OCI Cloud Platform Engineer: Automation & Security

RTX; Boise (ID); On-site; USD 132,400 - 251,600; Full time

Job summary

RTX Corporation in Boise, Idaho seeks an expert Oracle Cloud engineer to design, build, secure and optimize OCI platforms. This hands-on role blends architectural vision with practical engineering, using OCI policies, identity domains, and serverless patterns to deliver scalable cloud solutions for internal customers.

You will implement landing zones with Terraform, OCI CLI, Ansible, and API integrations, automate guardrails, network design, and self‑service provisioning while enforcing

Qualifications

• Demonstrated OCI engineering, DevOps practices, automation, and Infrastructure-as-Code experience.
• Advanced proficiency with Terraform, Python, Ansible, and Bash.
• U.S. citizenship required.

Responsibilities

• Design and implement OCI landing zone automation for scalable, secure environments.
• Build and maintain OCI infrastructure with Terraform, OCI CLI, Ansible, and APIs.
• Enable self-service provisioning and automation for IaaS and serverless apps.
• Design OCI networking (VCNs, subnets, NSGs) and hybrid connectivity.
• Create guardrails with Cloud Guard, IAM policies, monitoring, and auto-remediation.
• Enforce least-privilege access via OCI IAM and identity federation.
• Ensure OCI services meet security standards (NIST 800-53, CMMC).
• Diagnose issues, document procedures, and propose improvements.

Skills

OCI engineering

DevOps practices

Automation

Infrastructure-as-Code

Education

STEM degree

Advanced degree

Tools

Terraform

OCI CLI

Ansible

Python

Bash

Job description

RTX Corporation in Boise, Idaho seeks an expert Oracle Cloud engineer to design, build, secure and optimize OCI platforms. This hands-on role blends architectural vision with practical engineering, using OCI policies, identity domains, and serverless patterns to deliver scalable cloud solutions for internal customers.

You will implement landing zones with Terraform, OCI CLI, Ansible, and API integrations, automate guardrails, network design, and self‑service provisioning while enforcing