Senior Embedded Software Engineer at TYTAN Technologies GmbH

Berlin, Berlin, Germany -

Full Time

Start Date

Immediate

Expiry Date

17 Dec, 26

Salary

1800000.0

Posted On

18 Sep, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Industry

Information Technology & Services

Description

Own the embedded Linux platform on the application cores of our next-generation mission computer: Yocto-based BSP, kernel configuration, device trees, board-specific drivers.
Build the onboard capability set: camera and video pipeline, hardware-accelerated vision building blocks, telemetry, and clean integration interfaces for GNC and mission payloads.
Implement the Linux side of the inter-processor communication with the real-time domain, including health monitoring, time synchronization and watchdog strategies.
Make the platform fleet-ready: secure boot chain, signed image updates, system hardening, fast and deterministic boot.
Set up CI with automated on-target testing and hardware-in-the-loop rigs; support integration and flight-test campaigns.
Work closely with SoC vendor BSPs and our in-house hardware team during board bring-up and debugging.
Mentor engineers across the team on Linux platform topics and establish maintainable platform practices.
Degree in Computer Science, Electrical Engineering, Embedded Systems or a comparable qualification.
5+ years of professional embedded Linux experience: Yocto or Buildroot, kernel and device-tree work, driver development and debugging on Arm SoCs.
Strong C/C++ skills; Python for tooling and test automation.
Hands-on experience with heterogeneous multi-core SoCs and enough RTOS understanding to design clean contracts with a real-time domain.
Practical experience with camera/video pipelines (e.g. V4L2, GStreamer); ISP tuning and ML deployment on embedded accelerators (e.g. vendor NPU SDKs, TensorRT-class toolchains) are a strong plus.
Experience with secure boot, signed updates and embedded security hardening is a strong plus.
Experience with UAV flight stacks or companion-computer setups (e.g. PX4, ArduPilot, MAVLink) is a plus.
Comfortable in the lab: reading schematics, using scopes and analyzers during bring-up.
A pragmatic platform thinker who takes ownership and builds for the long run.
Fluent in English, German is beneficial.

Responsibilities

Own the embedded Linux platform on the application cores of our next-generation mission computer: Yocto-based BSP, kernel configuration, device trees, board-specific drivers.
Build the onboard capability set: camera and video pipeline, hardware-accelerated vision building blocks, telemetry, and clean integration interfaces for GNC and mission payloads.
Implement the Linux side of the inter-processor communication with the real-time domain, including health monitoring, time synchronization and watchdog strategies.
Make the platform fleet-ready: secure boot chain, signed image updates, system hardening, fast and deterministic boot.
Set up CI with automated on-target testing and hardware-in-the-loop rigs; support integration and flight-test campaigns.
Work closely with SoC vendor BSPs and our in-house hardware team during board bring-up and debugging.
Mentor engineers across the team on Linux platform topics and establish maintainable platform practices.
Degree in Computer Science, Electrical Engineering, Embedded Systems or a comparable qualification.
5+ years of professional embedded Linux experience: Yocto or Buildroot, kernel and device-tree work, driver development and debugging on Arm SoCs.
Strong C/C++ skills; Python for tooling and test automation.
Hands-on experience with heterogeneous multi-core SoCs and enough RTOS understanding to design clean contracts with a real-time domain.
Practical experience with camera/video pipelines (e.g. V4L2, GStreamer); ISP tuning and ML deployment on embedded accelerators (e.g. vendor NPU SDKs, TensorRT-class toolchains) are a strong plus.
Experience with secure boot, signed updates and embedded security hardening is a strong plus.
Experience with UAV flight stacks or companion-computer setups (e.g. PX4, ArduPilot, MAVLink) is a plus.
Comfortable in the lab: reading schematics, using scopes and analyzers during bring-up.
A pragmatic platform thinker who takes ownership and builds for the long run.
Fluent in English, German is beneficial.