CLASS 11, 12Advanced LEVEL

Java Programming

An advanced Java course for Class 11 students covering software design principles, the Collections framework in depth, custom exception handling, and an introduction to multithreading — preparing students to build scalable, well-structured applications.

Duration

10 Days

Total Hrs

30 Hours

Level

Advanced

What You'll Get

Expert Trainer-Led Sessions
Training Slides & Learning Materials
Practical Assignments
Assessment & Progress Report
Course Completion Certificate

Methodology

Instructor-Led Training
Practical Hands-on Sessions
Live Demonstrations
Mini Assignments & Assessments
Project-Based Learning

Detailed Syllabus

Practical, engaging and concept-based learning

1

Advanced OOP & Design Principles

Topics Covered

Design principles: single responsibility, modularity
Applying OOP to real-world problems

Practical / Activities

Refactor a program applying design principles

Outcomes

Apply advanced OOP and design principles

2

Collections Framework in Depth

Topics Covered

Ready to start?

₹499

One-time Enrollment Fee

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Course Snapshot

Course Code
LEQ-C11-JAVA
Grade Level
Class 11, 12

Prerequisites

Class 10 Java course or equivalent experience

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List, Set, and Map implementations

Choosing the right collection type

Practical / Activities

Build a multi-class inventory management system using Collections

Outcomes

Use the Collections framework confidently

3

Custom Exception Handling

Topics Covered

Creating custom exception classes
Exception handling best practices

Practical / Activities

Add custom exceptions to the inventory system

Outcomes

Design and use custom exceptions

4

Introduction to Multithreading

Topics Covered

What is multithreading? (conceptual)
Basic thread creation in Java

Practical / Activities

Simple multithreading demo program

Outcomes

Understand multithreading basics conceptually

Objectives

Apply advanced OOP and basic software design principles
Use the Collections framework in depth
Create and handle custom exceptions
Understand multithreading conceptually