DevOps Classes in Pune | DevOps Course In Pune

Before enrolling, you can watch a recorded demo session to evaluate the quality of the course content and the instructor’s teaching style.

As the business world is going on the cloud and there is a need for constant updates to software and hardware, recruiters are looking for developers who have experience with DevOps practices and are in high demand.

After completing AWS Cloud Computing training, it is recommended to continue learning DevOps, as it can enhance your skills and make you a more valuable asset to organizations. DevOps and AWS are complementary to each other.

DevOps is a relatively new field to switch to if you are already working as an AWS architect or developer. It will be a very good step in my career.

Depending upon the organization, a DevOps practitioner may be called a system engineer, automation architect, automation engineer, release manager, integration specialist, developer-tester, security engineer, or DevOps architect. DevOps will develop alongside the software sector and provide many jobs.

DevOps will be crucial, difficult, and powerful for years. If this trend and career path attract you, try AWS DevOps. It is a good combination to start a career in DevOps.

Terraform is an Infrastructure as Code service tool. With the software sector, DevOps will flourish and provide more jobs.

For years, DevOps will be crucial and difficult. It can manage both cloud service providers and custom in-house solutions at the same time. It lets you make setup files for the parts of an app (or a data center).

We’ll learn how to use Terraform’s core features with DevOps during the course (at Technogeeks!).

Docker allows you to run many programs on a Linux kernel. This lets you make software units called containers that are small, movable, and self-sufficient.

With containers, you can put together all the parts of an app into a single block that can be quickly deployed and scaled on its own. They make it easier to move apps from one computer to another and even between cloud systems.

This self-sufficient software, Docker Images, contains everything needed to run a particular application. These images can be deployed anywhere there’s a Linux system running.

Docker creates portable applications. There is no need to download anything to develop and test your app. Just download the picture and start writing.

Kubernetes simplifies running and controlling containerized programs. It automates container creation, upgrading, and management.

Kubernetes makes large-scale app management very easy. It helps them remain online and function properly if anything goes wrong or changes.

Using Kubernetes, developers can focus on writing their code while the platform takes care of the underlying infrastructure and scaling needs.

DevOps is an open-source system management tool. Configuration management is automated with Puppet. It is built with Ruby DSL (domain-specific language). It allows IT administrators and system engineers to deploy, configure, and manage the large-scale infrastructure efficiently and effectively. Reduces server management time and effort.

Puppet lets developers configure hundreds of servers with one command.

It can also monitor and guarantee system compliance with business regulations. The puppet agent and server communicate securely and are encrypted.

It is easy to deploy it on different platforms, like Linux and Windows. It supports IBM mainframes, Cisco switches, and Mac OS servers.

A complete set of APIs integrates it with other systems and apps.

DevOps engineers play one of the most important roles in software development today for continuous software updates.

1. DevOps engineers ensure that all project components meet team objectives throughout software development.

1. They make sure that the software development life cycle has the right processes, tools, and methods in place to meet all of its goals. Everything from developing code and putting it online to operating it and adding features

DevOps engineers typically require a mix of technical and soft skills, including:

1. Strong knowledge of Linux/Unix administration
2. Experience with automation and configuration management tools (such as Ansible, Puppet, or Chef)
3. Understanding the software development lifecycle and Agile methodologies
4. Docker and Kubernetes expertise
5. Knowledge of AWS, Azure, or Google Cloud
6. Experience with continuous integration/continuous deployment (CI/CD) pipelines
7. Networking concepts and protocols
8. Strong scripting skills (e.g., Python, Bash)
9. Collaborate with development and operations teams.
10. Good problem-solving and critical thinking skills
11. Excellent communication and interpersonal skills.

The DevOps role’s duties, industry, and organization may determine the skill set needed.

Following are the key components of DevOps that help deploy the software easily:

Continuous Integration (CI)

Tools used: Jenkins, Travis CI, CircleCI, and GitLab CI/CD

Quality Improvement: CI enhances software release quality.

Frequent Integration: Code changes are frequently integrated into a central repository.

Automated Processes: Automated builds and tests are executed.

Early Issue Detection: Identifies conflicts and errors early, aiding resolution.

Efficiency Boost: Speeds up development, reduces risk, and enhances efficiency.

Continuous Deployment (CD)

Tools used: Jenkins, Travis CI, CircleCI, GitLab CI/CD, AWS CodeDeploy, Azure DevOps, and Heroku.

Code Pipeline: Continuous deployment offers a seamless code pipeline for deployments.

Risk Reduction: Minimizes errors and downtimes in different environments.

Consistency and Predictability: This ensures consistent and predictable deployment processes.

