In summary, the position of a Junior DevOps professional offers an exciting opportunity to work with cutting-edge technologies, collaborate with diverse teams, and continuously learn and grow.
This role is ideal for individuals who enjoy combining their technical skills with problem-solving abilities and have a passion for optimizing software delivery processes.
As a DevOps engineer, you can expect a dynamic and rewarding career that will contribute to the success and efficiency of software development projects.
Responsibilities:
As a DevOps engineer, you would be responsible for collaborating with both development and operations teams to streamline software delivery, improve deployment processes, and enhance overall system reliability.
This role offers a unique blend of technical skills, problem-solving abilities, and collaboration, making it an excellent career choice for those who enjoy working at the intersection of development and operations.
A minimum of two years of relevant experience in DevOps or a related field is typically required.
A solid foundation in DevOps practices, tools, and workflows
Knowledge of Technologies:
Docker – Mandatory: Proficiency in operating and managing applications within a Docker environment, including understanding concepts such as images, containers, networks, and resource management.
Kubernetes – Mandatory: Proficiency in managing and operating a Kubernetes system for container management and automation. This includes familiarity with fundamental Kubernetes concepts such as pods, services, configuration, and monitoring.
Helm charts – Mandatory: Proficiency in creating, managing, and deploying Helm charts, which are popular tools for managing the installation of applications and services on Kubernetes.
Git – Mandatory: Proficiency in using and managing Git, including version control, branching, merging, and managing source code history.
Jenkins – Advantage: Knowledge of configuring, setting up, and managing Jenkins, a popular tool used for building and managing CI/CD pipelines and automation processes.
Groovy – Advantage: Proficiency in the Groovy programming language is an additional advantage, as the language is widely used for scripting and automation processes in the DevOps environment.
Scripting in Linux Environment – Mandatory: Proficiency in writing scripts in a Linux environment, which is essential for automating tasks and managing systems.
PowerShell – Advantage: Knowledge of PowerShell scripting is an additional advantage, as it is commonly used for automation and management tasks in Windows environments.
Knowledge of Programming Languages – Advantage: Proficiency in programming languages such as Python, C#, and JavaScript is an added advantage, as it allows for more versatility in developing automation scripts and customizing DevOps workflows.
