Open roleUpdated
Algorithm Engineer Senior Technical Expert - Objects Perception
MobileyeRamat Gan, Israel
- Work model
- Hybrid
- Experience
- 5+ years
- Employment
- Full Time
- Compensation
- Not disclosed
- Technology signal
- 3 tags
Technology context
3Parsed from the vacancy text; ordered by relevance to this role.
Deep LearningPythonComputer Vision
Full listing
Role description
We are Object Perception group at Mobileye, developing deep learning - based perception systems for autonomous driving. Our work spans scene understanding, multi-camera reasoning, 3D modeling, and behavior prediction.
We are looking for a senior computer vision engineer: a hands on individual contributor whose work will be broad and touch many projects across the group, to lead long-term research initiatives and POCs that shape the technical direction of our technology.
What will your job look like
- Lead long-term applied research and POCs that determine the direction of our perception and autonomy technology.
- Design and implement modern end-to-end perception and multi-modal learning systems across diverse vision tasks (e.g., detection and tracking, 3D reconstruction, multi-camera fusion, motion prediction).
- Translate research innovations into high-quality, validated POCs designed for adoption by production teams and deployment within autonomous vehicle platforms.
All you need is
- M.Sc. in Mathematics, Computer Science, Electrical Engineering, or related field (PhD - an advantage)
- 8+ years of hands-on experience developing computer vision and deep learning systems
- Proven experience driving vision models from research through POC and into production
- Able to take a vaguely-defined research direction and own it end-to-end, independently
- Strong programming skills in Python
Advantage
- Broad hands-on experience across vision tasks such as object detection and tracking, and 3D scene understanding
- Technical leadership experience (team management experience an advantage)
- Experience in motion prediction, trajectory forecasting, behavior modeling, or learning-based navigation for autonomous systems
- First-authored publications at leading peer-reviewed conferences (e.g., CVPR, ECCV, ICCV, NeurIPS, ICML, ICLR)