Kubernetes Developers

Hire Kubernetes Developers

Kubernetes (K8s), an open-source system for managing containerized applications, was among the initial adopters of Linux container technology pioneered by Google. Kubernetes facilitates the automation of deployment, scaling, and maintenance of container-based applications, making it an essential tool for modern-day software development.

Deploying Kubernetes in your environment offers numerous advantages, particularly if you are optimising app development for the cloud. Kubernetes provides a framework for scheduling and operating containers on real or virtual machine clusters (VMs). It allows you to fully embrace and rely on a container-based architecture in production scenarios. Moreover, Kubernetes is designed to automate operational tasks, enabling you to achieve similar results to other application platforms or management systems.

What role does Kubernetes development play?

The recent surge in the development of applications and the increasing acceptance of Kubernetes have made it the primary flow for software distribution and execution. This shift has necessitated a modernised architecture. Kubernetes has thus emerged as the cloud’s operating system, offering universality and a range of potential benefits to IT organisations and developers alike. In 2017, Kubernetes gained considerable traction, leading all major cloud providers to offer their own native Kubernetes services and inspiring the development of a multitude of container orchestration solutions built on its framework. For those seeking to work in a dynamic workplace and be rewarded with a competitive salary, getting acquainted with Kubernetes is a great way to open up new opportunities. With its growing popularity and potential for growth, Kubernetes may prove to be a valuable addition to any technical portfolio.

What are the duties and obligations of a Kubernetes developer?

As a Kubernetes developer, it is essential to have an understanding of how containers work in conjunction with the Kubernetes orchestrator during runtime. This knowledge is especially important when deploying applications in a containerized environment, as it eliminates the need for distinct development and production environments. While it is not necessary for developers to possess a comprehensive understanding of operations, having a basic comprehension of Kubernetes and the production environment is essential in order to become a productive member of a DevOps team. The primary duties of a Kubernetes developer include, but are not limited to, the following:

  • We need to create a continuous integration/continuous deployment (CI/CD) system using Jenkins, with multiple component pipelines capable of handling routine weekly releases and any additional, out-of-cycle releases that may be required. This system should be designed to ensure that builds, tests and deployments are performed in an efficient and timely manner.
  • Docker-based deployments, Docker image management, Docker Hub and Docker-registries, and Kubernetes experience
  • Lead the transition from manual configuration and deployment to Chef-based ‘infrastructure as code,’ including cookbook design and implementation.
  • You may use Chef Automation to develop and manage a large-scale deployment of RedHat Linux instance systems. This platform is an ideal solution for organisations that need to quickly and efficiently deploy and manage an extensive number of RedHat Linux instance systems. With Chef Automation, you can easily configure and manage complex system configurations, and reliably deploy them across all of your RedHat Linux instance systems.
  • Chef Recipes may be used to automate local user provisioning for Openstack and AWS cloud VMs.
  • Participate in the building of a Docker-based test environment, as well as the setup of such containers using Kubernetes.
  • Python and Jenkins were used to establish and manage build processes, as well as Kubernetes deployments and services for microservices.
  • Monolithic programs are being refactored into microservices and component-based architectures.
  • The OpenShift platform is used to manage Docker containers and Kubernetes clusters.
  • Maintaining Docker Images and Containers when working with Docker containerization on infrastructure.

How can I get started as a Kubernetes developer?

Kubernetes (K8s) is an invaluable tool for DevOps professionals and widely acknowledged as the foremost container management solution. It is pivotal to the cloud-native revolution and has the potential to scale without the need to increase the number of operations personnel. Professional accreditations and training can bolster resumes and draw the attention of employers. The official Kubernetes website provides Linux Foundation and training partner courses and certifications. According to the authorities, investing in such a career can help in the development of cloud native applications.

Kubernetes offers two certification programs to help users develop their skills: the Certified Kubernetes Application Developer (CKAD) course and the Certified Kubernetes Administrator (CKA) course. The CKAD course is designed for intermediate-level users and provides them with the knowledge needed to develop, construct, configure, and expose cloud native applications for Kubernetes (K8s). Those holding the CKAD credential will be able to define application resources and use core primitives to create, monitor, and debug scalable applications and tools on K8s. The CKA course is recommended for Kubernetes administrators, cloud administrators, and other IT professionals who work with K8s instances. It covers basic installation, as well as setting up and managing production-grade K8s clusters. Those with a CKA will be able to demonstrate knowledge of K8s networking, storage, security, maintenance, logging and monitoring, application lifecycle, troubleshooting, API object primitives, and the design of basic end-user use-cases. With the right skills and competencies, designing an impressive Kubernetes developer CV to showcase your abilities to potential employers is all that is needed to get started.

