Senior Cloud Platform Engineer – AWS, Kubernetes, IaC

Capgemini; Irving (TX); Presencial; USD 85 000 - 97 000; Tempo integral

Resumo da oferta

Capgemini is seeking a seasoned cloud infrastructure engineer to build and manage AWS-based platforms and Kubernetes/EKS services in Irving, TX. You will implement IaC with Terraform and CloudFormation, design secure IAM and secrets management, and collaborate with engineering teams to improve scalability, reliability, and performance.

You will support DR planning, backup strategies, and operational readiness initiatives, contributing to Capgemini's commitment to secure, efficient digital

Qualificações

• Experience building and managing cloud infrastructure on AWS.
• Deep knowledge of Kubernetes/EKS clusters, networking, gateways and platform connectivity.
• Proficient in IaC using Terraform and CloudFormation, with security-focused configurations.
• Ability to design IAM controls, secrets management and secure cloud practices.

Responsabilidades

• Build and manage cloud infrastructure supporting Sandbox and Gateway platforms.
• Configure Kubernetes/EKS clusters, networking, gateways, and platform connectivity patterns.
• Implement infrastructure automation using IaC practices.
• Partner with engineering teams to optimize scalability, reliability, and performance.
• Support disaster recovery, backup strategies, and operational readiness initiatives.

Conhecimentos

AWS

Kubernetes

Terraform

CloudFormation

Networking

Security

IAM

Secrets Manager

Load Balancers

Descrição da oferta de emprego

Capgemini is seeking a seasoned cloud infrastructure engineer to build and manage AWS-based platforms and Kubernetes/EKS services in Irving, TX. You will implement IaC with Terraform and CloudFormation, design secure IAM and secrets management, and collaborate with engineering teams to improve scalability, reliability, and performance.

You will support DR planning, backup strategies, and operational readiness initiatives, contributing to Capgemini's commitment to secure, efficient digital