SaaS Platform Engineer - AI, Cloud & APIs

Red Hat, Inc.; Durham (NC); Hybrid; USD 96,440 - 154,190; Full time

Job summary

Red Hat, Inc. in Durham, NC is seeking a Software Engineer to implement resource models and scalable APIs that power the Hybrid Cloud Console and ISV integrations.

You will lead end-to-end development of new user-facing features in global SaaS offerings within an agile lifecycle. You will design secure cloud services with containerization, perform code reviews, and help establish a unified control plane for disparate products while ensuring high performance, security and scalability of the

Qualifications

• Bachelor's degree in Computer Science or related field.
• 2+ years of experience with full-stack web apps, REST APIs, debugging, and Python/JS.
• Experience with Django/Flask, Git/GitHub, and Jira or GitHub Issues.
• Experience with OpenShift, Docker/Podman, and cloud tooling.
• Knowledge of unit testing and TDD in agile environments.

Responsibilities

• Design and deploy standardized host servers bridging data tools and AI clients.
• Integrate AI-driven workflows to enhance platform and data analysis.
• Build and secure cloud services using containerization and IAM best practices.
• Perform high-level code reviews to ensure security and stability.
• Establish a unified control plane connecting disparate products.

Skills

Full-stack development

REST API design

Unit testing

Agile methodologies

Code reviews

Pair-programming

TDD

Education

Bachelor's degree in Computer Science or related field

Tools

Git & GitHub

Docker

Podman

OpenShift

Kibana

Grafana

AWS CloudWatch

SQL databases

Job description

Red Hat, Inc. in Durham, NC is seeking a Software Engineer to implement resource models and scalable APIs that power the Hybrid Cloud Console and ISV integrations.

You will lead end-to-end development of new user-facing features in global SaaS offerings within an agile lifecycle. You will design secure cloud services with containerization, perform code reviews, and help establish a unified control plane for disparate products while ensuring high performance, security and scalability of the