Top Engineering Jobs

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.

Lead performance architecture for next-generation server platforms by analyzing production silicon, AI and HPC workloads, microbenchmarks, cache and memory systems, and high-performance I/O. Define metrics and benchmarking strategies, identify bottlenecks, recommend optimizations, and translate workload and silicon insights into architectural improvements. Collaborate with hardware and software teams while providing technical leadership across complex system-design efforts.

Own end-to-end technical delivery for Arm’s engineering platforms, including requirements, planning, implementation, production support, and on-call incident response. Develop and maintain CI/CD, build, testing, cloud, containerization, infrastructure-as-code, and clustered computing solutions. Improve developer experience through automation, self-service infrastructure, and efficient engineering workflows.

Design complex multilayer and HDI PCBs for high-performance Arm compute platforms. Collaborate with hardware, packaging, fabrication, and manufacturing teams on mechanical and thermal requirements, component placement, high-speed routing, power planes, escape routing, and manufacturability. Produce manufacturing data packs, advise on SoC pinouts and stackups, support design reviews, and ensure compliance with fabrication capabilities and IPC standards.

Design and verification engineer for Arm’s next-generation network-on-chip interconnect products. Responsibilities include specifying, creating, and debugging SystemVerilog/UVM constrained-random testbenches; verifying multiprocessing microarchitectures, cache coherence, and AMBA protocols; applying software engineering, scripting, and formal verification skills to ensure reliable, high-performance silicon IP.

Develop and execute system-level post-silicon validation, stress workloads, and characterization tests for Arm SoC processors. Debug and resolve silicon and system issues using hardware instrumentation and software tools. Create test plans, correlate validation results with manufacturing tests, and collaborate with engineering teams to improve validation practices. Requires pre- and post-silicon validation experience, software development skills in C/C++, ARM assembly, Python, and scripting, plus a technical degree or equivalent experience.

Own end-to-end ASIC physical implementation from RTL through GDSII and tapeout for complex CPU, GPU, interconnect, and SoC designs. Drive timing, power, physical, and signoff closure across MCMM scenarios; collaborate with architecture, RTL, DFT, EDA vendors, and foundries; resolve implementation issues; and improve automation, methodologies, and flows for geographically distributed teams.

Develops verification testbenches, test plans, test suites, and functional coverage for complex IP, subsystems, and SoCs. Collaborates with design teams to review microarchitectural specifications, debug issues, and develop reconfigurable IP features. Uses simulation, formal verification, debugging, and coverage tools while supporting verification documentation and quality targets.

Designs and optimizes board-level power architectures for high-performance Arm compute platforms, including DC-DC converters, VRMs, PMICs, power trees, and power delivery networks. Responsibilities include simulation, PCB schematic and layout review, power integrity analysis, laboratory validation, dynamic load testing, EMI/EMC mitigation, thermal collaboration, customer design-in support, and technical documentation. The role collaborates with SoC architects, suppliers, and multidisciplinary engineering teams.

Owns component engineering strategy and lifecycle risk management for board-level electronics from architecture and NPI through production and end of life. Responsibilities include component selection, characterization, qualification, alternate-source development, BOM risk analysis, dual-sourcing, obsolescence mitigation, supplier collaboration, reliability support, and component governance. The role partners with Electrical Engineering, Supply Chain, Manufacturing, Quality, suppliers, and contract manufacturers to balance technical performance, reliability, cost, availability, and lifecycle risk.