Engage DevOps/SRE Engineers
In the capacity of a DevOps/SRE engineer, my aim is to amalgamate diverse means, methodologies and approaches indispensable to strike a balance amongst various phases of the software development cycle, such as initial coding, deployment, maintenance and upgrades. I endeavour to simplify the complexities by establishing a connection between the tasks required to promptly and competently update apps, ensuring they remain dependable.
The duties and aims of development and IT operations teams can often diverge. While developers endeavor to introduce new features into software, operations teams focus on ensuring its stability and unfaltering functioning. This is where DevOps/SRE engineers play a crucial role by leveraging their extensive skill set, such as data management, library modifications, leadership and effective team communication, in order to ensure seamless product launches. Moreover, in order to achieve success, DevOps/SRE engineers must possess a sound understanding of the basic principles of application development and delivery.
What tasks do DevOps/SRE engineers undertake?
The demand for DevOps/SRE engineers and a proficient DevOps workforce has been escalating. With a growing number of businesses relying on cloud services for their operations, there is an increased need for experts with the essential IT knowledge and skill set. A solid understanding of DevOps/SRE is vital for IT professionals seeking to establish or advance their career in this field.
With the mounting demand for swift and dependable resolution of IT issues, the prospects of DevOps/SRE engineering are exceedingly optimistic. The expertise of DevOps/SRE specialists is highly coveted and well-compensated. DevOps/SRE is an effective tactic that numerous IT companies have employed to furnish their clients with dependable and efficient solutions.
According to recent surveys and studies, the demand for DevOps/SRE professionals has been consistently increasing over the last five years, with market growth ranging from 40-45 percent. This shift is largely attributed to the growing reliance of businesses on digital technologies, which necessitates skilled personnel with expertise in DevOps/SRE. Therefore, DevOps/SRE has emerged as a pivotal role in the IT industry, rendering it one of the most sought-after jobs. Such projections highlight that DevOps/SRE will continue to hold significant promise as a field of employment in the future.
What are the responsibilities and obligations of DevOps/SRE engineers?
Before delving into how to secure a job as a DevOps/SRE engineer, it is crucial to comprehend the duties of such a role. In similarity to software engineers, DevOps/SRE engineers may also construct codes for applications. However, their responsibilities span beyond coding. DevOps/SRE engineers are required to implement automation for building, deployment and operation processes of the code continuously. They must also collaborate with other professionals in the organisation to ascertain that the software is integrated with automated processes to enable seamless functioning. A significant portion of their time is devoted to building and deployment, and they must keep relevant teams informed of their progress. In some cases, programming may be necessary to facilitate communication between development and operations teams.
Although the term “DevOps/SRE” can encompass a variety of job titles, there are specific responsibilities that they all have in common:
- Automation and infrastructure deployment
- Establishing CI/CD Pipelines
- The development and deployment of container orchestrators
- Collaboration with developers to design well-planned microservices architectures
- Formulate DevOps strategies (Blueprint of infrastructure and deployments)
- Providing recommendations and developing observability platforms for various teams.
- Guidance and recommendations on platforms and infrastructure for development teams
- Ensure the security of all workloads and infrastructure.
- Create specifications and documentation for server-side functionalities.
- The DevOps/SRE engineer evaluates existing technologies and develops plans and processes to foster growth and enhancement. The engineer must also be ready to quickly respond to any data-driven requests.
- IT solutions are developed, coded, constructed, installed, configured, and maintained.
- The DevOps/SRE engineer attends project planning meetings to offer perspectives on the system’s capabilities, potential risks, potential impacts, and a cost-benefit analysis. Additionally, they are accountable for conveying any operational needs and development projections.
- Code, processes, and deployments are tested to determine how they can be optimized and made error-free.
- Configuration management software is used to automate the deployment of updates and patches into the production system.
What are the ways to secure a role as a DevOps/SRE engineer?
Employers in the nearby region may favor candidates with tertiary qualifications in Computer Science and relevant work experience. A Senior Azure DevOps Engineer role requires a thorough understanding of either software development or system operations.
- Students can acquire both theoretical and practical expertise in this area by pursuing a degree in computer science with a specialization in software development. Moreover, any industry group and vendor certifications that students possess may be considered and assessed equally.
- Explore one or more cloud technologies such as Amazon Web Services, Google Cloud Platform, Terraform, or Microsoft Azure.
- Enhance your understanding of coding languages that are relevant to the industry.
- Below are the skills and processes you need to master to secure a successful DevOps/SRE role:
Requirements for becoming a DevOps/SRE engineer
To succeed in the realm of high-paying remote professions, the first step is to start learning the essential skills required for positions like DevOps/SRE. To ensure you have a thorough understanding of all necessities, let’s conduct a comprehensive analysis of everything that must be learned.