Let’s take a look at the talents you’ll need to succeed as a Kubernetes developer.

Qualifications for becoming a Kubernetes developer

Companies across the world are continuously searching for personnel with expertise in Kubernetes, which has quickly become one of the most sought-after skills in the industry. Major organisations such as Capital One and Walmart are already running at least 50 Kubernetes clusters in production and have been sending representatives to conferences in search of talented individuals with a deep understanding of the technology. As employers continue to recognise the importance of Kubernetes knowledge, the demand for Kubernetes-experienced personnel is only set to rise. If you are interested in pursuing a career in the field, here are some of the skills that you should strive to acquire.

  1. Scripting and programming languages

    As a professional engineer, it is essential to have scripting as part of your toolkit. Scripting allows for the automation of tasks and projects, making them easier and quicker to complete. If you are unfamiliar with scripting, it is important to learn it right away in order to maximise your efficiency. Additionally, it is beneficial to experiment and explore other programming languages. For example, if you primarily use Python, you may find that using a different method increases your productivity and allows you to solve problems more quickly than before.
  2. Infrastructure automation platforms and tools

    As the use of hybrid and multi-cloud computing becomes increasingly widespread, the need for infrastructure automation solutions such as Ansible and Puppet has become increasingly apparent for many enterprises. Ansible and Puppet remain two of the most widely used platforms, with Puppet showing signs of growth and Ansible maintaining its strong market position. However, there are several alternative options available, such as Terraform, which is rapidly gaining traction, as well as Salt and Chef which should also be taken into consideration.
  3. Architecture and design of the cloud

    The era of cloud computing as a merely rented server is a thing of the past. Its days of providing a straightforward, if not straightforward, solution to storage and computing issues are over. As multi-cloud and hybrid cloud trends become increasingly commonplace and serverless technologies become more commonplace in the software development sector, the ability to integrate a variety of components is essential.
  4. Resilience and security

    As the complexity of architecture has grown, the necessity of providing security and resilience has become more apparent and more difficult to achieve. Engineers have several different approaches to address issues related to stability and security, such as service meshes, monitoring platforms and chaotic engineering, each of which are tailored to the specific needs of the job.

Where can I get remote Kubernetes development jobs?

Athletes and developers share many similarities; both must practice diligently and consistently in order to achieve success in their respective fields. Moreover, in order for these improvements to take place, these professionals must work hard and continuously develop their skills. To this end, there are two essential components for developers to focus on to ensure that these advancements take place: obtaining assistance from someone with more experience and expertise in the particular practice and also being aware of signs of burnout. As a developer, it is important to recognise and understand the amount of practice needed to be successful, and therefore it is vital to ensure that someone is available to offer support and guidance when required. Additionally, it is important to be mindful of any signs of burnout which could impede progress and potentially lead to a decrease in performance.

At Works, we offer the most exciting opportunities for experienced Kubernetes developers who are looking to take their careers to the next level. Our remote jobs provide an unparalleled platform to tackle complex technical and commercial issues while leveraging the latest technologies. Joining our network of highly-skilled developers grants you access to long-term, full-time roles with generous salaries and plenty of room for growth. Don’t miss out on this incredible opportunity to propel your Kubernetes developer career!

Job Description

Responsibilities at work

  • Kubernetes API automation for deployment/updates/patching, etc.
  • Design, build, and deploy fully working products, as well as debug and repair faults
  • Deliver a high-quality user experience while overcoming scaling difficulties
  • Write understandable code and run unit and integration tests
  • Analyse and improve application performance, and give high-quality solutions


  • Computer Science Bachelor’s/Master’s Degree (or equivalent experience)
  • 3+ years of Kubernetes work experience (rare exceptions for highly skilled developers)
  • Operator, framework, networking, logging/monitoring, and infrastructure knowledge
  • Experience designing and operating Kubernetes installations Experience with container technologies such as Docker
  • Knowledge of the Kubernetes SDK and the creation of Kubernetes operators
  • Communication in English is second nature (both verbal and written)
  • Work full-time (40 hours per week) with a 4-hour overlap with US time zones

Preferred skills

  • Excellent knowledge of CI/CD pipelines, CPU, memory, cluster, and pod health
  • A willingness to engage with other teams and a great product sense are both advantageous.
  • Outstanding problem-solving and analytical skills
  • Superior time management abilities

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What makes Works Kubernetes Developers different?
At Works, we maintain a high success rate of more than 98% by thoroughly vetting through the applicants who apply to be our Kubernetes Developer. To ensure that we connect you with professional Kubernetes Developers of the highest expertise, we only pick the top 1% of applicants to apply to be part of our talent pool. You'll get to work with top Kubernetes Developers to understand your business goals, technical requirements and team dynamics.