Top Engineering Jobs in Austin, TX

Lead end-to-end ATE secure provisioning for semiconductor manufacturing: define and implement fuse programming and lifecycle transitions, develop/validate Advantest 93K test methods, ensure secure boot and device identity, coordinate with Design/DV/Firmware/Security/Manufacturing, and define production controls, traceability, and guardrails across wafer sort, final test, SLT, and HVM.

As a SoC Emulation Engineer, you'll develop verification testbenches, modify RTL for SoC, and collaborate to define future architectures.

As a Performance Analysis Engineer, you will analyze SoC performance, identify bottlenecks, collaborate with architects, and develop testing workflows.

Lead architecture, design, and delivery of coherent and non-coherent SoC interconnect fabrics. Define topology, QoS, latency, bandwidth, and power strategies; drive performance modeling, RTL microarchitecture and verification, debug system-level issues, mentor engineers, and plan interconnect roadmaps while collaborating with CPU/GPU/NPU/memory teams.

The role involves managing safety and cybersecurity for automotive SoC programs, ensuring compliance with standards, and improving development processes.

The Architect will improve Arm's hardware acceleration infrastructure through benchmarking, scheduling optimization, vendor API integration, and performance visualization, enhancing overall productivity.

Define and analyze SoC system performance requirements, engage with teams to optimize performance, and drive technology roadmaps for compute infrastructure.

Lead a global team to define and deliver SoC-level clock, reset, power, and thermal architectures. Drive requirements gathering, prototyping, implementation, verification, and post-silicon bring-up while coordinating OEMs and software partners to ensure power-efficient, high-quality SoC products.

Analyze data-path RTL and algorithms, build abstract C models, prove RTL–C equivalence with SLEC, and formally verify models against architectural specs using ACL2. Improve verification infrastructure, interfaces, and apply interactive theorem proving across Arm projects while collaborating with designers and verification engineers.

Drive SoC and server platform performance by characterizing real-world AI/HPC workloads on production silicon, designing microbenchmarks, diagnosing bottlenecks, and translating findings into architectural and system-level optimizations while collaborating with hardware and software teams.