Senior Embedded Camera Systems Engineer - Automotive Vision

Unikie; Szczecin; On-site; PLN 120,000 - 180,000; Full time

Job summary

Unikie is seeking an experienced Embedded Camera Systems Engineer in Szczecin to debug and resolve complex camera driver issues on TI Jacinto-based hardware. You will work across kernel drivers, V4L2, and image sensor integration to ensure robust automotive-grade camera pipelines.

The role requires deep hands-on debugging of CSI-2 links, D-PHY/C-PHY traces, and kernel-level integration with TI Vision Apps and TIOVX.

Qualifications

• 5+ years embedded Linux driver development with MIPI CSI-2 camera work.
• Strong understanding of CSI-2 protocol (D-PHY/C-PHY, data types, ECC/CRC).
• Hands-on experience with V4L2/Media Controller, videobuf2, and device tree for cameras.

Responsibilities

• Debug intermittent/persistent camera capture issues on MIPI CSI-2 link on TI Jacinto boards.
• Analyze protocol traces (D-PHY/C-PHY) using oscilloscopes and logic analyzers.
• Debug and modify Linux kernel V4L2 subdevice drivers and media pipelines.
• Work with TI PS SDK, Vision Apps, and TIOVX for capture/ISP pipelines.
• Collaborate with hardware teams on signal integrity issues.
• Integrate and validate third-party image sensors and GMSL/FPD-Link bridges.
• Document root cause analyses and drive fixes with sensor vendors and TI.
• Support automotive functional safety documentation where applicable.

Skills

MIPI CSI-2

Embedded Linux driver development

V4L2 / Media Controller

TI Jacinto (TDA4) platforms

C programming

Python/Bash scripting

Hardware signal debugging

Education

Bachelor's degree in Electrical/Computer Engineering

Tools

Oscilloscope

Logic Analyzer

Protocol Analyzer

Job description

Unikie is seeking an experienced Embedded Camera Systems Engineer in Szczecin to debug and resolve complex camera driver issues on TI Jacinto-based hardware. You will work across kernel drivers, V4L2, and image sensor integration to ensure robust automotive-grade camera pipelines.

The role requires deep hands-on debugging of CSI-2 links, D-PHY/C-PHY traces, and kernel-level integration with TI Vision Apps and TIOVX.