As a Senior Engineer, you’ll play a key role in designing our embedded platforms:

• Design the embedded software architecture of our smart cameras on NVIDIA Jetson platforms
• Develop and optimize real-time image processing and analysis pipelines
• Develop and integrate modules in C++ and Python on embedded Linux
• Handle camera stream acquisition and processing (calibration, pre-processing, encoding)
• Design and implement sensor fusion between multiple sources (additional cameras, LiDAR, radar) for robust detection
• Deploy and optimize vision/inference models on the edge (TensorRT, CUDA)
• Apply security best practices to our embedded systems and data flows
• Optimize performance: real-time constraints, latency, memory footprint, power consumption
• Provide technical leadership and mentor junior engineers
• Contribute to hardware/software architecture decisions together with the hardware and R&D teams

Why you are the Senior Engineer we've been looking for:

Your profile:

• You have a Master’s degree in Computer Science, Electronics Engineering or you are equal by experience

• Minimum 5 years of experience in embedded software development, ideally in vision or imaging

• Strong proficiency in Modern C++ and Python

• In-depth knowledge of embedded Linux
• Expertise in image processing (OpenCV or similar) and real-time pipelines
• Solid understanding of real-time constraints and low-level optimization
• Fundamentals of security for embedded and connected systems
• Autonomous, with technical leadership skills and a collaborative mindset
• You are fluent in English; French and/or Dutch is a plus

Also nice to have:

• Hands-on experience with the NVIDIA Jetson ecosystem (JetPack, DeepStream, TensorRT)
• Experience with multi-sensor fusion (camera-camera, camera-LiDAR, camera-radar) and state estimation (e.g. Kalman filtering)
• Knowledge of embedded security practices (secure boot, encryption, secure communication, system hardening)

Want to join a welcoming, understanding, and inclusive environment?

Based on the aptitude analysis carried out with the Actiris framework, the following factors have been identified for this position:

• Activities very often required:

  • See
  • Hear
  • Look at a screen for long periods
  • Visualize small details
  • Move hands
  • Move fingers
  • Understand simple instructions
  • Analyze a problem, a situation, …
  • Memorize, retain information
  • Write and understand written information
  • Manage numerical operations
  • Sustain prolonged mental effort
  • Establish social relations
  • Work in a team
  • Work autonomously
  • Take initiatives
    
    

• Activities sometimes required:

  • Visualize spatial extent and movement
  • Remain seated
  • Change position
  • Move upper body
  • Use arms/shoulders
  • Move torso/trunk
  • Move head
  • Understand complex instructions
  • Be attentive/concentrated
  • Learn new tasks
  • Make decisions
  • Be patient
  • Resist stress
  • Resist noise
  • Resist indoor working conditions