Senior SoC Bring-Up & Virtualization Engineer

BayOne Solutions; Sunnyvale (CA); On-site; USD 170,000 - 210,000; Full time

Job summary

BayOne Solutions in Sunnyvale, CA, seeks an experienced embedded systems engineer to lead high‑performance SoC bring‑up across Qualcomm Snapdragon, NVIDIA Orin, or MediaTek platforms.

You will own BSP development, Linux kernel bring‑up, boot flows, U‑Boot, device trees, and hardware initialization, and collaborate with cross‑functional teams to drive platform integration, performance optimization, and system stability from early development to production readiness.

Qualifications

• Experience with high‑performance SoC bring‑up and platform bring‑up across mobile/embedded SoCs.
• Deep expertise in BSP development, Linux kernel bring‑up, and low‑level system integration.
• Strong understanding of boot flows, bootloaders (U‑Boot), device trees, kernel configuration, and hardware initialization.
• Hands-on experience with storage/memory configuration (eMMC, UFS, DRAM) and partitioning.
• Direct experience with Type‑1 hypervisors (Gunyah/ACRN/QNX) is a plus.
• Experience running Linux, Android, and/or QNX in virtualized environments; strong virtualization concepts knowledge.
• Proven debugging, root‑cause analysis across boot, kernel, hardware, and virtualization layers.
• Experience leading technical discussions and mentoring developers.

Skills

SoC bring‑up

BSP development

Linux kernel bring‑up

Boot flows

Device trees

Kernel configuration

Hardware initialization

CPU/GPU/NPU subsystems

System integration

Performance benchmarking

Tools

U-Boot

QEMU/virtualization tooling

Job description

BayOne Solutions in Sunnyvale, CA, seeks an experienced embedded systems engineer to lead high‑performance SoC bring‑up across Qualcomm Snapdragon, NVIDIA Orin, or MediaTek platforms.

You will own BSP development, Linux kernel bring‑up, boot flows, U‑Boot, device trees, and hardware initialization, and collaborate with cross‑functional teams to drive platform integration, performance optimization, and system stability from early development to production readiness.