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Mike Van Sickle

If your job brings you into contact with the cloud, then you are probably interacting with Go. This course will teach you all you need to create your own Go programs, including an introduction to Go’s concurrency mechanisms.

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If your job brings you into contact with the cloud, then you are probably interacting with Go. This course will teach you all you need to create your own Go programs, including an introduction to Go’s concurrency mechanisms.

Go has become the first language many companies reach when they need fast, scalable, and maintainable software for cloud-based platforms. In this course, Go Fundamentals, you’ll learn the fundamentals of Go software development. First, you’ll explore the core language, such as the use of variables and control flow. Next, you’ll discover how to organize Go programs to maximize their clarity and maintainability. Finally, you’ll learn how to optimize application performance using Go’s elegant concurrency mechanism. When you’re finished with this course, you’ll have the skills and knowledge of Go needed to write straightforward and performant applications.

What's inside

Syllabus

Course Overview
Getting Up and Running
Variables and Simple Data Types
Creating and Debugging Programs
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Taught by instructor(s) who are recognized for their work in Go software development
Ideal for professionals or students who want to build performant software for cloud-based platforms
Offers a comprehensive introduction to the core concepts of the Go programming language
Includes hands-on exercises and projects to reinforce learning
Covers topics such as variables, data types, control flow, and error management
In-depth coverage of Go's concurrency mechanisms

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Reviews summary

Go fundamentals: solid introduction, strong concurrency

According to learners, Go Fundamentals provides a solid and comprehensive introduction to the Go programming language, particularly excelling in its coverage of concurrency mechanisms, which many found well-explained and accessible. Students appreciate the clear explanations and logical structure, making it an excellent starting point for those new to Go, especially for roles involving cloud and backend development. However, some experienced programmers note a surface-level depth in certain areas and desire more hands-on coding challenges and real-world projects, suggesting it's best suited for beginners rather than intermediate learners seeking advanced applications.
A great starting point, though less suited for intermediate learners.
"It's a good intro, but be prepared to supplement with other resources if you want to truly master the topics."
"It's okay if you're an absolute beginner, but not for intermediate learners."
"The best Go course I've taken for beginners. It's comprehensive without being overwhelming."
"I would have liked more advanced topics or challenges, but for 'fundamentals' it serves its purpose."
Provides a robust introduction to Go's core language and structure.
"Excellent course for getting started with Go. The content is structured logically, starting from basics like variables..."
"Fantastic course! ... It provided a strong understanding of Go's unique features... perfectly aligned with real-world needs."
"Solid foundation for Go. I appreciated the logical flow from basic syntax to more complex ideas."
"The best Go course I've taken for beginners. It's comprehensive without being overwhelming."
Simplifies complex Go concurrency topics, making them understandable.
"The section on concurrency was particularly well-explained, making a complex topic accessible."
"The 'Concurrent Programming' part was a highlight, it truly demystified goroutines and channels for me."
"It provided a strong understanding of Go's unique features, particularly the error handling and concurrency models..."
"The explanations of 'Concurrency Mechanisms' were particularly strong and helped clarify a topic that can be daunting."
Some modules are brief, especially for experienced programmers.
"I felt it moved a bit too quickly through some critical areas, especially 'Object Orientation and Polymorphism'."
"The 'Testing' module was particularly brief."
"My only minor gripe is that some of the debugging sections felt a little basic..."
Needs more coding challenges and real-world projects for application.
"I wish there were more hands-on coding challenges to solidify the concepts immediately after each module."
"While it covers the topics listed, it often feels like a surface-level overview... I expected more challenging exercises."
"I agree with others that more practical exercises would enhance the learning experience, as theory alone isn't enough."
"There were a lot of explanations, but not enough chances to apply what was learned in actual coding scenarios."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Go Fundamentals with these activities:
Recall concepts from previous programming experience
Prepare for the course by refreshing your existing programming knowledge.
Browse courses on Programming Concepts
Show steps
  • Think back to your previous programming experience.
  • Recall concepts such as variables, data types, loops, and functions.
  • Identify areas where you need to refresh your knowledge.
Review Go syntax and data structures
Brush up on your Go basics to prepare for the course.
Show steps
  • Review the Go syntax guide.
  • Create a simple Go program to practice using variables, data types, and control structures.
  • Review the Go data structures documentation.
  • Implement common data structures like arrays, slices, and maps in your Go program.
Show all two activities

