Python Full Stack Development

Overview: Python Full Stack Development typically includes both front-end (UI) and back-end (server-side) technologies. A full-stack Python developer works with the entire technology stack to build scalable, efficient web applications. Below are the primary components:

1. Front-End Technologies:

• HTML: Structure of web pages.
• CSS: Styling of web pages.
• JavaScript: Client-side scripting for interactivity.
• Angular.js: JavaScript libraries/frameworks for building user interfaces.
• Bootstrap: CSS framework for responsive web design.

2. Back-End Technologies:

• Python: Programming language for back-end logic.
• Django: High-level Python framework for building secure and scalable web apps.
• Flask: A micro-framework in Python for lightweight applications.
• APIs (RESTful APIs): For communication between front-end and back-end.

3. Databases:

• SQL: Relational databases like MySQL, PostgreSQL.
• NoSQL: Non-relational databases like MongoDB.

4. Version Control:

• Git/GitHub: For version control and code collaboration.

Skills Gained:

• Full-stack development with Python.
• Building RESTful APIs.
• Using frameworks like Django or Flask.
• Connecting to databases like SQL and NoSQL.

Java Full Stack Development

Overview: Java Full Stack Development focuses on developing both the front-end and back-end parts of a web application using Java. Java is a robust, platform-independent language used for building large-scale applications.

1. Front-End Technologies:

• HTML: Basic structure of web pages.
• CSS: Styling the front-end.
• JavaScript: Client-side scripting for dynamic web pages.
• React.js / Angular.js: Frameworks for building complex user interfaces.
• Bootstrap: Framework for responsive design.

2. Back-End Technologies:

• Java: Primary programming language for back-end logic.
• Spring Framework: A comprehensive framework for building Java-based applications.
• Spring Boot: For building stand-alone, production-ready applications.
• Spring MVC: For designing web applications with Model-View-Controller architecture.
• Spring Security: For handling authentication and authorization.
• Hibernate: An ORM (Object-Relational Mapping) tool for database interaction.
• JSP (JavaServer Pages): For creating dynamic web pages.

3. Databases:

• SQL: MySQL, PostgreSQL, Oracle.
• NoSQL: MongoDB or Cassandra (depending on the project).

4. Version Control:

• Git/GitHub: For version control and collaboration.

Skills Gained:

• Java-based Full Stack Development.
• Mastery in the Spring ecosystem (Spring Boot, Spring MVC, etc.).
• Building secure, scalable web applications.
• Integration with databases like MySQL or MongoDB.
• Deployment and version control with Git/GitHub.