Skills you'll gain: Software Engineering, Software Testing, Computer Programming, Java Programming, Computer Science, Web Development, Theoretical Computer Science, Computer Programming Tools, Full-Stack Web Development, HTML and CSS, Security Engineering, Software Architecture, Mobile Development, Computational Logic, Finance, Mathematical Theory & Analysis, Mathematics, Programming Principles, Entrepreneurship, Front-End Web Development, Leadership and Management, Operating Systems, Planning, Software Security, Supply Chain and Logistics, System Programming, Computer Networking, Data Management, Databases, Network Security, SQL, Statistical Programming, Communication, Journalism, Market Research, Research and Design
Intermediate · Specialization · 3-6 Months
Skills you'll gain: Computer Programming, Computer Programming Tools, Software Engineering, Entrepreneurship, Leadership and Management, Data Management, Problem Solving, Research and Design, Theoretical Computer Science, Data Analysis, Data Mining, Data Structures, Software Engineering Tools, Software Testing, Computational Thinking, Extract, Transform, Load, Marketing, Sales, Strategy, Strategy and Operations, Microsoft Excel, Operating Systems
Beginner · Specialization · 3-6 Months
Skills you'll gain: Agile Software Development, Computer Programming, Computer Programming Tools, Leadership and Management, Project Management, Scrum (Software Development), Software Engineering, Strategy and Operations, Entrepreneurship, Marketing, Sales
Intermediate · Guided Project · Less Than 2 Hours
Skills you'll gain: Computer Programming, Python Programming, Cloud Computing, Computer Programming Tools, Google Cloud Platform, Information Technology, Leadership and Management, Statistical Programming, Theoretical Computer Science, Computational Thinking, Cloud Management, Cloud-Based Integration, Software Engineering, Software Testing, Application Development, Cloud Platforms, Computational Logic, Data Structures, Entrepreneurship, Mathematical Theory & Analysis, Mathematics, Other Programming Languages, Problem Solving, Programming Principles, Research and Design, Software Engineering Tools
Beginner · Professional Certificate · 3-6 Months
According to the International Society of Automation, automation is “the creation and application of technology to monitor and control the production and delivery of products and services.” The ability to automate repetitive tasks is an important tool for businesses of all kinds to maintain efficiency and quality assurance, but it has become particularly important for IT administration and software development.
For example, IT professionals can use Python programming to automate common system administration tasks, including troubleshooting and debugging as well as scaling solutions using configuration management and the cloud. Application developers also use testing automation techniques for software testing and security testing, as it allows them to verify and validate program correctness across a vastly larger range of use cases than would be possible manually.
Because robust testing and quality assurance is essential for the launch of successful software products as well as the use of software solutions, automation skills are an important asset for many careers. According to the Bureau of Labor Statistics, software developers and quality assurance analysts and testers are commonly employed by software publishers, computer equipment manufacturers, computer systems designers, and data processing and other information service companies.
As of May 2019, BLS data shows these professionals earned a median annual wage of $107,510, an excellent salary commensurate with the importance of this work.
Yes, certainly. Computer science topics are among the most popular courses on Coursera, and software automation is no exception. Coursera offers courses for beginning students as well as intermediate and mid-career learners to help you apply automation techniques to problem solving in IT, software development, web application security testing, and more.
You also have options to learn about automation from top-ranked institutions like the University of Minnesota, industry leaders like Google Cloud, or even through hands-on, guided tutorials taught by experienced instructors as part of the Coursera Project Network. Regardless of what choice is the best fit for your needs, online learning with Coursera lets you view and complete course materials on a flexible schedule that can fit your existing career or family life.
The skills or experience you might need to already have before starting to learn automation may include having skills in computer processes, network troubleshooting, data coding, and scripting experience. You might also have a good understanding of how much automation is already around us, in our smart home appliances, in driverless cars, and automated lighting systems. Automation works with software written for computer systems and processes, to reduce or eliminate manual actions with the system. Being open and curious to learn new areas around automation and systems processes may also help you to learn more about automation.
Learning automation may be right for you if you have an understanding of computer processes and an interest in understanding the efficiency of a fully automated network system. You may know if learning automation is right for you if you find yourself developing code for repeatable instructions for a particular system or process. That’s what automation is intended to do, in order to reduce the chance of human error in IT system work. If you are passionate about all of these areas, then learning automation may be right for you.
The kind of people who are best suited for work that involves automation often have skills and prior experience working with mechanical equipment, hydraulic or pneumatic tools, embedded systems in electronic devices, and computer algorithms. These people may also be certified in Selenium to become certified professionals in Selenium automation testing. Additionally, those who work in automation generally must keep up with current industry practices in automation.
The topics you can study that are related to automation include learning about smart home appliances, automated systems in manufacturing, communications and control systems, device measurement and control, and plant maintenance and operations. Learning more about any of these topics can open you up to gaining new knowledge of automation principles.