Platform Engineer — Secure Compute & Kubernetes

Introduction

At IBM Software, we transform client challenges into solutions, building the world’s leading AI‑powered, cloud‑native products that shape the future of business and society. Our legacy of innovation creates endless opportunities for IBMers to learn, grow, and make an impact on a global scale. Working in Software means joining a team fueled by curiosity and collaboration. You’ll work with diverse technologies, partners, and industries to design, develop, and deliver solutions that power digital transformation.

With a culture that values innovation, growth, and continuous learning, IBM Software places you at the heart of IBM’s product and technology landscape. Here, you’ll have the tools and opportunities to advance your career while creating software that changes the world. With Confluent, data doesn’t sit still. We put information in motion, streaming in near real time so organizations can react faster, build smarter, and deliver experiences as dynamic as the world around them.

The Secure Compute Team builds and operates the foundational infrastructure layer that powers Confluent Cloud. Our mission is to enable the safe execution of code and data processing in multi‑tenant environments across AWS, Azure, and GCP  provide essential building blocks—including isolation, identity, and networking—that empower customers and internal product teams to innovate without compromising security. As Confluent’s product portfolio expands, our team sits at the center of the company’s growth.

We own a polyglot, container‑based runtime that operates across thousands of clusters globally, solving complex challenges in distributed systems and cloud‑native architecture. By balancing world‑class security with operational cost‑efficiency, we ensure Confluent Cloud remains the trusted platform for mission‑critical workloads in even the most highly regulated industries.

As a Staff Software Engineer on the Secure Compute Platform team, you will be a key technical leader in building and evolving a next‑generation, multi‑tenant, cloud‑native compute platform that safely runs both trusted and untrusted workloads  platform is built on Kubernetes and operates across a large fleet of clusters in multiple public clouds, providing a unified abstraction layer for workload execution, lifecycle management, security, and operational excellence.

• Define and drive the technical direction for Secure Compute, including platform architecture, runtime, and security for running trusted and untrusted workloads at scale.
• Design and implement platform APIs and Kubernetes controllers/operators (primarily in Go) that power workload lifecycle, autoscaling, placement, and isolation for containers and serverless‑style functions.
• Partner with product and platform teams to shape and deliver the roadmap for Secure Compute, enabling new customer‑facing features and internal platforms to build on a common compute substrate.
• Deliver high‑impact initiatives in areas such as workload scheduling, failure and disruption handling, private and public networking patterns, rollout strategies, and fleet‑level resource management.
• Lead technical design reviews and influence architecture across teams, ensuring Secure Compute primitives are easy to adopt, safe by default, and aligned with broader platform strategy.
• Mentor and grow engineers on the team through design guidance, code reviews, pair programming, and sharing best practices for secure, reliable, operable platform development.
• Own operational excellence for key Secure Compute services, including availability, reliability, SLOs, performance, on‑call response, incident management, and disaster recovery.
• This job can be performed from anywhere in the US.

Master’s Degree

• 10+ years of relevant experience delivering scalable backend or infrastructure software in production. Education in computer science or a related field, or equivalent work experience.
• Experience in building and operating large‑scale, high‑availability systems. A self‑starter with strong problem‑solving skills and the ability to…