Linux Device Driver Engineer

Description:

Linux Device Driver Engineer 

I’m looking for an experienced Linux kernel engineer to work on new ARM SoC enablement with a major global semiconductor company. This is on a long term, high pay, fully remote working basis.

What the work looks like

This is new-silicon work, not maintenance of an existing BSP. You’d take peripherals from the hardware reference manual through Device Tree and driver development, then on to hardware validation and upstream submission.

The core areas are:

• Peripheral and controller drivers written from the hardware manual: SPI, I²C, DMA and interrupt routing
• High-speed interfaces such as PCIe (helpful, but not essential)
• Device Tree development
• Board bring-up and low-level hardware debugging

You’ll also touch ASoC, pinctrl, Ethernet/PHY and thermal drivers. You don’t need to know all of these in depth.

The kind of problem you’ll be solving

A peripheral won’t probe, enumerate or raise interrupts, and you have to work out why. Is it the hardware configuration, the clocks or resets, the interrupt routing, the Device Tree, the status register handling, or the driver? There’s also the challenge of supporting several SoC variants that share IP but differ in registers, interrupts and quirks, without ending up with duplicated drivers.

What I’m looking for

• Strong C and Linux kernel fundamentals, with ARM/SoC experience
• Experience writing drivers from a hardware manual or datasheet (platform drivers, probe/remove, clocks, resets, interrupts, DMA), not only Device Tree changes or small fixes
• Upstream Linux contributions: patches accepted into mainline, working with maintainers, responding to review, and handling patch series
• Hands-on hardware debugging on real boards
• A bonus: Yocto, CIP kernels, or automated hardware testing (pytest/LAVA)