Java Programming Certification
What is a Java Bootcamp?
At GCU, the Undergraduate Certificate of Completion in Java Programming is a quick and immersive experience called a Java Bootcamp. Students will earn a certificate that proves they have the requisite knowledge to break into Java programming. This fast-paced course of study includes studying and direction application of:
- Java object-oriented techniques
- Java-driven software development
- Application creation using software engineering methods
- Writing new code and refactoring existing code
The Benefits of Earning Your Java Programming Undergraduate Certificate
Java is an in-demand programming language that powers applications and the web. It runs on billions of devices and platforms. Java programming is a backbone of Android applications.
Grand Canyon University students who complete the Java programming undergraduate certificate are prepared for careers related to computer and app programming. They have the skills to write, revise and update website applications and coding algorithms. During their time at the GCU Java Bootcamp, students also learn to analyze and validate data.
Students will be able to build applications and develop an acquaintance with:
- Scripting languages
- Build tools
- Version control software
- Licensing constraints
In addition to this well-rounded technical skillset, GCU students also obtain skills in professional communications. They learn how to conduct themselves in their future technology career.
How Long Does it Take to Earn a Java Certificate as an Undergrad?
The Java Bootcamp program at GCU takes 16 weeks (or four months) to complete. During that time, students will complete practical, hands-on coursework in classes covering three important domains:
- Information systems
- Professionalism and Ethics
Develop High-Demand Skills in Java Programming
A Java undergraduate certificate program, like the one offered by the GCU College of Science, Engineering and Technology, is highly technical. Students are immediately immersed in coding and programming challenges. Though the timeframe of a Java Bootcamp is quick, the learning is in-depth and practical. Students in this program learn:
- Fundamental Java concepts, algorithms and syntax
- Problem solving techniques in the programming language
- Software development skills
- Machine architecture and data organization
- Interfaces, event and exception handling
- Java I/O and collection framework
- Concepts, tools and frameworks of Open source software development
Explore Professions with an Undergraduate Java Certificate
Software development is a growing field. The Bureau of Labor Statistics projects that the number of jobs requiring software developers will increase by 24 percent by 2026. Meaning, a certificate in Java Programming is an investment in a long, successful career.
Graduates of the Java certificate program from GCU may seek career opportunities such as:
- Java developer
- Computer programmer
- Software developer
- Software engineer
- Information security analyst
- Computer system analyst
- Computer network architect
Program Core Courses
This course introduces the fundamental concepts and syntax of the Java programming language. The course focuses on object-oriented techniques in Java with an emphasis on problem solving and fundamental algorithms.
This course focuses on software development using the Java programming language. The course exposes the relationships between machine architecture and data organization through Java-based projects, including algorithmic machines. Prerequisite: CST-105N.
This course covers user interfaces, event and exception handling, Java I/O, and the collection framework. Students build applications using software engineering methods including design models and implementation/testing strategies, while learning to assume professional responsibilities. Prerequisite: CST-135N.
This course covers the concepts, tools, and frameworks of Open Source software development. Using open source operating systems like Linux, students develop an acquaintance with compilers, scripting languages, frameworks, build tools, APIs, version control software, and their licensing constraints. Students also learn how to participate in and contribute to open-source projects. Prerequisite: CST-135N or CST-235N or BIT-210.