Enhanced Software Quality: Improves the overall quality of software releases.

Infrastructure as Code (IaC)

Tools used: Terraform, CloudFormation, Ansible, Puppet, Chef

Efficiency and Consistency: Code and automation tools enhance efficiency and consistency.

Error Reduction: Minimizes the risk of errors in provisioning, configuration, and scaling.

Resource Flexibility: Eases resource provisioning, configuration, and scaling.

Enhanced Collaboration: Improves collaboration between development and operations.

Unified Management: Infrastructure configurations are versioned with application code.

Monitoring and logging

Used Tools: Nagios, Zabbix, Datadog, New Relic, and ELK Stack (Elasticsearch, Logstash, Kibana).

The collection and analysis of system and application performance data to quickly identify and resolve issues, ensuring that applications function optimally.

Microservices

Used Tools: Docker, Kubernetes, Mesosphere DC/OS

An architectural approach that breaks down an application into smaller, independent services, making it easier to develop, deploy, and maintain individual components.

Automated Testing

Used Tools: JUnit, Selenium, TestNG, and Cucumber

By making sure that new features don’t break current systems, automated testing improves the quality and stability of software.

Collaboration and communication

Used Tools: Slack, Microsoft Teams, Jira, GitHub

Good teamwork and communication among development, operations, and other teams create a culture of cooperation and efficiency.

Containerization

Used Tools: Docker, Kubernetes, Mesosphere DC/OS, OpenShift

Putting apps and the things they need into containers makes it easier to launch and control them. This also makes it easier to scale up and move around.

1. DevOps engineers manage system and service performance, availability, and security.
2. DevOps needs to investigate and resolve technical issues, provide Level 2 technical support, perform root cause analysis for production errors, build tools to improve the customer experience, and develop software to integrate with internal back-end systems.
3. DevOps are expected to deeply understand the CI/CD technologies and agile processes used in the software development life cycle, including continuous integration, automated testing, and deployment.
4. DevOps sometimes needs to work with other engineers to develop new features and technologies.

DevOps engineers in Pune are expected to have a strong understanding of the various tools and technologies used in the DevOps space.

You must understand:

• source code
• automation
• cloud computing 
• containerization

DevOps engineers must also know Kubernetes and Docker: application development and deployment frameworks.

System security and compliance are equally important for DevOps developers.

If you search “DevOps engineer jobs in Pune” on Google, you will find there are 298 job openings and more than 3000+ vacancies for various DevOps jobs.

You can also check the “Job Openings” page for “DevOps Jobs” for the students who enrolled in or completed our DevOps classes in Pune or online DevOps training.

The DevOps course with placement training provides students with the necessary skills to become a DevOps practitioner. In this course, you will get a better understanding of:

• How to automate tasks
• Create infrastructure using code.
• Manage configurations
• Coordinate processes
• How to work with containers
• Work with cloud systems.

You will also learn to communicate, collaborate, and work together.

After completing the DevOps course, students can appear in a mock interview with working professionals to prepare for interviews.

Technogeeks placement assistance provides students with fast-forward contact with the companies where openings are open.

Any successful software development project requires DevOps tools as an important component.

The following are common DevOps tools that developers use:

1. Jenkins is a CI/CD platform that speeds up software development, testing, and deployment.
2. Docker is a platform for containerization, so basically, it helps teams split application processes into separate containers, making the management and scaling of applications easier.
3. The open-source DevOps tool Puppet lets teams set up and maintain server settings.
4. Ansible automates IT tasks using configuration management and orchestration.
5. Terraform helps teams manage and develop cloud infrastructure using infrastructure as code (IaC).
6. The AWS cloud computing platform lets teams create and manage cloud apps.
7. Open-source Nagios lets teams monitor and troubleshoot system performance.
8. Git is a version control system that allows teams to track and manage changes to code over time.

Teams can build, deploy, and maintain software quickly and efficiently using these tools.

DevOps requires scripting for task automation and code repository management.

DevOps pros may automate activities and manage code repositories using it.

With ever-changing technology, landscape scripting enables DevOps professionals to keep their applications and systems up and running efficiently.

DevOps engineers in India are among the highest-paid professionals in the IT industry. Recent salary forecasts show that a DevOps engineer in India may earn 6.0 lakhs per year (from 4.2 lakhs to 12.5 lakhs). These are some of the highest-paying IT jobs.

Senior DevOps engineers can expect to earn even more, with the highest reported annual salary of Rs 45 lakhs. The top 10% of DevOps engineers make over ₹32 lakhs annually. The top 1% earn over ₹42 lakhs annually.

