Top Tech Jobs & Startup Jobs in Seattle, WA

Build SDKs, frameworks, reference applications, and evaluation tools for Physical AI systems operating across cloud, edge, and real-world hardware. Integrate AI models, inference runtimes, agent frameworks, and connected devices. Maintain development hardware fleets, improve platform security and reliability, document open-source tools, and collaborate with engineering, product, architecture, and industry partners.

Leads Arm’s technical program management function across AI, software, developer platforms, and ecosystem initiatives. Establishes delivery operating models, planning frameworks, governance, risk management, portfolio reviews, and leadership reporting. Builds and develops distributed project management teams, translates strategy into technical delivery plans, resolves cross-functional trade-offs, and improves execution through metrics, automation, and portfolio insights. Partners with engineering, product, UX, business, marketing, legal, and ecosystem leaders.

Define performance telemetry and profiling architecture for next-generation Arm platforms spanning CPUs, accelerators, memory, interconnects, I/O, networking, storage, and chiplets. Establish observability specifications, telemetry models, profiling hooks, and cross-layer data flows from silicon through software and developer tools. Collaborate with hardware, software, power, modeling, and tooling teams to support workload analysis, bottleneck detection, performance validation, power-performance optimization, silicon bring-up, and deployment debugging across AI, edge, automotive, robotics, and infrastructure systems.

Design and build MLOps infrastructure for production deployment of data, machine-learning models, and software. Develop end-to-end ML pipelines, CI/CD/CT workflows, secure repository strategies, containerized deployments, and automation for Edge AI applications. Collaborate with developers, data scientists, and ML engineers to define tooling, monitor DevOps performance, and improve operational efficiency. Support embedded-system CI/CT, open-source pipelines, and model testing.

Own the product direction for Physical AI applications and the reusable ML and software stack running on Arm-based silicon. Define target workloads, requirements, interfaces, roadmaps, benchmarks, acceptance criteria, and release decisions across robotics, autonomy, AI inference, middleware, tooling, simulation, and deployment. Validate customer and partner needs, guide build-versus-partner choices, evaluate measured prototypes, and align engineering, architecture, product, and business leaders through delivery and launch.

Build and operate secure, scalable AI compute platform services, including backend APIs, asynchronous workflows, Kubernetes controllers, and multi-tenant workload capabilities. The role focuses on distributed training and inference, platform reliability, observability, developer tooling, and infrastructure simplification. Responsibilities include collaborating across engineering teams, improving scalability and developer productivity, and providing technical leadership for production AI platform capabilities.

Design and build secure, scalable platform services for distributed AI training and inference. Develop backend APIs, Kubernetes controllers, orchestration systems, asynchronous workflows, multi-tenant access controls, and developer tools. Improve reliability, observability, scalability, and engineering productivity while partnering with infrastructure and AI teams. The role also provides technical leadership, mentoring, and cross-functional collaboration throughout platform development and production delivery.

Design and lead development of robotics software foundations connecting sensing, planning, control, actuation, middleware, operating systems, and hardware accelerators. Build APIs, SDKs, diagnostics, testing workflows, and production-ready reference platforms for Arm-powered devices. Optimize real-time performance, reliability, safety, and resource usage while mentoring engineers and collaborating across robotics, AI, hardware, product, and customer teams.

Designs and develops highly available cloud services for AI inference workloads. Responsibilities include building Kubernetes controllers and platform capabilities for deployment, scheduling, scaling, recovery, upgrades, observability, and lifecycle management. The role leads production readiness reviews, resolves complex infrastructure issues, improves reliability and performance, drives architecture and design reviews, mentors engineers, and influences technical direction across teams.

Lead research and development of perception algorithms for Physical AI, including detection, segmentation, tracking, localization, sensor fusion, and scene understanding. Define rigorous datasets, experiments, metrics, and evaluation pipelines, then optimize models for real-time deployment across Arm CPUs and AI accelerators. Collaborate with robotics, controls, hardware, product, and customer teams; mentor technical staff; guide on-device perception roadmaps; and contribute through publications, patents, and open-source work.