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Java Programming Summer Camp (LA)

Technology Summer Camp in Los Angeles

Students in this summer course learn Java, one of the most powerful and high-level programming languages in the world. In fact, Java is the language most emphasized by universities within their computer science major.

This is a beginner course and is tailored for people who have little to no programming experience. Our instruction starts at the basics but quickly transitions into high-level programming topics such as object-oriented programming and recursion. By the end of the course, students reinforce what they've learned by creating an original portfolio-ready product using the Java language. 

More Summer Code Camps: This summer camp is also offered at our New Jersey and New York City locations! 

  • Small Classes
  • Computer Provided
  • Top Instructors
  • Free Retake

Get a Jump-Start on the AP Computer Science Course

Our activity-based summer program covers critical Java skills and techniques in a fun and exciting environment. Not only will you have a great summer, but you'll leave feeling prepared to take an AP computer science course in High School if you want to keep developing your skills! Learn from experts and become an experienced Java programmer before ever entering a college computer science class! 

Make Your College Application Stand Out

Summer programs are imperative to solidifying a strong college application. This immersive and exclusive program gives students a competitive advantage in both programming skills and in the potential to earn college credit. 

Instructor Helping Student Individually

Learn Useful Programming Concepts

In this class, students learn how to create and understand advanced programs using the Java coding language. Concepts covered in Java are immediately applicable to other software engineering and computer science contexts. 

Row of Students Learning

Work Toward Gaining College Credit

By learning Java, students will be prepared to take a Computer Science Advanced Placement class at their High School. If a student scores a 4 or 5 on the test, he/she is granted college credit. This bolsters your college application and helps you save money by enabling you to take advanced college courses as early as your first semester! 

Two Students Collaborating

Learn more about our Java Summer Course

Java is a high-level programming language first created by Sun Microsystems. It is a general use programming language and is the preferred choice by universities as the primary language for a computer science major. Java is used for software development, web applications, and applets.

Why Learn Java at NextGen?

Used by Fortune 500 Companies: Java is a powerful language that has less syntax than C++, which was formally used by most companies. Additionally, Java is an extremely portable language that can be easily used for other programming applications. On top of that, Java can be executed on a Mac or PC because of the Java Virtual Machine (JVM).

Fast & Optimized Performance: Java is a statically typed language, which means that it runs faster than a dynamically typed language because all variables are clearly assigned.

Prepare for AP & College Classes: Since AP Computer Science A focuses a great deal on Java, taking NextGen’s Java course will help students gain a head-start in their AP Computer Science course. NextGen’s first two weeks cover more than 75% of the entire AP Computer Science curriculum. Upon successful completion of AP Computer Science, students are able to place out of introductory courses in college!

Community: There is a notably large community of people who code using Java. The more people that use a language, the more updates it will have and the more solutions to problems and bugs will be posted online. Java is the second most used language on Stack Overflow and the second most tagged language on GitHub.

Who should attend our Java Summer courses?

Our Java summer course is open to all high school students with no math or coding pre-requisite necessary. This course is perfect for any student looking to gain some experience in the coding or engineering space. This camp will allow students to excel in their AP Computer Science classes and place out of entry-level college courses.

This course is also great for any college students looking to change or declare their major! The activities and material covered throughout the two-week course will help ease the transition into a Computer Science or Engineering major. 

Java Course Detailed Overview

  • Overview of Computer Science & Programming: Learn how programming languages work, history of programming, basic computer organization, and architecture.
  • Introduction to Coding: Learn how to write your first program, compile and run programs, and write terminal commands using Java & Javac.
  • Variables, Data Types, and Operators: Basic variable usage, variable types, data types, mathematical operators, and proper programming practices.
  • Control Flow: Learn how to branch and slip code, if- statements, loops, scope, nested loops, and enhanced for-loops.
  • Functions: Learn how to create repeatable code using functions, overloading, overriding, methods, and return value.
  • Arrays, Strings, and Dictionaries: Learn how to store data, initialize an array, index, manipulate strings, and understand how key-value pairing works.
  • Input/Output Files: Learn how to stream files, read different file formats, and format strings in order to redirect files.
  • Recursion: Learn how to program recursively, use Fibonacci numbers, as well as learn about the motivation behind using loops vs recursion.
  • Modular & Object-Oriented Programming: Learn about classes, encapsulation, inheritance, super-class, polymorphism, and learn how to navigate packages and understand abstract classes and method overloading.

Want to learn more than just Java? Check out our 4-week Software Engineering Summer Intensive, in which you'll learn Python and Data Science in addition to taking this Java course! 

Object-Oriented Programming

Object-oriented programming is a programming paradigm (style) that represents concepts as objects that have data fields (attributes that describe the object) known as properties and associated procedures (behaviors) known as methods.