Required Algorithms Engineer – 3D Perception
Which department will you join?
The AV sensing group is responsible for the critical and challenging task of object detection and scene comprehension using LiDAR and Radar sensors.
This role requires working at our Ramat Gan offices at least 2 days per week.
What will your job look like:
Develop algorithms for processing and validating 3D sensor data
Build and maintain geometric libraries and tools for spatial data processing
Combine classic programming with algorithm development in Python
Work on problems involving 3D geometry, coordinate systems, and sensor calibration
Take ownership of algorithmic challenges from research to production implementation
Collaborate with other teams to integrate solutions into the broader system.
Which department will you join?
The AV sensing group is responsible for the critical and challenging task of object detection and scene comprehension using LiDAR and Radar sensors.
This role requires working at our Ramat Gan offices at least 2 days per week.
What will your job look like:
Develop algorithms for processing and validating 3D sensor data
Build and maintain geometric libraries and tools for spatial data processing
Combine classic programming with algorithm development in Python
Work on problems involving 3D geometry, coordinate systems, and sensor calibration
Take ownership of algorithmic challenges from research to production implementation
Collaborate with other teams to integrate solutions into the broader system.
Requirements:
Master's degree in CS, Mathematics, Physics, or Engineering (exceptional Bachelor's with strong industry experience will be considered)
Strong foundation in algorithms and data structures – comfortable implementing and analyzing classic algorithms
Experience in Python development with NumPy/SciPy and understanding of algorithmic complexity
Mathematical maturity to work with 3D geometry, linear algebra, and coordinate transformations
Proven ability to solve complex algorithmic problems independently
Advantages:
Experience with:
Radar, lidar or other 3D sensors
Sensor fusion, calibration, or state estimation
Classical computer vision, SLAM, or multi-view geometry
Building mathematical/geometric software
Graduate research from strong programs in relevant fields
Track record of implementing complex algorithms from research papers.
Master's degree in CS, Mathematics, Physics, or Engineering (exceptional Bachelor's with strong industry experience will be considered)
Strong foundation in algorithms and data structures – comfortable implementing and analyzing classic algorithms
Experience in Python development with NumPy/SciPy and understanding of algorithmic complexity
Mathematical maturity to work with 3D geometry, linear algebra, and coordinate transformations
Proven ability to solve complex algorithmic problems independently
Advantages:
Experience with:
Radar, lidar or other 3D sensors
Sensor fusion, calibration, or state estimation
Classical computer vision, SLAM, or multi-view geometry
Building mathematical/geometric software
Graduate research from strong programs in relevant fields
Track record of implementing complex algorithms from research papers.
This position is open to all candidates.
