Java로 객체 지향 프로그래밍을 배우세요

This course is designed to provide a comprehensive and hands-on introduction to object-oriented programming (OOP) using Java. Through a mix of lectures, discussions, coding exercises, and real-world projects, students will develop a strong foundation in programming and gain practical skills they can use immediately. 

What will be taught?
Students will learn the fundamentals of Java programming, including:
Writing and structuring Java code.
Understanding primitive data types and variables.
Mastering object-oriented programming principles like inheritance, polymorphism, and encapsulation.
Developing skills to handle errors, implement interfaces, and create reusable code.

What topics will you cover?
This course will cover the following key topics in-depth:

Introduction to Programming: Basics of programming and computational thinking.
Primitive Data Types and Variables: Core Java data types and how to store and manipulate data.
Arithmetic Expressions and Arrays: Performing calculations and organizing data effectively.
Conditionals and Loops: Making decisions in code and automating repetitive tasks.
Object-Oriented Programming Principles: Encapsulation, abstraction, inheritance, and polymorphism.
Classes, Objects, and Methods: Building modular and organized code.
Inheritance and Polymorphism: Enhancing code reusability and scalability.
Handling Exceptions and Interfaces: Writing robust and error-free code with clear contracts.
Abstract Classes and Overriding/Overloading: Advanced OOP techniques to enhance flexibility and efficiency.
Access Modifiers and Static Elements: Controlling access and sharing resources effectively.

How is your class structured?
The course is divided into modules, each focusing on a specific topic. Each module includes:

Lecture: 
A clear explanation of key concepts, often accompanied by slides.

Interactive Discussion: 
Students are encouraged to ask questions and share their thoughts during lessons.
Hands-On Coding: Students will write code in every session, working on exercises and mini-projects to apply what they’ve learned.



Project-Based Assignments: 
Each topic concludes with a small project that ties the lessons together, allowing students to practice skills in a real-world context.

How will you teach?
My teaching style emphasizes active engagement and critical thinking. I use the Socratic method, asking thoughtful questions to guide students in discovering answers themselves. Lessons are interactive, combining live demonstrations, coding challenges, and real-time feedback. I also use relatable examples to help students connect abstract concepts to practical applications.

What’s your teaching style?
I focus on creating an engaging and supportive learning environment where students feel comfortable exploring and making mistakes. My approach blends:

Interactive Discussions: Encouraging curiosity and questions.

Hands-On Learning: Emphasizing "learning by doing" through coding exercises.

Personalized Guidance: Providing one-on-one feedback and support to ensure students understand each concept.

How much will learners get to interact with you?
Students will have ample opportunities to interact with me during the class:

Live Lectures: Interactive discussions where students can ask questions in real time.
Hands-On Exercises: I’ll provide guidance as students code and troubleshoot during lessons.

Projects: Opportunities for collaborative learning with my active involvement.

Q&A Sessions: Dedicated time for students to clarify doubts and deepen their understanding.

Feedback on Projects: Detailed and constructive feedback on assignments to help students improve

Sources.

We will leverage my custom built web-based coding editor to learn. To see a demo, please watch my video posting.  You will not need to install or download anything to get started. Thanks