Distinguished Technologist, Edge AI Architect

Distinguished Technologist, Edge AI Architect Description - Job Summary The next era of AI will be built local, more secure, more mobile, and closer to the work. HP is leading the way in Edge AI. This role provides senior technical leadership and end-to-end architectural oversight of a full-stack Edge AI platform, spanning from silicon and systems hardware at the foundation through model management and lifecycle governance at the top. As the highest-level individual technical authority for the platform, the role sets and owns the technical direction across every layer of the stack — hardware enablement, the security and OS trust foundation, inference serving, agentic runtimes and creation tooling, fleet management, and model management — ensuring the platform behaves as one coherent, secure, and performant system rather than a collection of independent components.   The role evaluates and introduces technologies, defines cross-layer architecture and interface contracts, and establishes the engineering standards and best practices that optimize development. Working closely with product managers, engineering leaders, firmware and hardware teams, security, quality assurance, and business stakeholders, the role gathers requirements, defines architectural scope, and drives alignment throughout the full development lifecycle — from on-device silicon enablement to model lifecycle governance and edge-to-cloud orchestration.

Own the multi-year technical roadmap and architectural vision for a full-stack Edge AI platform, with a strong focus on orchestrating LLMs, vLMs, and agent-based systems across constrained, on-device, and clustered environments.   Define the cross-layer architecture and the interface contracts that connect hardware, OS/security, inference, agentic runtime, and model-management layers so the platform operates as a single, coherent, and upgradeable system.   Architect model management, registry, and lifecycle systems — governing versioning, signing, evaluation, promotion, provenance, and rollback of models across a distributed fleet.   Set the architecture for agentic AI runtimes and agent-creation tooling — defining how agents are built, sandboxed, permissioned, tool-integrated, governed, and safely operated in production.   Drive the inference-serving strategy — model serving, inference gateways, and model/request routing — optimized for throughput, latency, and cost across heterogeneous silicon.   Architect the control plane, end-to-end telemetry, and cost-management frameworks that make on-device and clustered deployments deployable, observable, and manageable at scale.   Own the security architecture — hardware-rooted chain of trust, secure boot, workload isolation, and sandboxing — ensuring safe execution of agentic workloads.   Partner deeply with silicon, firmware, and hardware teams to exploit modern compute platforms and build abstraction layers that let AI workloads deploy across diverse silicon without rewrites .   Architect seamless edge-to-cloud handoff frameworks optimized for cost, latency, privacy, and performance, and define when and how workloads run on-device, at the cluster, or in the cloud.   Enable multi-modal AI experiences, integrating vision, audio, and text inputs from the runtime through to model management.   Design scalable on-device lifecycle management frameworks — including deployment, observability, updateability, and manageability — that hold up across a distributed fleet.   Drive cross-functional influence, bringing together experts across software, firmware, hardware, security, and business teams to converge on a unified platform architecture.   Communicate technology strategy and the multi-year roadmap to executive leadership, industry partners, and customers, translating deep technical direction into business impact.   Serve as a trusted technical advisor and the enterprise's top design authority for Edge AI, influencing