Job Description

Job Requirements

Lead design, development, and integration of sensor frameworks on Linux platforms (IIO, HID, etc.). Architect and maintain Linux kernel drivers for sensors (accelerometers, gyros, magnetometers, temperature, proximity, ambient light, etc.). Collaborate with cross-functional teams (hardware, firmware, QA, product) to deliver reliable sensor functionality. Optimize performance, power, and responsiveness of sensor subsystems. Debug and resolve kernel and user-space issues related to sensor data. Own the end-to-end sensor stack: kernel driver, HAL, middleware, and user-space API. Define test strategies and validate sensor accuracy and performance. Lead code reviews, mentor junior engineers, and enforce best practices in embedded Linux development. Stay up-to-date with latest Linux kernel developments, sensor technologies, and industry trends

Work Experience

Strong expertise in

Linux kernel driver development

, especially for sensors (IIO, SPI, I2C, GPIO subsystems). Hands-on experience with

sensor integration

and calibration on embedded platforms. Proficient in

C/C++

, shell scripting, and basic Python. Solid understanding of

Linux kernel architecture

, device trees, and udev rules. Familiarity with middleware frameworks and

sensor fusion algorithms

. Experience with tools like

oscilloscopes, logic analyzers, I2C/SPI protocol analyzers

. Debugging skills with

gdb, strace, perf, dmesg

, and kernel logs. Experience with

Yocto, Buildroot, or Android BSP

is a plus. * Knowledge of

power and thermal optimization

for sensor modules is desirable