Java Programing

About

Java's unique architecture enables programmers to develop a single application that can run across multiple platforms seamlessly and reliably. In this course, students gain extensive experience with Java and it object-oriented features. Students learn to create robust console and GUI applications.

This course introduces computer programming using the Java programming language with object-oriented programming principles. Emphasis is placed on event-driven programming methods, including creating and manipulating objects, classes, and using object-oriented tools such as the class debugger.

The course will includes over 500 examples and will conclude with several case studies. There will be some assignments which will give the students more understanding of the programming concepts.

Main course components

Variables and types of data
Loops and conditions
User interfaces
Arrays, and Lists, Sets, and Hash Tables
Generic and Generic Classes
Arrow Function (Lambda Function)
Methods- Classes and objects
Object inheritance and Interfaces
Collections
Introduction of Unit Testing
Creating and designing data types
Graphics
Event-driven programming
Introduction to group programing using GitHup

Course leader

Prof. Dr. Rand Kouatly is a senior international academic and executive leader, professor and researcher, with 20+ years of experience and deep understanding in higher education, education technology, corporate knowledge management and executive training.

Target group

This course is designed for current university students, working professionals and any individuals with an interest in learning how to program in Java and deepen their knowledge in the field of computer science. Participants from all fields and disciplines are welcome!

Course aim

Learning goals

After this course you will be able to understand basic concepts of writing a computer program with the programming language Java. In this course the student will:

Learn the basics of modern programming in Java
Apply the acquired knowledge directly in practical tasks
Know the meaning and functions of algorithms and their possible applications
Apply object-oriented programming, design methods, and principles
Are able to apply the basic principles and methods for the design, implementation, and analysis of algorithms
Understand complex data structures such as lists and trees
Identify the exceptions and ensure the exceptions' handling through programming
Identify and apply Python modern libraries to support programming methods
Learn standard input and output, and access to standard streams, files’ streams and objects’ streams

Fee info