Computer Architecture (ARM architecture preferred) Real Time Operating Systems C/ASM programming Debugging Real Time Embedded Systems using JTAG or equivalent Compilers / Linkers Python Scripting Ability to read hardware programming guides and write drivers/software based on that information Embedded software Machine Learning Agile development; Kanban Version control systems such as Perforce/Git Desire to work in a fast-paced, dynamic environment with high expectations Passionate for building great products, with a willingness to disrupt the status quo and push boundaries to deliver innovations that affect the experience of millions of end users Strong analytic and problem solving skills Excellent technical communication and interpersonal skills Self-motivated and quick-learner Meticulous attention to detail Developing firmware for memory and CPU constrained systems Working with various HLOS (eg: Android) on application cores to meet end-to-end performance As a Power and Limits software engineer, candidates will own or participate in one or more of the following: Multiple aspects of software development - analyzing the requirements, designing robust software solutions, and ensuring that the power efficiency is met, for current and next generation chipsets to meet the growing product requirements on processors across various subsystems on the SoC Perform detailed analysis of the existing software to provide innovative recommendations to improve performance, memory, and power utilization, including software optimizations, SW/HW partitioning, new algorithms etc. Develop tools for silicon profiling, validation and debugging across all SOC components Involvement in pre-silicon evaluations and sign-offs Scope opportunities for HW acceleration by providing recommendations to the HW team