‘DevOps’ is the amalgamation of two different methodologies, ‘development and operations.’ It is a very important development strategy required in companies to bridge the gap between software development and IT operations.
This development strategy helps organisations to regularly create and update their products. Whereas, traditional ‘waterfall’ development model used to take a lot of time. Today, DevOps is all about the automation and unification of the development processes.
This DevOps certificate course is focused on providing a comprehensive tour of the DevOps ecosystem. The student will be able to explore the entire software development process, which would result in scalability, rapid delivery, security, and collaboration. We will be designing an application with AWS to make them scalable and highly available.
LSET trainers will be sharing their decades of experience in DevOps Tools and Training to give you One to One guidance. You will be working on DevOps tools, Jenkins, Github, and Sonarqube, Docker to develop Continuous Integration Continuous Deployment that uses Jenkins, with sonarqube, Ansible, and docker. It is very important for the DevOps practitioner to understand the importance of auto-scaling and high availability and how these strategies are much better than traditional architecture.
We have also joined hands with relevant IT companies to provide you with the most updated syllabus according to the industry standards. This course will be helping IT practitioners, IT service managers, product owners, test engineers, application or service developers, and project/test/process managers.
Agile Development: DevOps engineers help teams organise work in shorter iterations, called sprints, to get through an increased number of releases. They also help map out the work that teams must complete in upcoming iterations, and incorporate feedback from each version of a software platform to address future issues.
Continuous Integration (CI): DevOps engineers make sure that new code coordinates properly with an existing codebase. It’s their job to ensure consistency in development and avoid the inclusion of components that would hurt performance and negatively affect users.
Continuous Delivery (CD): DevOps engineers oversee the continual delivery of new code via testing and automation. They look for ways to remove waste and ensure that code is consistently ready-to-deploy. DevOps engineers should understand how to leverage popular CI/CD tools like Jenkins to manage different aspects of continuous delivery.
Orchestration: One essential skill often relied upon by DevOps engineers is being able to analyse current practices and look for ways to improve efficiency by removing manual tasks. The orchestration process makes sure any repetitive steps performed by humans get transformed into an automated process to speed up deployments. Such functions include implementing database changes or launching a new web server.
Source / Version Control: Source control tools, also called version control tools, help DevOps engineers cut down on development time and improve their chances of having successful deployments. These tools facilitate the tracking and storage of any changes to software projects over different periods. Popular source control tools include GitHub, Subversion, AWS CodeCommit, and Microsoft Team Foundation Server.
Container Management: Containers make it easier for DevOps engineers to set up hosting of different applications in a portable environment. They let you create exact copies of a system required for deployment. Containers are more lightweight than the virtual machines used for this purpose in the past. Examples of popular container technology include Docker, Kubernetes, Microsoft Containers, and DigitalOcean. Using containers helps DevOps engineers ensure consistency across multiple environments.
Join the DevOps Engineer Certificate course to learn how to use Docker, Git, Chef, Jenkins, Nagios, Puppet, and more. LSET will teach about continuous development, continuous integration, continuous testing, continuous monitoring, and more.
*Modules of our curriculum are subject to change. We update our curriculum based on the new releases of the libraries, frameworks, Software, etc. Students will be informed about the final curriculum in the course induction class.
*Course Schedule is subject to change. Students will be informed about the final schedule in the course induction class.
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Infrastructure Management: DevOps engineers continuously monitor the different functions that go into app development and deployment. They make sure users have the access they need, that databases can scale to meet business demands, and oversee the management of different workflow processes. The role also calls for oversight of testing and automated deployments.
Automation Management: Modern DevOps typically involves the use of various automation tools to ensure the smooth delivery of code to different environments. DevOps engineers should understand how to wield automation to eliminate manual processes and add more efficiency to the software development life cycle.
Security Oversight: DevOps engineers ensure the security and integrity of any software deployed by the company. They look for and resolve any problems that could lead to breaches of confidential business data. DevOps engineers also collaborate with the cyber security team to ensure compliance with existing company protocols.
This course covers all the fundamentals about Docker software and teach you everything you need to know about developing and deploying modern applications with Docker software.
In the end of this course, you will gain in-depth knowledge about Docker software and general DevOps skills to help your company or your own project to apply the right docker workflow and continuously deliver better software.
DevOps is a software development and IT operations process that helps to improve the collaboration between developers and operators by automating the Deployment, configuration, monitoring, and management of applications.
DevOps evolved from the mindset of agile development, which takes a more collaborative and iterative approach to software development. It promotes continuous interactions and feedback between team members and stakeholders as they work to refine and improve a piece of software. Approaching application management from a DevOps perspective makes room for the continuous evolution of a project while promoting the partnership between IT development and operations areas – hence the moniker “DevOps.”
With DevOps, companies gain the ability to standardise how they approach application development while automating the delivery, security, and maintenance of various software products. It’s a way of breaking down the costly silos that often crop up in organizations of all sizes in application development.
Following are the steps involved in the LSET’s project-based learning;
LSET emphasises project-based learning as it allows the students to master the course content by going through near real-world work experience. LSET projects are carefully designed to teach the industry-required skills and mindset. It motivates the students on various essential aspects like learning to work in teams, improving communication with peers, taking the initiative to look for innovative solutions, enhancing problem-solving skills, understanding the end user requirements to build user-specific products, etc.
Capstone Projects build students’ confidence in handling projects and applying their newly learned skills to solve real-world problems. This allows the students to reflect upon their learning and find the opportunity to get the most out of the course. Learn more about Capstone Projects here.
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