DevOps Engineers are among the most in-demand and well-paid jobs in the IT business. It is used in both product and service industries since it saves the majority of automated procedures. It is an excellent tool for IT workers. The DevOps Engineer Masters Program will teach you how to use tools like Puppet, Nagios, Chef, Docker, Git, and Jenkins to master DevOps principles like CI/CD, Continuous Monitoring, and Continuous Delivery. Linux, Python, Docker, AWS DevOps, and Splunk are among the topics covered. The DevOps Engineer certification training course curriculum was built after conducting significant research on 5000+ job descriptions from around the world to ensure that you become a qualified DevOps expert.
Pursuing a PG in DevOps course will not only help you get started in DevOps, but it will also aid you to advance in your profession. You may learn about a variety of popular DevOps tools in depth.
And here in Simplilearn, we offer a perfect platform to pursue PG in DevOps, and to learn more about DevOps.
But before pursuing a career in DevOps, let’s quickly learn and explore the course, which is outlined below.
DevOps Definition
The terms Development and Operations are combined in DevOps. It’s a step beyond agile software development. It produces a culture, the necessary methods, and toolset that allows the development and operations teams to interact and work together. DevOps is a set of values, methods, and technologies that improve a company’s capacity to produce applications faster and at a higher quality.
DevOps is a set of technologies and processes that help businesses improve their efficiency and effectiveness. It’s gaining traction because it helps businesses to provide high-quality solutions faster than traditional software development approaches. Those wishing to enter the IT field in today’s job scenario should be familiar with DevOps, DevOps tools, and best practices in order to have a head start. DevOps has a great and promising future.
DevOps is a strategy for managing production environments that simplifies communication between software developers and IT workers. It also entails merging development and operations into a single continuous process for releasing software and infrastructure modifications. Companies can use DevOps to provide software and security updates to clients and internal teams fast.
Why pursue PG in DevOps?
DevOps is among the most in-demand and well-paid specialisations in the IT business. It is used in both product and service industries since it saves the majority of automated procedures. It is an excellent tool for IT workers. Here are some of the most compelling reasons to pursue PG in DevOps:
- DevOps is essential to deliver digital services at high speeds and with high quality; hence it is a key component of effective digital transformation.
- Globally, the DevOps industry is expected to reach $12.85 billion by 2025, rising at an 18.6% CAGR.
- According to Google Trends, ‘DevOps’ searches have increased by 800% in the last five years, indicating more job prospects.
- In India, a typical DevOps engineer’s compensation is between ₹6 and ₹8 LPA, with experienced experts with over 10 years of experience earn between ₹25 and ₹50 LPA.
How does DevOps work?
The development and operations teams no longer have to work in isolation under the DevOps approach. The engineers from both teams have been consolidated into a single team that works on the whole application cycle, from development to testing to deployment.
The DevOps team employs best practices to automate procedures that have previously been manual and slow. The team employs a variety of technologies and tools to develop and operate trustworthy applications in less time. The technologies also aid DevOps engineers in accomplishing tasks (such as code deployment) that might otherwise require assistance from other teams.
What are the benefits of pursuing PG in DevOps?
- DevOps professionals are among the highest-paid IT workers, and their demand is expanding quickly.
- The entire delivery period is shortened as a result of enhanced teamwork and a continuous delivery approach. As a result, features are delivered faster.
- Because DevOps is based on the Agile programming style, problems are better fixed and rapidly controlled, allowing for more innovation.
- Because there is a high level of collaboration among team members, project managers find it easier to manage projects.
- Managing the entire development and operations process improves team flexibility and agility.
Future of DevOps in various industries
The DevOps methodology has changed software development. DevOps now uses technologies like Machine Learning and Artificial Intelligence to discover and solve problems before an application or software is launched. The use of machine learning along with artificial intelligence in DevOps allows firms to implement automation in a much more controlled manner. The future of DevOps is bright. The demand for DevOps workers will continue to expand as more firms adopt the concept.
Let’s discuss the future of DevOps in different types of industries and understand where the best possibilities lie.
● DevOps in the security field
The realm of security is unique in that the more you automate, the more likely you are to automate problems as well. Hence, any automation in this area must be inherently managed, which opens up a lot of possibilities for DevOps.
● AI/ML in the DevOps Framework
The DevOps methodology, cloud-native approach, and microservices architecture have transformed the software development life cycle. DevOps combines testing and production environments, allowing developers to see issues before they go live. Applying AI and machine learning to DevOps pipelines can help you perform builds and automation in a much more efficient and controlled manner.
● Container technology
Container technology is developing at a faster rate than ever before. Containers can be utilized in a variety of ways to achieve various goals. This concept opens up a world of possibilities for boosting user security, system security, and user analytics. Container deployment will become more cost-effective as containerization technology develops.
● Platform as a service
Platform as a service (PaaS) is a rapidly expanding field with numerous DevOps applications. Gone are the days when developers had to worry about putting together a whole application architecture. DevOps has a lot of applications offering PaaS solutions. Who knows, maybe in the future, technology may advance to the point where developers will only need to designate a few markers or entry points in their program, and that will be enough for it to be hosted or deployed on its own.
I hope that the reasons listed above have convinced you to pursue your dream PG in DevOps program. Start learning today to make use of the huge demand for DevOps professionals in the current market.