Career center

Learners who complete Go Fundamentals will develop knowledge and skills that may be useful to these careers:
Cloud Engineer
A Cloud Engineer designs, builds, and maintains cloud computing systems. Go is a popular language for building cloud-native applications, so a Cloud Engineer may benefit from learning Go. This course will teach the fundamentals of Go programming, including concurrency mechanisms, which are essential for building scalable cloud applications.
Systems Programmer
A Systems Programmer designs, develops, and maintains operating systems and other system software. Go is a popular language for building systems software because of its efficiency and reliability. This course will teach the fundamentals of Go programming, as well as how to optimize application performance using Go’s elegant concurrency mechanism.
Software Developer
A Software Developer builds, maintains, and improves software applications by writing code. Those who wish to become Software Developers must understand the fundamentals of software development, including variables, control flow, and data types. This course will help build a foundation by teaching about these concepts within the context of Go.
DevOps Engineer
A DevOps Engineer automates and integrates the processes of software development and operations. Go is a popular language for DevOps because it is efficient and can be used to build scalable, reliable systems. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining DevOps pipelines.
Web Developer
A Web Developer designs, builds, and maintains websites and web applications. Go is a popular language for web development because it is efficient and can be used to build scalable, reliable web applications. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing complex web applications.
Mobile Developer
A Mobile Developer designs, builds, and maintains mobile applications. Go is a popular language for mobile development because it is efficient and can be used to build scalable, reliable mobile applications. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing complex mobile applications.
Software Architect
A Software Architect designs, builds, and maintains software systems. Go is a popular language for software architecture because it is efficient and can be used to build scalable, reliable software systems. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex software systems.
Network Engineer
A Network Engineer designs, builds, and maintains computer networks. Go is a popular language for network engineering because it is efficient and can be used to build scalable, reliable networks. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex network systems.
Database Administrator
A Database Administrator designs, builds, and maintains databases. Go is a popular language for database administration because it is efficient and can be used to build scalable, reliable databases. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex database systems.
Security Engineer
A Security Engineer designs, builds, and maintains security systems. Go is a popular language for security engineering because it is efficient and can be used to build scalable, reliable security systems. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex security systems.
Game Developer
A Game Developer designs, builds, and maintains video games. Go is a popular language for game development because it is efficient and can be used to build scalable, reliable games. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex games.
Data Scientist
A Data Scientist uses data to solve problems and make predictions. Go is a popular language for data science because it is efficient and can handle large datasets. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing complex data science applications.
Artificial Intelligence Engineer
An Artificial Intelligence Engineer designs, builds, and maintains artificial intelligence systems. Go is a popular language for artificial intelligence engineering because it is efficient and can be used to build scalable, reliable AI systems. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex AI systems.
Machine Learning Engineer
A Machine Learning Engineer designs, builds, and maintains machine learning systems. Go is a popular language for machine learning engineering because it is efficient and can be used to build scalable, reliable machine learning systems. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex machine learning systems.
Data Engineer
A Data Engineer designs, builds, and maintains data systems. Go is a popular language for data engineering because it is efficient and can be used to build scalable, reliable data systems. This course will teach the fundamentals of Go programming, including how to organize Go programs to maximize their clarity and maintainability. This can be helpful when developing and maintaining complex data systems.

Reading list

We've selected nine books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Go Fundamentals.
Popular introductory guide to Go programming. It provides comprehensive coverage of the Go programming language and its features. It can be used as supplemental reading or as a primary textbook for this course.
Demonstrates how to write real-world, scalable software with Go. It's a good supplement to this course for practicing how to write effective production-ready code in Go.
Good reference on using Go. It common textbook in academic environments. This book can be used as either supplemental reading or as the primary textbook for this course.
Practical guide to Go programming which provides a friendly and accessible introduction to the language.
This useful book for learning how to use Go for web programming. It can be used as a good supplement to this course, especially if students want to learn web fundamentals.

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