The course emphasizes the mindset and methodology required to excel in Java: not just syntax, but learning to design solutions using Java's features such as object-oriented principles, encapsulation, inheritance, polymorphism, and abstraction.
Lessons are structured with hands-on exercises, focusing on bite-sized, accessible topics like classes, control structures, and patterns, making complex problems manageable.
It also provides plenty of examples and projects, encouraging practical application and consistent practice to build skill and confidence.
Why Opt for This Course
- Build Strong Foundations
- Problem Solving Skill
- Better Code and Career Growth
- Industry Relevance
What you'll learn
Module 1 – Introduction & Setup (2 hrs)
Module 2 – Java Fundamentals (2 hrs)
Module 3 – Decision Making & Logic(2 hrs)
Module 4 – Loops and Patterns(2 hrs)
Module 5 – Arrays and String Basics (2 hrs)
Module 6 – Methods and Modular Thinking (2 hrs)
Module 7 – Object‑Oriented Basics(2 hrs)
Module 8 – Error Handling and Debugging(2 hrs)
Module 9 – Applying Logic: Mini Problems(2 hrs)
Module 10 – Capstone Mini Project(2 hrs)
After completing the training, learners will be able to:
- Set up the Java environment and use an IDE to create, run, and debug Java programs.
- Use Java data types, operators, and control structures to implement decision‑making and repetition logic.
- Break a larger problem into smaller modules using methods, with parameters and return values.
- Design and use arrays to store and process collections of data (searching, counting, summing, basic algorithms).
- Design simple classes with fields and methods, and create objects to implement problem solutions.
After completing the training, learners will be able to:
- Set up the Java environment and use an IDE to create, run, and debug Java programs.
- Use Java data types, operators, and control structures to implement decision‑making and repetition logic.
- Break a larger problem into smaller modules using methods, with parameters and return values.
- Design and use arrays to store and process collections of data (searching, counting, summing, basic algorithms).
- Design simple classes with fields and methods, and create objects to implement problem solutions.
