This document outlines the essential skills, tools, and career path to become a full-stack Java developer, emphasizing the demand for this role in the software development industry. It highlights key areas of knowledge such as front-end and back-end development, database management, Java frameworks, and the importance of DevOps and cloud technologies. Additionally, it encourages practical experience through personal projects, open-source contributions, and internships to enhance employability.

1. Becoming a Full
Stack Java
Developer: Skills,
Tools, and Career
Path Explained
This presentation will guide you through the essential skills,
tools, and career path required to become a successful full-stack
Java developer. We will cover the core technologies, popular
frameworks, and the industry demand for this in-demand role.

2. Introduction to Full Stack
Java Development
Full-stack Java developers, armed with skills from a full stack course,
are in high demand in the software development industry.
1 Front-end
Development
They can create the interactive
and visually appealing user
interfaces that users interact
with.
2 Back-end
Development
They work on the server-side
logic, databases, and application
architecture.
3 Database
Management
They can manage, optimize, and
interact with databases to store
and retrieve data.
4 DevOps
They can automate deployment,
monitoring, and other tasks to
ensure the smooth operation of
applications.

3. Core Java Programming
Skills
A strong foundation in Java programming is essential for building robust applications.
Object-Oriented
Programming (OOP)
Java is an OOP language, so you
will need to understand concepts
like classes, objects, inheritance,
and polymorphism.
Data Structures and
Algorithms
Knowledge of data structures
(e.g., arrays, lists, trees) and
algorithms (e.g., sorting,
searching) is crucial for efficient
coding.
Exception Handling and
Error Management
You must understand how to
handle errors and exceptions
gracefully to create reliable
software.

4. Web Development with Java
Frameworks (e.g. Spring, JSF)
Java frameworks simplify web development by providing pre-built components
and solutions for common tasks.
Spring Framework
A popular framework that offers a comprehensive solution for
developing enterprise-grade Java applications.
Spring Boot
A sub-framework of Spring that simplifies application setup and
configuration, making it easier to get started with Spring.
JavaServer Faces (JSF)
A component-based framework that helps developers create user
interfaces for Java web applications.

5. Database Management
and SQL Proficiency
Databases are essential for storing and managing application data.
SQL (Structured Query Language) The standard language for
interacting with relational
databases.
Database Design Understanding how to design and
model database schemas to meet
specific application requirements.
Data Integrity and Security Ensuring data consistency,
accuracy, and protection against
unauthorized access.

6. Front-end Development with JavaScript, HTML, and
CSS
While Java is primarily used on the back-end, you will need to know the front-end technologies to create a complete application.
HTML (HyperText
Markup Language)
The foundation of web pages,
HTML defines the structure and
content of a website.
CSS (Cascading Style
Sheets)
Used to style and visually enhance
web pages by controlling elements
like fonts, colors, and layout.
JavaScript
Adds interactivity and dynamic
behavior to web pages, allowing for
user interaction and data
manipulation.
JavaScript Frameworks
(React, Angular, Vue)
Libraries that provide pre-built
components, tools, and best
practices for building complex
front-end applications.

7. DevOps and Cloud Technologies
DevOps and cloud technologies are essential for modern software development.
1 Continuous Integration/Continuous Deployment
(CI/CD)
Automating the building, testing, and deployment of software to
improve efficiency and reduce errors.
2 Cloud Platforms (AWS, Azure, GCP)
Hosting applications and infrastructure in the cloud for scalability,
reliability, and cost-effectiveness.
3 Containerization
(Docker)
Packaging applications and their dependencies into portable units for
easy deployment and management.
4 Infrastructure as Code
(IaC)
Managing infrastructure using code, enabling automation and version
control for infrastructure changes.

8. Building a Portfolio and
Gaining Practical Experience
Demonstrating your skills and gaining experience is crucial for landing a job.
Personal Projects
Build your own projects to showcase
your abilities. Choose projects that
are relevant to the type of work you
want to do.
Open-Source
Contributions
Contributing to open-source
projects is a great way to gain
experience, learn from others, and
build a reputation in the community.
Internships or Part-Time
Roles
Seek opportunities to gain hands-on experience in a real-world setting, working
on projects for companies or organizations.

9. Career Opportunities and Advancement
Paths
A java full stack developer course opens up diverse career opportunities and advancement paths.
Junior Java Developer
Entry-level role, typically involving
working on smaller tasks and learning
from senior developers.
Senior Java
Developer
More experienced role, often leading
teams, designing complex systems, and
mentoring junior developers.
Technical Lead or Architect
Highly experienced role, responsible for
overall system design, technical direction,
and leading development teams.

10. THANK YOU
Business Name: ExcelR - Full Stack Developer And Business Analyst
Course in Bangalore
Address: 10, 3rd floor, Safeway Plaza, 27th Main Rd, Old Madiwala, Jay
Bheema Nagar, 1st Stage, BTM 1st Stage, Bengaluru, Karnataka 560068
Phone: 07353006061