- Bachelor's / Masters / Doctorate degree in Engineering, Electronics & Communication Micro Electronics Information Systems, Computer Science, or related field.
- Individuals who possess skills / experience in one or more of the following are requested to apply :
Preferred Qualifications : Areas of Expertise (the more the better) :
- Working experience with Complex Embedded Systems, Mobile / IOT / Auto domains preferred.
Expertise in fields such as power performance use cases , system modeling, SOC Profiling, PPA tradeoffs, post silicon bring up, and product qual.
- Firm grasp of computer architecture and OS fundamentals
Post Silicon System Validation of SOC Performance, Architecture Analysis and Feedback to future products.
- Analyzing the power-performance data for various CPU, GPU, AI workloads benchmarks
- Conducting detailed workload characterization and sensitivity analysis
- Develop and enhance analysis tools and instrumentation to assist in analysis, identifying performance gaps and optimization options
- CPU microarchitecture including cache, Latency, BW analysis, etc.
Linux / Android kernel development, device driver development and Android architecture experience
- Collaborate with the architecture team on power-performance trade-off analysis as part of product definition.
- Power and / or performance optimization, CPU, SOC SW DCVS / DVFS Governors exposure
- Working experience at System level, Linux kernel internals system programming
- Collaborate with internal teams and external partners for analysis and optimizations
Lab Hands-on : with Power Data Acquisition / DAQs, Oscilloscope, JTAGs, ARM Developer Studio exposure
- Exposure to ADB shell, shell scripts, Python scripts, Understanding of Linux / android systems , automation scripts / environment
- Exposure to Git, Jira, Android and QTI tools
- Good communication skills, presentation skills and should manage his / her tasks independently
- Acts as a tech lead on projects and owns the outcome of the project.
Skills Required
Python Scripting, Embedded Systems, power optimization , Linux Kernel