Java Mastery 2024: Advanced Programming & Interview Insights

Java Mastery 2024: Advanced Programming Techniques and Interview Tips for Success in the Tech Industry

What you'll learn

Advanced Java programming techniques optimized for 2024.

In-depth understanding of the latest Java frameworks and libraries.

Mastery of advanced data structures and algorithms in Java.

Proficiency in multithreading and concurrent programming concepts.

Exploration of modern trends and updates in the Java ecosystem.

Insightful preparation for job interviews, including common interview questions and strategies for success.

Requirements

Eagerness to learn and a passion for mastering advanced Java programming concepts.

Basic computer literacy and familiarity with using a computer.

Dedication to practice coding exercises and assignments provided throughout the course.

Description

Are you ready to take your Java skills to the next level and stand out in today's competitive tech landscape? Welcome to 'Java Mastery 2024: Advanced Programming Techniques & Interview Insights' – your comprehensive guide to mastering Java programming and acing technical interviews with confidence.In this course, we delve deep into advanced Java concepts, equipping you with the knowledge and skills needed to tackle complex programming challenges with ease. From advanced data structures and algorithms to multithreading and performance optimization, you'll gain a solid understanding of the inner workings of Java that will elevate your coding prowess.But mastering Java isn't just about writing code – it's also about navigating the job market with finesse. That's why we provide invaluable insights into the technical interview process, sharing insider tips and strategies to help you showcase your skills and land your dream job. From resume optimization to whiteboard coding practice, we've got you covered every step of the way.Whether you're a seasoned Java developer looking to sharpen your skills or a budding programmer aiming to break into the industry, 'Java Mastery 2024' is your ultimate resource for success. Enroll now and unlock the full potential of Java programming in the ever-evolving world of technology.

Overview

Section 1: Introduction to Java

Lecture 1 Course Curriculum

Lecture 2 IDE Installation

Section 2: Java Basics

Lecture 3 Variables

Lecture 4 Primitive Data Types

Lecture 5 String

Lecture 6 Casting

Lecture 7 Operators, Operands and Expressions

Lecture 8 Programing Exercise - Java Basics

Section 3: Conditional Statements

Lecture 9 if-else Statement

Lecture 10 Ternary Operator

Lecture 11 Scanner

Lecture 12 Programing Exercise - if-else

Lecture 13 Operator Precedence and Operator Challenge

Lecture 14 The switch statement

Lecture 15 Programing Exercise - switch

Lecture 16 The for Statement

Lecture 17 Programing Exercise - for

Lecture 18 The while and do while statements

Lecture 19 Programing Exercise - while and do-while

Section 4: Java Classes and Objects

Lecture 20 Classes and Objects

Lecture 21 Constructors

Lecture 22 Methods

Lecture 23 Classes and Objects - Coding Challenge

Lecture 24 Instance vs. Static Members

Lecture 25 Instance vs. Static Members - Coding Challenge

Section 5: Object-Oriented Programming

Lecture 26 Inheritance

Lecture 27 Polymorphism

Lecture 28 this vs super

Lecture 29 Inheritance and Polymorphism - Coding Challenge

Lecture 30 Encapsulation and Access Modifiers

Lecture 31 Encapsulation and Access Modifiers - Coding Challenge

Lecture 32 Abstraction and Abstract Classes

Lecture 33 Abstraction and Abstract Classes - Programming Challenge

Lecture 34 Composition

Lecture 35 Composition - Programming Challenge

Lecture 36 Interfaces

Lecture 37 Interfaces - Programming Challenge

Section 6: Arrays

Lecture 38 Arrays Introduction

Lecture 39 Using java.util.Arrays (sort, fill, copyOf )

Lecture 40 Arrays Challenge Exercise

Lecture 41 Variable Arguments

Lecture 42 Two-Dimensional Arrays

Lecture 43 Multi-dimensional Arrays

Section 7: Collections Framework

Lecture 44 ArrayList

Lecture 45 Iterators

Lecture 46 Enum

Lecture 47 HashMap

Lecture 48 Set Interface

Section 8: Exception Handling

Lecture 49 Try-Catch Blocks

Lecture 50 finally

Lecture 51 Creating Custom Exceptions

Lecture 52 Custom Exceptions - Practical Coding

Section 9: Generics

Lecture 53 Generic Classes

Lecture 54 Generic Methods

Section 10: Inner Classes

Lecture 55 Static Nested Classes

Lecture 56 Inner Classes

Lecture 57 Local Classes

Section 11: Regular Expressions

Lecture 58 Methods that use Regular Expressions

Lecture 59 Using Pattern and Matcher

Section 12: File Handling

Lecture 60 Reading and Writing Files in Java

Lecture 61 File Input/Output Streams

Lecture 62 Buffered Input/Output Streams

Lecture 63 Serialization and Deserialization in Java

Section 13: Threads

Lecture 64 Thread Creation and Execution

Lecture 65 Interacting with a Running Thread

Lecture 66 Multithreading

Section 14: Date and Time API

Lecture 67 Introduction to Date and Time API

Lecture 68 Dates and Times - Coding Challenge

Lecture 69 Introduction to ZonedDateTime and OffsetDateTime

Lecture 70 ZonedDateTime and OffsetDateTime - Coding Challenge

Section 15: Annotations

Lecture 71 Built-in Annotations

Lecture 72 Reflection in Java

Section 16: JDBC (Java Database Connectivity)

Lecture 73 Connecting to a Database using JDBC

Lecture 74 Executing SQL Queries with JDBC

Section 17: Unit Testing with JUnit

Lecture 75 Introduction to Unit Testing

Lecture 76 Assertions in JUnit

Experienced Java Developers: Professionals seeking to deepen their expertise in Java programming, stay updated with the latest advancements, and refine their skills for career growth.,Intermediate Java Programmers: Individuals with some experience in Java programming who want to advance their knowledge and tackle more complex programming challenges.,Students and Graduates: Those pursuing a career in software development or computer science who wish to build a strong foundation in Java programming and prepare for future job opportunities.,Career Changers: Individuals transitioning into software development from other fields who recognize the importance of Java in the industry and want to acquire the necessary skills.,Enthusiasts and Hobbyists: Anyone passionate about learning Java programming, regardless of their background or professional goals, who wants to explore the language's capabilities and expand their programming repertoire.