Senior Software Engineering Manager – KV Cache Platform

About the Position

Senior Software Engineering Manager – KV Cache Platform

DDN is seeking a Senior Software Engineering Manager to lead the engineering organization responsible for our KV Cache Platform-a distributed memory and storage platform that accelerates large-scale LLM inference across GPU clusters.

In this role, you will lead geographically distributed engineering teams responsible for building highly scalable, low-latency distributed systems that power AI inference. You will define the technical vision and execution strategy for the platform while partnering closely with Product Management, Sales, Customer Engineering, NVIDIA, and executive leadership to deliver innovative AI infrastructure that meets customer needs and supports DDN's long-term product strategy.

This is a highly visible leadership role with responsibility for engineering execution, customer success, roadmap delivery, and building a world-class engineering organization.

Responsibilities

• Lead, mentor, and grow a geographically distributed team of software engineers and technical leaders, fostering a culture of technical excellence, innovation, ownership, and collaboration.
• Define and execute the technical strategy and roadmap for the KV Cache Platform, ensuring scalability, reliability, security, and operational excellence.
• Drive the architecture, development, and delivery of distributed systems supporting AI inference, GPU memory optimization, distributed caching, RDMA networking, GPUDirect Storage, NVIDIA BlueField DPUs, and emerging AI infrastructure technologies.
• Partner closely with Product Management, Sales, Customer Engineering, NVIDIA, and strategic technology partners to prioritize customer requirements, drive proof-of-concepts (POCs), influence product direction, and successfully deliver customer deployments.
• Own day-to-day engineering execution, including feature development, release planning, bug triage, production issues, customer escalations, and cross-functional execution to ensure timely, high-quality software delivery.
• Establish engineering best practices for software quality, observability, automation, performance, testing, and production readiness.
• Collaborate across engineering, infrastructure, and hardware teams to deliver scalable, production-ready AI infrastructure while developing future engineering leaders and driving continuous improvement.

Requirements

Required

• 15+ years of experience building distributed systems, cloud infrastructure, storage platforms, or AI infrastructure software.
• 7+ years leading high-performing software engineering organizations, including geographically distributed teams.
• Proven experience delivering large-scale distributed infrastructure products from architecture through production deployment.
• Strong background in distributed systems, Linux, networking, performance engineering, and cloud-native architectures.
• Hands-on programming experience with Go and Python; experience with C/C++ is a plus.
• Demonstrated ability to lead cross-functional initiatives and influence technical direction across multiple organizations.
• Experience building AI infrastructure, LLM serving platforms, distributed caching systems, or high-performance storage solutions.
• Experience with technologies such as NVIDIA Dynamo, TensorRT-LLM, Triton, RDMA, GPUDirect Storage, BlueField DPUs, Kubernetes, or related AI infrastructure.
• Background in HPC, distributed storage, networking, or enterprise infrastructure software.
• Experience working directly with strategic customers, technology partners, OEMs, or hyperscalers to deliver enterprise AI solutions.

We Offer

• Opportunity to work in a cutting-edge AI infrastructure role.
• Chance to lead and grow a talented engineering team.
• Collaborative environment with close partnerships with Product Management, Sales, Customer Engineering, and strategic technology partners.
• Competitive compensation package.

About the Company

DDN is a leading provider of distributed memory and storage platforms that accelerate large-scale LLM inference across GPU clusters. We are committed to delivering innovative AI infrastructure that meets customer needs and supports our long-term product strategy.