Join Mobileye’s HIL Team
Where Real-World Driving Meets Real-Time Simulation

Be part of the engineering powerhouse driving the validation of Mobileye’s autonomous vehicle technology. Our Hardware-in-the-Loop (HIL) team, part of the Simulation Group, builds the next generation of massive scale, high-fidelity simulation platforms. We bring complex, real-world sensor data into a controlled environment, enabling faster, safer, and deterministic AV development.

The HIL platform functions as a massive, ultra-low-latency replay and simulation engine. It allows developers to stream precise driving scenarios through the full autonomous stack—from perception to control—under tight real-world constraints.

Join Mobileye’s HIL Team
Where Real-World Driving Meets Real-Time Simulation

Be part of the engineering powerhouse driving the validation of Mobileye’s autonomous vehicle technology. Our Hardware-in-the-Loop (HIL) team, part of the Simulation Group, builds the next generation of massive scale, high-fidelity simulation platforms. We bring complex, real-world sensor data into a controlled environment, enabling faster, safer, and deterministic AV development.

The HIL platform functions as a massive, ultra-low-latency replay and simulation engine. It allows developers to stream precise driving scenarios through the full autonomous stack—from perception to control—under tight real-world constraints.

What will your job look like?

We are looking for analytical engineers who love breaking down complex problems, designing resilient systems, and optimizing data flow.

Design & Architect: Build a high-performance, real-time data replay platform, leveraging modern systems languages (C++23/Rust) to handle massive data throughput.

Engineer the Core Engine: Develop the synchronization and data-injection engine that streams multi-gigabit sensor and vehicle signals with sub-millisecond precision.

Solve Complex Systems Challenges: Tackle deep software/hardware integration problems across networking, latency, determinism, and data serialization.

Deep Performance Optimization: Profile and debug Linux systems from user space to kernel space, identifying and eliminating bottlenecks in memory subsystems, I/O, and schedulers.

Collaborate Across Domains: Work closely with algorithm teams, systems engineers, and infrastructure architects to deliver scalable, reliable production solutions.

All you need is:

We care more about your ability to reason about complex systems, data structures, and performance than your knowledge of language-specific trivia.

6+ years of experience in backend systems, distributed systems, or high-performance software engineering.
Strong Systems Fundamentals: Excellent command of memory models, concurrency, resource management, and execution lifecycle (using systems-level languages like C++ or Rust).
Deep Linux Expertise: Strong hands-on knowledge of Linux environments, operating system internals, and performance tooling (perf, gdb, network diagnostics).
Data & Network Fluency: Experience designing low-latency software, handling high-throughput data streams, and managing network-level protocols.
Analytical Problem Solving: A proven track record of diagnosing root causes for complex, systemic issues—whether they lie in code, memory, or I/O infrastructure.

Bonus Points:

Experience with low-level Linux internals, embedded systems, or custom driver communication.

Familiarity with high-throughput DMA technologies (e.g., QDMA) or custom
hardware acceleration.

Background in robotics, automotive systems, simulation architectures, or massive-scale data processing pipelines

Why Join Us?

This is a unique opportunity to apply core backend and systems-engineering principles to a high-stakes, real-world problem. If you enjoy peeling back the layers of software to optimize how data moves through hardware, join us in redefining how autonomous vehicles are validated and brought safely to the world.

Senior C++ SW Engineer- Simulation Group R&D