LinuxLinux is an open-source, Unix-based operating system (OS), offering an alternative to Microsoft Windows for those interested in pursuing a DevOps career. The vast range of open-source resources available for Linux makes it an excellent choice for gaining a deeper understanding of how operating systems operate and function.
Foundational programming skillsA background in development is not required to pursue a career in DevOps or Site Reliability Engineering (SRE). However, having a basic understanding of programming concepts, such as loops, variables, arrays, and lists, is critical. Familiarity with these principles is beneficial when it comes to reading and modifying code, as well as scripting and automating tasks. To gain the necessary proficiency, it is recommended to start with the basics of Python language as it is relatively easy to learn. As your skills progress, you can attempt more challenging tasks on platforms like Edabit that will help you attain an intermediate level. Once you have reached that level, you should be able to script and execute most automation tasks without difficulty.
Basic networking principlesBeing a network engineer is not a prerequisite to starting a career in DevOps. However, having a grasp of the fundamentals of networking is crucial. This entails knowledge of topics like IP addresses, differences between subnets and subnet masks, routes, distinctions between routers and switches, and virtual private clouds (VPC). It is vital to acquire a basic understanding of these subjects for debugging and eventually developing VPC protocols for cloud architecture.
GitGit is a distributed version control system that is widely used by software engineering and operational teams to manage code changes. It is highly recommended to dedicate some time to learning about Git and its concepts of branches, rebasing, merging, and other related topics. This will enable you to take full advantage of the system’s capabilities.
Basic knowledge of cloud platformsTo initiate your cloud-based journey, you have various platforms to select from. The three most prominent ones are Amazon Web Services (AWS), Google Cloud Platform (GCP), and Microsoft Azure. Although starting with AWS is a common recommendation since it is the most popular and frequently listed in job postings, it is also a highly competitive market.
ContainersContainers offer an efficient method to package and isolate running applications, creating more secure and predictable operating environments. As containers are frequently used in CI/CD pipelines, production workloads, and microservice architectures, it is crucial for individuals to have a solid grasp of them. Additionally, container orchestrators are often employed to manage and coordinate multiple containers, making them a vital tool in today’s technological landscape.
Software configuration and deploymentAs a DevOps/SRE Engineer working remotely, understanding software and application setup, as well as the deployment process, is crucial. A primary responsibility of a DevOps/SRE Engineer is to ensure that everything is functioning smoothly and efficiently, making knowledge of all processes from setup to deployment essential. Automating deployments and other tasks is necessary to enhance reliability, consistency, and deployment accuracy. To ensure successful deployments, a remote DevOps/SRE should be well-versed in cluster management technologies and containerization. Technologies like Puppet or Docker can be leveraged to modify and deploy the application in the production environment.
Understand infrastructure as code.Infrastructure as Code is an
What are the ways to secure a position as a remote DevOps/SRE engineer?
Working as an engineer can be highly gratifying. It is crucial to have a thorough understanding of programming languages, and it is recommended to practice until proficiency is achieved. Additionally, it is important to have a product vision in order to ensure that the team remains focused on the long-term objective. Effective communication skills are necessary for team members to coordinate and prioritise tasks in alignment with the end goal.
At Works, we understand that searching for a remote DevOps/SRE engineer job can be a challenging process. That is why we strive to make it easier for you by providing the best remote DevOps/SRE engineer jobs to help you progress in your career as a DevOps/SRE engineer. By joining our global network of highly skilled developers, you can access full-time, long-term remote DevOps/SRE engineer jobs that offer competitive salaries and excellent growth opportunities.
- Develop cloud-based security solutions of the highest quality and scalability.
- Research and implement cutting-edge security systems.
- Build CI/CD pipelines and ensure source code control management, among other responsibilities.
- Explore new technologies and techniques, and integrate state-of-the-art solutions.
- Collaborate in iterative and ongoing engineering cycles, with an emphasis on the quality of the code.
- Work in conjunction with other teams to ensure application efficiency, stability, and scalability.
- Bachelor’s/Master’s Degree in computer science, mathematics, information technology, or related field (or equivalent experience)
- Minimum of 3 years’ experience in DevOps/SRE engineering (exceptions based on skill level are allowed)
- Expertise in designing large-scale, multi-tenant cloud applications critical to the mission
- Proficient in general-purpose programming languages such as Python, Java, Go, Perl, C#, among others.
- Familiarity with various CI technologies like Jenkins, Travis, Azure DevOps, among others.
- Proficiency in English is necessary for collaborating with engineering management.
- Work full-time (40 hours per week) with a time difference of 4 hours from US time zones.
- Comprehensive understanding of cloud platforms including AWS, Google Cloud Platform, Azure, among others.
- An analytical mindset with a passion for solving complex problems
- Thorough knowledge of the fundamentals of the Linux operating system
- Mastery of Kubernetes, Docker, or other containerization technologies is a must.
- Understanding of high-performance, multi-threaded, multi-processed environments