HW/SW Integration Engineer - Fernride GmbH
Our Take
Build hardware-in-the-loop CI infrastructure for autonomous logistics at Fernride.
What you’ll do
- Design, build, and operate HIL/CI systems
- Implement replay and resimulation setups
- Automate HW/SW integration tests
- Develop software for Restbus simulations
- Integrate hardware validation workflows
- Improve CI environment observability
What they’re looking for
- Expert C++, Rust, or Python engineering
- HIL and CI system design from scratch
- CAN bus and embedded vehicle networking
- Bazel build and test integration
- Cross-domain HW/SW debugging experience
Skills & Focus Areas
- C++
- Rust
- Python
- Bazel
- CI/CD
- CAN bus
- HIL testing
- simulation
As posted by Quantum-Systems
Fernride is building the future of autonomous logistics by combining advanced automation technology with human‑guided teleoperations. We enable logistics companies to transition toward safer, more efficient, and more sustainable driverless operations. With strong expertise in robotics, AI, and automotive engineering, Fernride delivers scalable solutions that bring real‑world autonomy to industrial environments.
As part of the Engineering Enablement / Platform software team, you will design and operate HIL and target CI systems that scale with product complexity while maintaining high quality and determinism. The goal is leverage: enabling product teams to validate changes early, automatically, and with confidence.
What is your Day to Day Mission:
Design, build, and operate HIL and target CI systems integrated into the company-wide CI pipeline.
Design and implement replay and resimulation setups, demonstrating understanding of embedded compute hardware, automotive networking, and camera ISP pipelines.
Automate HW/SW integration tests using emulation, simulation, and real hardware targets.
Develop high-quality, maintainable software for Restbus simulations (CAN), focusing on full automation.
Integrate hardware-centric validation workflows into our world-class Bazel build and test systems.
Improve observability, stability, and reproducibility of hardware-driven CI environments.