An outsourced engineering lab that finds and validates battery-life, charging, and thermal improvements for embedded hardware teams.
Added Aug 28, 2026
Medium opportunity (62%)
Consumer-device teams must reconcile simulated power estimates with physical measurements across hardware, firmware, drivers, and user workloads. This work requires specialized instruments, repeatable test fixtures, and engineers who can isolate subsystem-level causes rather than merely report total energy consumption. Smaller hardware companies often cannot justify building that capability before every prototype or product launch.
Provide fixed-scope power characterization engagements for battery-powered device teams, starting with a baseline audit of representative workloads and operating states. The lab instruments prototypes, correlates power and thermal measurements with firmware traces, identifies the largest energy losses, and delivers prioritized engineering changes. Follow-on engagements validate new firmware or hardware revisions against agreed battery-life, charging, thermal, and reliability targets.
Device makers are hiring across system power, firmware, silicon, charging, and validation, indicating that energy efficiency has become a cross-functional product constraint. Increasing on-device computation and tighter thermal envelopes make independent measurement and optimization valuable before companies invest in permanent specialist teams.
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Search interest has a recent median of 22.5, a prior baseline of 46.5, and a momentum score of 0.37.
The Pixel System Power team owns the battery life aspect of the Pixel system software, which is a problem that straddles both software and hardware domains. We work with teams spanning the entire software and hardware stack to define, prototype, optimize and bring to the consumer devices software solutions that deliver awesome battery life and user experiences.
In this role, you will write robust embedded software for advanced Pixel mobile SoCs and Power Management ICs (PMICs), executing rigorous functional testing and verification to ensure seamless hardware-software integration. The mission is to deliver highly efficient power distribution and outstanding battery life, while ensuring hardware stability, safety, and an exceptional user experience across all Pixel devices.
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