Kubernetes Developers

Hire Kubernetes Developers

Kubernetes (also known as K8s) is an open-source system for automating the deployment, scaling, and management of containerized applications. Google was among the first to adopt Linux container technology.

The primary advantage of deploying Kubernetes in your environment, particularly if you are optimizing app development for the cloud, is that it offers a framework for scheduling and operating containers on real or virtual machine clusters (VMs). It will also let you fully adopt and depend on a container-based architecture in production circumstances. Because Kubernetes is focused on automating operational tasks, you can accomplish many of the same things with your containers that you do with other application platforms or management systems.

What role does Kubernetes development play?

Because of the advancement of applications and the acceptance of Kubernetes, it has now become the primary flow. It is not just necessary to change how software is distributed and executed; it is also necessary to modernize the architecture. Kubernetes is swiftly gaining traction as the cloud’s operating system, bringing with it universality and the potential for major advantages for IT organizations and developers. Kubernetes gained a lot of momentum and adoption in 2017, with all major cloud providers now providing native Kubernetes services and numerous container orchestration solutions rebuilt on top of Kubernetes. Overall, Kubernetes is a promising technology that may help you progress your career in the future. So, if you want to work in a dynamic environment and earn a solid wage, adding Kubernetes to your technological portfolio is your best bet.

What are the duties and obligations of a Kubernetes developer?

While designing and deploying containerized applications may remove the need for distinct development environments, understanding how containers function at runtime is crucial for Kubernetes developer tasks. Especially when using a Kubernetes orchestrator and especially during production. To be a productive part of a DevOps team, developers do not need to know everything about operations, but they do need to understand enough about Kubernetes and the production environment. The following are the primary duties of a Kubernetes developer:

  • Create a Jenkins-based continuous build-test-deployment (CI/CD) system with several component pipelines to accommodate weekly and out-of-cycle releases as required.
  • 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 develop and manage a big deployment of RedHat Linux instances systems with Chef Automation and a large deployment of RedHat Linux instances 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 essential tool for DevOps professionals and largely recognized as the most important container management solution. It is crucial to the cloud-native revolution and can expand without increasing the number of operations workers. Certifications and training enhance resumes and might spark an employer’s attention. The official Kubernetes website offers Linux Foundation and training partner courses and certifications. According to officials, it is a career investment that will help in the development of cloud native applications.

Kubernetes provides two certification programs: a Certified Kubernetes Application Developer (CKAD) course that teaches intermediate-level users how to develop, construct, configure, and expose cloud native apps for K8s, and a Certified Kubernetes Administrator (CKAA) course. CKAD can define application resources and utilize core primitives to create, monitor, and debug scalable applications and tools in K8s. The second credential program is a Certified Kubernetes Administrator (CKA). This certification is recommended for Kubernetes administrators, cloud administrators, and other IT professionals who work with K8s instances. CKA holders may do basic installation as well as set up and manage production-grade K8s clusters. They understand K8s networking, storage, security, maintenance, logging and monitoring, application lifecycle, troubleshooting, API object primitives, and the ability to design basic end-user use-cases. If you have the capabilities, all you need to do now is design a stunning Kubernetes developer CV that highlights your abilities and expertise to potential companies.

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

Qualifications for becoming a Kubernetes developer

Companies are seeking for personnel with Kubernetes expertise, and it has proven to be one of the most important assets they seek. Hundreds of companies, like Capital One and Walmart, already have at least 50 clusters in production and send representatives to conferences in search of Kubernetes-experienced talent. Employers are increasingly seeking for Kubernetes-experienced personnel. Here are the talents you’ll need to get started in your profession.

  1. Scripting and programming languages

    Scripting is an essential component of many engineers’ toolkits. The reasons are self-evident: they allow you to automate tasks and accomplish projects quickly. If you’re not acquainted with scripting, you should learn it right away. Even if you do, it’s worthwhile to experiment with other programming languages. If you primarily use Python, you can realize that using a new method makes you more productive or helps you to solve problems faster than previously.
  2. Infrastructure automation platforms and tools

    As hybrid and multi-cloud computing grow more common, infrastructure automation solutions such as Ansible and Puppet have become more important to many enterprises. Puppet and Ansible continue to be two of the most important platforms to learn and comprehend, with Puppet seeking to develop and Ansible keeping a strong market position. There are, however, a myriad of alternative possibilities – Terraform, for example, looks to be evolving at an alarming pace, even if it hasn’t yet reached critical mass, but Salt and Chef are also worthwhile to be aware of.
  3. Architecture and design of the cloud

    The days of cloud computing being nothing more than a leased server are long gone. Its days of offering a straightforward (or at least somewhat simple) answer to storage and computing problems are long gone. The ability to put together several diverse elements is critical, particularly when trends such as multi and hybrid cloud are becoming the norm and serverless is gaining traction at the cutting edge of software development.
  4. Resilience and security

    As architectural complexity has increased, providing security and resilience has become vital, but also incredibly challenging. Engineers may address stability and security problems in a number of ways, thanks to a range of tools and methodologies, each of which is relevant to certain job types — from service meshes to monitoring platforms to chaotic engineering.

Where can I get remote Kubernetes development jobs?

Athletes and developers are extremely similar. They must practice efficiently and regularly in order to succeed in their trade. They must also work hard enough so that their abilities steadily improve over time. In this regard, there are two primary things that developers must concentrate on in order for these advancements to occur: the help of someone with more expertise in the practice and who is more successful as you practice. As a developer, you must understand how much practice is required. So, make sure someone is ready to assist you and keep an eye out for indications of burnout!

Works provides the greatest remote Kubernetes developer jobs that will complement your Kubernetes developer career. Grow swiftly by tackling difficult technical and commercial issues using cutting-edge technologies. Join a network of the world’s greatest developers to find long-term full-time remote Kubernetes developers jobs with greater pay and opportunities for advancement.

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
  • Analyze 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