Devops Engineer – BLR

Location: Bangalore - RTO, 5 days WFO

A DevOps engineer position will require at least a bachelor's degree in computer science, engineering, or information technology

Certified in the below courses and certifications.

• Azure/AWS DevOps Certifications
• Red Hat DevOps Certifications
• DevOps Institute Certifications

Basic Qualifications

• Professional software development experience
• Programming experience with scripting languages such as Bash, Python, Ansible
• Experience in deploying building large scale Java, Python web application with HA
• Experience in Cloud Environment and Tools

Description

Skilled DevOps Engineer with relevant years of hands-on experience supporting, automating, and optimizing mission critical deployments in on-Prem and Cloud setups, leveraging configuration management, CI/CD, and DevOps processes.

Key Skills

• Good hands-on knowledge of Source Code Management (Version Control System) tools like Git, Subversion etc.
• Proficient in developing Continuous Integration/ Delivery pipelines.
• Experience with automation/ integration tools like Jenkins, GitLab, Bamboo.
• Knowledge of major cloud service providers, like AWS, Azure, GCP.
• Good understanding of Infrastructure as Code (Programmable Infrastructure) CloudFormation, Terraform, and how you can achieve that by using tools like Puppet, Chef, Ansible etc.
• Hands-on knowledge of software containerization platforms like Docker and container orchestration tools like Kubernetes and Docker Swarm

Roles and Responsibilities

• Deployment, automation, management, and maintenance of OnPremise, cloud-based production system.
• Ensuring availability, performance, security, and scalability of production systems.
• Management of creation, release, and configuration of production systems.
• Evaluation of new technology alternatives and vendor products.
• System troubleshooting and problem resolution across various application domains and platforms.
• Pre-production acceptance testing for quality assurance.
• Provision of critical system security by leveraging best practices and solutions.
• Providing recommendations for architecture and process improvements.
• Definition and deployment of systems for metrics, logging, and monitoring.
• Designing, maintenance and management of tools for automation of different operational processes