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Tier-1 brand increases applicant density but niche CPU/kernel skills limit qualified candidates.
Specialized CPU, kernel, compiler and device-driver expertise limits cross-industry transferability.
Explicit years, degree options, and mandatory low-level kernel, CPU architecture, and language skills create strict filters.
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Develop and optimize software leveraging CPU architecture knowledge to achieve high performance and low power usage.
Run benchmarks, perform pre- and post-silicon verification to meet performance and power targets.
Collaborate with internal and external teams to implement CPU performance solutions and develop new benchmarks for upcoming workloads.
Bachelor's degree in Engineering, Information Systems, Computer Science, or related field with 3+ years software engineering experience OR Master's degree with 2+ years OR PhD with 1+ year experience.
2+ years academic or work experience programming in C, C++, Java, Python, or similar languages.
Strong understanding of computer architecture, operating system concepts, and Linux internals/device drivers.
Work Experience Required: 2-10 years in Software Engineering or related field.
Experienced in CPU architecture and software stack optimization targeting performance and power efficiency.
Comfortable working across software layers: libraries, compiler, assembly, runtime, and algorithms to identify optimization opportunities.
Experienced collaborating with cross-functional teams including CPU, compiler, kernel teams and external benchmark or open source contributors.