Senior Staff Engineer, Shield AI

• Experience building Kubernetes-native AI or MLOps platforms supporting distributed machine learning workloads
• Deep understanding of modern AI training frameworks, including PyTorch, Hugging Face Transformers and distributed training techniques
• Experience operating GPU-accelerated infrastructure and distributed training systems
• Strong understanding of Kubernetes, Linux, networking, security, storage, and distributed systems
• Experience with GPU scheduling concepts and large-scale AI workloads
• Experience packaging and deploying cloud-native infrastructure using Terraform and Helm
• Strong software engineering skills in Python and Golang and modern cloud-native technologies
• Experience collaborating closely with ML researchers to translate research workflows into scalable platform capabilities

Desirable

• We are looking for a Senior Staff Engineer to help define and build this platform. You will partner closely with ML researchers, platform engineers, and autonomy teams to deliver an exceptional developer experience for training and deploying modern AI models
• Success in this role requires balancing researcher productivity, platform simplicity, operational excellence, and long-term maintainability.
• You will work hands-on across the stack, helping shape both the platform architecture and its implementation while staying closely aligned with the rapidly evolving AI ecosystem
• AI Platform Development: Lead the design and implementation of the AI Factory Reference Architecture, delivering a Kubernetes-native platform for AI development, distributed training, simulation, evaluation, and deployment
• AI Research Enablement: Partner directly with ML researchers to understand evolving training workflows and ensure the platform supports state-of-the-art AI frameworks, foundation model development, reinforcement learning, distributed training, and emerging research workflows
• Developer Experience: Design self-service AI development workflows that enable engineers to move seamlessly from local experimentation to large-scale distributed execution using familiar open source tools and frameworks
• Distributed AI Infrastructure: Build the infrastructure required to support distributed training, simulation, inference, and reinforcement learning workloads. Evaluate and integrate orchestration, scheduling, and resource management technologies to maximize scalability and developer productivity
• Compute Platform: Design and optimize shared GPU infrastructure across cloud and on-premises environments. Improve resource utilization, scheduling efficiency, storage, networking, observability, and overall platform reliability
• Data & Model Lifecycle: Build platform capabilities that enable dataset management, experiment tracking, artifact management, model versioning, evaluation, deployment, monitoring, and continuous model improvement
• Platform Distribution: Develop repeatable deployment and lifecycle management solutions using Infrastructure as Code and modern platform engineering practices. Support commercial cloud, customer-managed infrastructure, sovereign environments, and fully air-gapped deployments
• Technology Leadership: Evaluate emerging AI infrastructure technologies and establish architectural patterns that balance scalability, performance, maintainability, and developer experience
• Cross-Functional Collaboration: Work closely with AI researchers, autonomy teams, infrastructure engineers, and product teams to ensure the platform evolves alongside customer needs and advances in AI
• Key Outcomes:
• Engineers move from idea to distributed training in hours instead of days
• High GPU utilization through efficient scheduling with KAI on Kubernetes
• Researchers use modern AI tooling without unnecessary platform friction
• AI Workspaces become the standard development environment across autonomy programs
• Training, simulation, evaluation, and deployment operate as a unified platform
• The AI Factory Reference Architecture can be deployed consistently across cloud, on-premise, and air-gapped environments
• Platform capabilities are reusable across multiple autonomy programs and customer deployments
• As a Senior Staff Engineer, you will help build the reference architecture used internally by our engineering teams and delivered to customers building their own AI capabilities
• Your work will directly impact how quickly researchers can iterate, how efficiently compute resources are utilized, and how AI systems move from experimentation to operational deployment
• This is an opportunity to work at the intersection of modern AI, distributed systems, Kubernetes, and defense, building a platform that enables the next generation of autonomy systems while leveraging the best of the open-source AI ecosystem