Go is one of the fastest-growing programming languages released in the last ten years.  Get job-ready with Go today by enrolling now!

Go is an open source programming language created by Google. As one of the fastest growing languages in terms of popularity, its a great time to pick up the basics of Go!

This course is designed to get you up and running as fast as possible with Go. We'll quickly cover the basics, then dive into some of the more advanced features of the language. Don't be tricked by other courses that only teach you for-loops and if-statements! This is the only course on Udemy that will teach you how to use the full power of Go's concurrency model and interface type systems.

Go is designed to be easy to pick up, but tough to master. Through multiple projects, quizzes, and assignments, you'll quickly start to master the language's quirks and oddities. Go is like any other language - you have to write code to learn it! This course will give you ample opportunities to strike out on your own and start working on your own programs.

In this course you will:

Understand the basic syntax and control structures of the language
Apply Go's concurrency model to build massively parallel systems
Grasp the purpose of types, which is especially important if you're coming from a dynamically typed language like Javascript or Ruby
Organize code through the use of packages
Use the Go runtime to build and compile projects
Get insight into critical design decisions in the language
Gain a sense of when to use basic language features
Construct server-side applications using today's best practices
Understand servers, routing, restful applications, JSON, AJAX, templates, file servers, cookies, state, UUIDs, HTTP methods, HTTP response codes, sessions, Amazon Web Services, MySQL, MongoDB, load balancers, HTTPS & TLS, Docker, Containers, Virtual Machines, Google Cloud, and App Engine
Create web applications without using third-party frameworks.
Apply cutting-edge web development practices.
Build performant distributed applications that dynamically scale.