At Qualcomm Technologies, I optimize performance and power across Snapdragon 8-series platforms, reducing total system power by 28% while maintaining throughput benchmarks. I build DVFS algorithms, thermal-aware scheduling, and Android kernel CPUfreq policies that improve battery life and sustained-load responsiveness.
I've also automated power and thermal profiling across 200+ builds, cutting manual analysis time by 45%, and refined U-Boot and PMIC initialization to deliver 15% faster startup. My work spans real-time tracing, post-silicon power correlation, sleep-state validation, and collaboration with hardware, kernel, BSP, QA, and silicon teams.
Previously at Hewlett Packard Enterprise, I engineered C/C++ system software for embedded platforms, enterprise servers, automotive ECUs, storage systems, and virtualized infrastructure. I reduced latency by more than 20%, improved power efficiency by 25%+, and integrated 70+ automated validation scenarios into Jenkins pipelines.
I enjoy solving low-level performance, power, and reliability problems across Linux, RTOS, firmware, drivers, and hardware interfaces—and helping teams turn analysis into repeatable engineering practices.
