Job brief
We are seeking a highly skilled Platform Engineer to join our infrastructure team and lead the evolution of our internal development ecosystem. You will be responsible for architecting and managing our multi-cloud infrastructure, ensuring our developers have the seamless tooling and automation they need to ship production code with confidence. This is a high-impact role where your contributions directly influence the scalability of our applications and the efficiency of our engineering organization. If you are passionate about DevOps culture, distributed systems, and modernizing cloud architecture, we would love to have you on our team.
Key highlights
- Design and maintain scalable infrastructure-as-code modules using Terraform or Pulumi to automate provisioning across cloud environments.
- Architect and manage high-availability Kubernetes clusters, optimizing resource allocation and container orchestration for microservices.
- Develop and improve automated CI/CD pipelines in GitHub Actions or GitLab CI to ensure rapid, secure, and repeatable code delivery.
- Implement comprehensive monitoring, alerting, and logging solutions using Datadog, Prometheus, or ELK Stack to maintain system health.
What is a Platform Engineer?
A Platform Engineer is a specialized software professional who designs, builds, and maintains the internal developer platforms that power organizational productivity. By abstracting away infrastructure complexity, a Platform Engineer enables development teams to deploy code more reliably using technologies like Kubernetes, Terraform, and cloud-native services. Their primary focus is to bridge the gap between operations and software engineering, creating standardized, self-service tools that enhance system reliability, security, and developer experience.
What does a Platform Engineer do?
A Platform Engineer focuses on building robust infrastructure-as-code (IaC) solutions and automating deployment workflows to eliminate manual bottlenecks. They spend their time designing Kubernetes clusters, managing container orchestration, implementing CI/CD pipelines in Jenkins or GitHub Actions, and refining observability setups with tools like Prometheus or Grafana. By acting as a force multiplier for software teams, a Platform Engineer ensures that the underlying platform is secure, scalable, and resilient enough to support rapid feature delivery across complex cloud environments.
Key responsibilities
- Design and maintain scalable infrastructure-as-code modules using Terraform or Pulumi to automate provisioning across cloud environments like AWS, GCP, or Azure.
- Architect and manage high-availability Kubernetes clusters, optimizing resource allocation and container orchestration to support large-scale microservices deployments.
- Develop and improve automated CI/CD pipelines in GitHub Actions or GitLab CI to ensure rapid, secure, and repeatable code delivery cycles.
- Implement comprehensive monitoring, alerting, and logging solutions using Datadog, Prometheus, or ELK Stack to proactively maintain system health and performance.
- Collaborate with backend and frontend engineering teams to establish standardized deployment patterns, service meshes, and security best practices.
- Perform capacity planning and performance tuning for distributed databases and storage systems, identifying bottlenecks and scaling resources to meet demand.
- Lead incident response and root cause analysis for infrastructure-related outages, implementing long-term technical debt reduction and system resiliency measures.
- Document system architecture, API definitions, and operational playbooks to foster a culture of knowledge sharing and technical transparency across teams.
Requirements and skills
- Expertise in managing large-scale containerized environments utilizing Docker and Kubernetes (EKS, GKE, or AKS) for production workloads.
- Proven proficiency in Infrastructure-as-Code (IaC) tools including Terraform, CloudFormation, or Ansible for configuration management and automation.
- Strong command of at least one scripting or programming language such as Go, Python, or Bash, used for automating administrative tasks.
- Deep understanding of CI/CD methodologies and experience building resilient deployment workflows using Jenkins, CircleCI, or GitHub Actions.
- Solid experience with cloud networking, security, and identity management policies (IAM, VPCs, Firewalls) within an AWS, Azure, or GCP framework.
- Bachelor’s degree in Computer Science, Software Engineering, or equivalent practical experience in a high-growth DevOps or SRE role.
- Industry-recognized certifications such as Certified Kubernetes Administrator (CKA) or AWS Certified DevOps Engineer are strongly preferred.
- Demonstrated ability to translate complex technical infrastructure requirements into clear, actionable architectural documentation for cross-functional stakeholders.
FAQs
What does a Platform Engineer do on a daily basis?
A Platform Engineer spends their day building and refining the internal tools and infrastructure that developers use to deploy applications. This includes writing Terraform configurations for cloud resource provisioning, debugging Kubernetes deployment issues, and optimizing CI/CD pipelines to reduce lead times. They also monitor system stability and collaborate with engineering leads to ensure the development platform remains secure and scalable.
What are the essential skills for a Platform Engineer?
The most important skills include strong knowledge of container orchestration with Kubernetes, proficiency in infrastructure-as-code tools like Terraform, and deep experience with cloud providers such as AWS or Azure. Additionally, a Platform Engineer needs a solid grasp of software development fundamentals, experience with CI/CD automation, and a strong understanding of observability and system monitoring practices.
How does a Platform Engineer differ from a DevOps Engineer?
While both roles emphasize automation and reliability, a Platform Engineer specifically focuses on building a dedicated internal product — a platform — that helps developers self-serve their infrastructure needs. A DevOps Engineer role is often broader, focusing heavily on bridging the gap between development and operations through collaboration and culture. Platform Engineering is essentially the productization of DevOps capabilities.
Why is the role of a Platform Engineer important?
The Platform Engineer is vital because they reduce the cognitive load on software developers by handling complex infrastructure and deployment tasks for them. By providing standardized, automated self-service tools, they increase engineering velocity, improve application reliability, and ensure that security and compliance best practices are baked into the development lifecycle from the start.