QNX RTOS engineer (m/w/d)

coera robotics; Berlin; Vor Ort; EUR 90.000 - 130.000; Vollzeit

Zusammenfassung

coera is seeking a senior RTOS engineer in Berlin to own the runtime story end-to-end—from kernel integration to partitioned workloads on a single SoC and through to certified release.

You will design real-time-critical paths, ensure MISRA C/C++ discipline, and work with QNX OS for Safety and QNX Hypervisor for Safety, BSPs, and safety standards in a highly autonomous robotics context.

Qualifikationen

• Expert C and modern C++ (C++14+) with MISRA discipline.
• Deep knowledge of QNX OS for Safety and QNX Hypervisor for Safety.
• BSP or device-driver experience on automotive/robotics-grade SoC (ARMv8-A/v9-A).
• Functional safety literacy anchored in IEC 61508 and EU Machinery Regulation 2023/1230.
• V-model or Automotive SPICE or IEC 61508 Part 3 process fluency.

Aufgaben

• Own coera's runtime on RTOS for Safety, end-to-end.
• Architect mixed-criticality partitioning using QNX Hypervisor for Safety to run workloads in parallel on one SoC.
• Bring up and maintain board support packages on coera's target SoCs.
• Design real-time-critical paths: scheduling, IPC, deterministic memory management, latency budgets.

Kenntnisse

C/C++ (MISRA)

QNX OS for Safety

QNX Hypervisor for Safety

Automotive/Robotics SoC knowledge

Functional safety standards

Tools

QNX tools

Jobbeschreibung

Why this role matters

coera's guardrails run where robots run. That means a real-time operating system we can certify. QNX OS for Safety and QNX Hypervisor for Safety are the industry anchors for safety-certified real-time on autonomous vehicles, robotic agents, and medical devices. You will own coera's runtime story end-to-end, from kernel-level integration to partitioned workloads on a single SoC, through to certified release.

Why this role matters

coera's guardrails run where robots run. That means a real-time operating system we can certify. QNX OS for Safety and QNX Hypervisor for Safety are the industry anchors for safety-certified real-time on autonomous vehicles, robotic agents, and medical devices. You will own coera's runtime story end-to-end, from kernel-level integration to partitioned workloads on a single SoC, through to certified release.

What You Will Own

• Own coera's runtime on RTOS for Safety, end-to-end.
• Architect mixed-criticality partitioning using i.e. QNX Hypervisor for Safety, so workloads run in parallel on one SoC without compromising the safety guarantee.
• Bring up and maintain board support packages on coera's target SoCs.
• Design the real-time-critical paths: scheduling, IPC, deterministic memory management, latency budgets.

What We Look For

Must have

• Expert C and modern C++ (C++14+) with MISRA C / MISRA C++ / AUTOSAR C++14 discipline.
• Deep working knowledge of QNX OS for Safety and QNX Hypervisor for Safety: microkernel message-passing, resource managers, adaptive partitioning, POSIX conformance.
• BSP or device-driver experience on at least one automotive or robotics-grade SoC family such as ARMv8-A / ARMv9-A fluency at register, MMU, and IPC level.
• Functional safety literacy anchored in IEC 61508 and EU Machinery Regulation 2023/1230.
• V-model or Automotive SPICE or IEC 61508 Part 3 process fluency.

Strong signals

• Prior product taken through SIL2 or ASIL-B or higher to assessor sign-off, with your name on the safety case.
• Hypervisor partitioning and mixed-criticality shipping (QNX Hypervisor for Safety, Green Hills INTEGRITY Multivisor, Lynx LYNXOS-178, PikeOS).
• Safety analysis fluency: FMEA, FMEDA, DFA, FTA, HAZOP, STPA.
• QNX-adjacent open-source contributions, or a track record at BlackBerry QNX.
• IEC 62443 (industrial cybersecurity) and ISO/SAE 21434 (automotive cyber) literacy. Security as a first-class concern on the runtime.

Bonus

• Experience porting a codebase from general-purpose Linux to an RTOS.
• German or Farsi in addition to English.

What We Offer

A core team role with real ownership over what we build and how. Direct line to deployments with leading robotics partners from day one. Post-thesis, pre-scale: the window where the work you do actually compounds.

All coera employees participate in the company's long-term success through our employee incentive program (EIP). The specific terms of your stake are agreed individually as part of your compensation package.

How We Work

Small, senior, deliberate. We write more than we meet. We ship the core of the product before we ship the edges. We care about craft in code, policy design, and how we engage with customers. The bar is high, and the stakes are high: the safety layer of the robotics revolution is being built now, and we intend to be the one that defines it.

Process and small print

A short intro call, a technical conversation tailored to the role, a deeper-dive session (onsite or remote), and an offer. Typical time from application to offer is two to three weeks. We move fast when we meet the right person.

Visa and relocation

We support visa sponsorship and relocation within Europe where it makes the difference between hiring the right person and not.

Equal opportunity

We hire on the strength of the work. We do not discriminate on the basis of ethnic origin, gender, religion or belief, disability, age, sexual identity, or anything else unrelated to the job. We explicitly welcome applications from people with disabilities and give them equal consideration.

Your data

We process your application data under the GDPR to run this hiring process. If we do not hire you, we keep your data for up to six months afterwards so we can respond to any questions or legal claims, then delete it. If you would like us to keep your details longer for future roles, we will ask for your separate consent. You can ask us to delete your data at any time. Find our privacy policy here: https://coera.jobs.personio.com/privacy-policy

About Us

coera is building the universal safety intelligence layer for human-robot coexistence, redefining what safety means in the age of physical AI. Robotics is advancing faster than the safety systems meant to support it. coera closes that gap with multimodal sensing and deterministic guardrails: retrofittable, embeddable, controller-agnostic. Safety is not a checkpoint or a constraint. It is the capability that lets intelligent machines operate freely wherever people do.