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Niche CPU validation skills but Tier-1 Bangalore role yields moderate applicant competition.
Highly specialized semiconductor validation skills limit transferability across industries.
Explicit years range plus mandatory CPU microarchitecture and low-level firmware skills increases screening strictness.
Develop and maintain CPU subsystem validation infrastructure covering bare-metal and OS-based full-stack environments (e.g., TFA, Linux, hypervisor, TEE).
Lead execution and debugging of functional validation for custom CPU features, including low-power and DVFS feature enablement and validation for CPU domains.
Provide debugging and profiling support across hardware-software stack, including RTOS, Linux kernel, trusted firmware, hypervisors, and device drivers.
Bachelor's degree in Computer Science, Electrical/Electronics Engineering, Engineering or related field with 3+ years hardware engineering experience, OR Master's degree with 2+ years, OR PhD with 1+ year hardware engineering experience.
Experience with CPU microarchitecture, preferably ARM v8/v9 architecture and low-level firmware/architecture-specific code.
Strong understanding of subsystem fundamentals such as caches, MMU, interrupts, debug subsystems, and exception handling.
Experience with software-hardware stack components including RTOS, Linux kernel, trusted firmware, hypervisors, device drivers and strong bring-up and debugging skills in complex environments.
Experienced in CPU subsystem validation with ability to manage complex full-stack environments from bare-metal to OS and hypervisor levels.
Technically proficient with ARM CPU microarchitecture (v8/v9), low-level firmware coding, and CPU-specific debugging tools.
Skilled in cross-layer debugging and validation involving hardware-software interaction, low-power CPU features, and subsystem fundamentals requiring strong systems engineering capabilities.