-in admin interface. They also explore user and permission management for administrative control. By the end of this module, students will be able to create, query, and manage persistent data within a Django project.
Note: In this module, learners explore Django’s templating engine to render dynamic HTML content. They learn to pass context data from views to templates, use template tags for control structures, and dynamically generate URLs to avoid hardcoding. Students create clean, maintainable templates for displaying data and detail views, enhancing user interaction.
Note: In this course module, students learn to manage and integrate static files such as CSS, images, and JavaScript into Django projects. Students learn to design reusable templates with consistent layouts and implement image uploads and dynamic detail views. The module also covers Django forms for CRUD operations, guiding users in collecting and processing input.
Note: The course module explores building secure Django applications by implementing user authentication features such as registration, login, and logout. Students learn to protect views and restrict access to authenticated users. The module also introduces the integration of popular machine learning libraries like NumPy, Pandas, Matplotlib, and Scikit-learn, offering a glimpse into data-driven application development.
Note: In this module, students apply all previous concepts to build a fully functional web application. Emphasis is placed on project structure, code, and real-world development workflows. This final project consolidates learning outcomes and equips students with a portfolio-worthy application ready for deployment or further enhancement.