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Computer Science / Information Technology

Java

Master the fundamentals and advanced concepts of computer science / information technology. This comprehensive course will take you from beginner to expert level with hands-on projects and real-world applications.

4.8★
Rating
20-30 hours
Duration
1.2k
Students
16
Chapters
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Java

Course Curriculum

1

Introduction to Java Programming

Topics & Subtopics

• Features of Java (OOP, secure, portable, multi-threaded) • JVM and bytecode • OOP principles (Inheritance, Polymorphism, Abstraction, Encapsulation) • Arrays & Strings overview • Exception handling • Collections • Java 8 features

Learning Outcomes

• Understand Java's features and platform independence • Explain JVM and bytecode execution • Apply OOP principles in coding • Gain awareness of arrays, strings, exceptions, and collections • Explore Java 8 features
2

Practical Java and Industry Applications

Topics & Subtopics

• Importance of practical learning • Data Structures & Algorithms • IDEs: Eclipse, IntelliJ • Backend (Java Spring) • Frontend (React) • UML & design • SDLC • Career guidance

Learning Outcomes

• Recognize the importance of practice-based learning • Develop problem-solving using DSA • Select and use IDEs effectively • Understand backend/frontend career paths • Apply UML in design and SDLC stages • Plan career strategies for IT roles
3

Fundamentals of Computers

Topics & Subtopics

• Evolution of computers • Binary computation • CPUs, GPUs, NPUs • Cloud computing (AWS, Azure, GCP) • Computer components • Memory types • Loading vs saving

Learning Outcomes

• Explain basics of computer systems • Understand binary computation • Differentiate between CPU, GPU, and NPU • Describe cloud computing advantages • Identify computer components and memory types • Distinguish between loading and saving processes
4

Installing Java and JDK Setup

Topics & Subtopics

• Java versions (LTS) • JDK overview • Vendors (Oracle, Adoptium, Amazon Corretto, GraalVM) • Installation process • Environment variables • Managing versions

Learning Outcomes

• Install and configure JDK • Differentiate Java versions and LTS releases • Compare vendors and their distributions • Set environment variables • Manage multiple Java versions
5

Writing, Compiling, and Executing Java Programs

Topics & Subtopics

• Writing .java files • Compilation (javac) • Execution (JVM) • Errors in compilation/execution • Editors vs IDEs • Open-source vs premium tools

Learning Outcomes

• Write and save Java source code • Compile and execute using JDK tools • Identify and fix common errors • Compare editors and IDEs • Differentiate between open-source and premium tools
6

Java Installation, IDEs, and Packages

Topics & Subtopics

• Recap of installation • IDEs (Notepad++, VS Code, Eclipse, IntelliJ) • Running programs • Packages in Java • GitHub and code management

Learning Outcomes

• Use IDEs for development • Write and run Java programs • Organize code with packages • Apply naming conventions • Manage projects on GitHub
7

Classes, Objects, and Methods

Topics & Subtopics

• Classes as blueprints • Objects as instances • Methods (static & non-static) • Main method • Example: Car class

Learning Outcomes

• Define classes and objects • Differentiate static vs non-static methods • Use the main method as entry point • Represent real-world entities using classes
8

Operators and Conditionals

Topics & Subtopics

• Unary, arithmetic, assignment, bitwise operators • If-else and else-if ladder • Comparison operators • Logical operators

Learning Outcomes

• Identify and apply different types of operators in Java programs • Implement decision-making using if-else and conditional constructs • Use comparison and logical operators to evaluate complex conditions • Understand and apply short-circuit evaluation for optimized program execution • Develop problem-solving logic by combining operators with conditionals
9

Iteration Statements (Loops)

Topics & Subtopics

• While loop • Do-while loop • For loop • For-each loop • Infinite loops • Break and continue

Learning Outcomes

• Implement loops for repetition • Differentiate loop types • Control execution using break/continue • Apply loops in problem-solving
10

Arrays in Java

Topics & Subtopics

• Definition and features • Declaration & initialization • Single-dimensional arrays • Multi-dimensional overview • Traversal using loops • Limitations

Learning Outcomes

• Define and declare arrays • Initialize and access array elements • Traverse arrays using loops • Recognize strengths and limitations of arrays
11

Strings in Java

Topics & Subtopics

• String creation (literal & new) • String methods • Immutability • StringBuffer & StringBuilder • Differences among them

Learning Outcomes

• Create and manipulate strings • Use common string methods • Explain immutability • Differentiate String, StringBuffer, and StringBuilder
12

Arrays in Depth

Topics & Subtopics

• Array properties • Pros and cons • One-dimensional arrays • Two-dimensional arrays • Pass by value vs reference • Operations (sort, clone, reverse)

Learning Outcomes

• Explain array properties • Perform array operations • Apply pass-by-reference concepts • Implement sorting, cloning, and reversing
13

Multi-Dimensional Arrays

Topics & Subtopics

• Definition • Declaration & initialization • Jagged arrays • Accessing elements • Traversal • Applications

Learning Outcomes

• Create and use multi-dimensional arrays • Traverse arrays with nested loops • Apply arrays in real-world scenarios like matrices & games
14

Encapsulation and Polymorphism

Topics & Subtopics

• Encapsulation • Access modifiers • Getters and setters • Polymorphism • Method overloading • Real-world examples

Learning Outcomes

• Apply encapsulation for secure coding • Use access modifiers effectively • Implement getters and setters • Demonstrate polymorphism with method overloading
15

Problem-Solving in Java

Topics & Subtopics

• Binary string addition • Prime number check • Prime range • Array problems (max, min, second max) • Leap year detection

Learning Outcomes

• Apply logic in coding problems • Implement prime number algorithms • Solve array-based problems • Write leap year detection programs
16

Recursion in Java

Topics & Subtopics

• Concept of recursion • Controlled vs uncontrolled recursion • Factorial example • Base conditions • Performance issues • Recursion vs iteration

Learning Outcomes

• Explain recursion concepts • Write recursive functions • Handle base conditions • Compare recursion with iteration • Recognize efficiency trade-offs
16
Total Chapters
20-30 hours
Total Duration
16
Modules
Practical
Labs

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Student Reviews

4.8
Based on 1,247 reviews

Rating Distribution

5
892
4
234
3
89
2
22
1
10

Recent Reviews

AJ

Alex Johnson

2 weeks ago

Excellent course! The instructor explains complex concepts in a very clear and engaging way. The hands-on projects really helped me understand the material better.

SC

Sarah Chen

1 month ago

This course exceeded my expectations. The curriculum is well-structured and the instructor is very knowledgeable. I've already applied what I learned in my current job.

MR

Michael Rodriguez

3 weeks ago

Great course overall. The content is comprehensive and the instructor provides good examples. Would recommend to anyone looking to learn this topic.

ED

Emily Davis

1 week ago

Amazing course! The instructor's teaching style is perfect for beginners. The step-by-step approach made everything easy to follow.

Requirements

💻

Basic Computer Skills

Basic understanding of using a computer and internet

🎯

No Prior Experience Required

This course is designed for complete beginners

🌐

Internet Connection

Stable internet connection for video streaming

Dedication & Time

Commitment to complete the course and practice

Target Audience

Students and recent graduates
Working professionals looking to upskill
Career changers
Entrepreneurs and business owners
Anyone interested in learning new skills

Access To This Course

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