The time it takes to learn DevOps is determined by factors such as your past knowledge and expertise, the level of the topics addressed, and the learning materials accessible. 

DevOps is not a single technology. 

Tools + technologies + processes to automate and optimize software delivery and operations = DevOps. 

You can learn the basics of DevOps in just a few days. However, understanding the complete DevOps ecosystem will take months of practice and experience.

The time it takes to learn DevOps is determined by factors such as your past knowledge and expertise, the level of the topics addressed, and the learning materials accessible. 

DevOps is not a single technology. 

Tools + technologies + processes to automate and optimize software delivery and operations = DevOps. 

You can learn the basics of DevOps in just a few days. However, understanding the complete DevOps ecosystem will take months of practice and experience.

DevOps, as the name implies, refers to the collaboration of Development and Operations Teams. You must learn standard code from the top institute to participate in DevOps. Although extensive coding skills are not required, a necessary coding environment is tempting. Other DevOps technologies are needed to copy and compose queries in a particular language.

There are various reasons as to why opting for DevOps as a career option can be beneficial. First of all, roles associated with DevOps are high on demand. You can expect your day-to-day operations to be exciting, challenging, and learn every day throughout your career if you’re passionate about Information Technology. Thirdly, with time, you can expect to make good progress both in terms of your designation and salary.

A person going for the DevOps field should have the knowledge of following languages.

• Python
• JavaScript
• Ruby
• C/C++
• Perl
• SQL
• PHP
• Java 
• Bash 
• Scala

A person going for the DevOps field should have the knowledge of following languages.

• Python
• JavaScript
• Ruby
• C/C++
• Perl
• SQL
• PHP
• Java 
• Bash 
• Scala

Yes. If you complete the necessary training for DevOps, then you can become a DevOps Engineer even as a fresher. Although, you will be facing many experienced people. You must know many DevOps tools to become a DevOps Engineer. And must be able to use various technologies like deployment, testing, and development. 

DevOps integrates cultural ideas, practices, and technologies to improve an organization’s capacity to provide applications and services at high velocity: changing and enhancing products quicker than traditional software development and infrastructure management procedures.

It’s not simple to learn DevOps and AWS. It necessitates a familiarity of fundamental DevOps ideas, AWS technologies and programming languages.

This is why we at Technogeeks created this course! This DevOps on AWS course breaks down basic DevOps and AWS ideas and expands on them to teach you how to write using DevOps and AWS, as well as test and deploy your apps on the cloud platform.

AWS Devops Engineer salaries in India range from 3.9 Lakhs to 12.0 Lakhs per year, with an average yearly income of 6.0 Lakhs.

Yes. If you complete the necessary training for DevOps, then you can become a DevOps Engineer even as a fresher. Although, you will be facing many experienced people. You must know many DevOps tools to become a DevOps Engineer. And must be able to use various technologies like deployment, testing, and development. 

• AWS is a cloud vendor that provides various possibilities, including the ability to construct virtual machines with the majority of the functionality of a physical computer like hardware, networking and pre installed application applications like web servers and databases. 
• DevOps examines many components of the Development and Operations processes while seeking to expand infrastructure and reduce the SDLC (Software Development Life Cycle).

As a result, DevOps employs AWS services to automate processes like deploying application code, managing software release cycles and keeping track of how well your infrastructure and applications are performing.

Pune, oh, it’s known as the “student’s paradise” for some really good reasons. You see, this city has this amazing blend of rich educational opportunities and a vibrant, youthful culture. 

First off, there are world-class universities and colleges in Pune. The place is like an educational hub. 

You’ve got places like the University of Pune, which is a big name in itself, and then there’s the Film and Television Institute of India (FTII), which is renowned globally for cinema and television education. 

Some of the most visited attractions in Pune are: 

• Sinhagad Fort 
• Shaniwar Wada 
• BAPS Swaminarayan Temple 
• Aga Khan Palace 
• Saras Bag 
• Pashan Lake 
• Khadakwasla Dam

With a student-friendly environment, it’s no wonder they call it a “student’s paradise.” 

Students from all over the country flock to Pune to enroll in various programs. And it’s not just about the University of Pune; there are numerous other institutions that provide a wide range of courses, like Technogeeks. 

The legacy of education in Pune is truly rich, and that’s why students come here for a promising future.

But Pune isn’t just about academics. Making it a hotspot for professionals, the city offers excellent job opportunities. 

It’s considered the second-largest IT hub in India, so tech enthusiasts find their haven here. 

And let’s not forget the weather. Pune boasts a lovely climate throughout the year, which is quite a relief compared to some other cities with extreme temperatures.