Perception Engineer

Job duties: Provide daily technical and execution guidance on research and development tasks to perception team members.

Specifically,

• Research, design, and develop algorithms for autonomous driving systems to solve challenging problems in ISEE's Perception and Sensor stack.
• Prototype and deploy robust perception algorithms on ISEE's vehicle fleet in areas of: Object Detection, Localization and Mapping, Fusion and Multi Object Tracking;
• Develop systems for multimodal Sensor Fusion and Calibration using multiple grade sensors including but not limited to Cameras, LiDARs, GNSS, IMUs and RaDARs.
• Invent and design new algorithms, tools, and models in emerging research areas to improve the complex autonomous vehicle systems;
• Develop simulations for ISEE's systems and identify discrepancies between virtual and real-world performance for future development and analysis.
• Contribute novel research ideas and collaborate with team members to conduct research data analysis. Lead the algorithm design discussions to solve technical problems for these systems;
• Stay up to date with current research in the field of Computer Vision and Pattern Recognition and share relevant research with the team.
• Manage and supervise the work of other perception team members.
• Contribute in the recruiting process for perception and software candidates. Job requirements: - Master’s degree in Electrical Engineering, Computer Engineering, Electrical and Computer Engineering or Computer Vision plus 18-month working experience. - 18-month working experience must in Machine learning and Sensor Calibration through algorithm development. Job duties: Provide daily technical and execution guidance on research and development tasks to perception team members. Specifically,
• Research, design, and develop algorithms for autonomous driving systems to solve challenging problems in ISEE's Perception and Sensor stack.
• Prototype and deploy robust perception algorithms on ISEE's vehicle fleet in areas of: Object Detection, Localization and Mapping, Fusion and Multi Object Tracking;
• Develop systems for multimodal Sensor Fusion and Calibration using multiple grade sensors including but not limited to Cameras, LiDARs, GNSS, IMUs and RaDARs.
• Invent and design new algorithms, tools, and models in emerging research areas to improve the complex autonomous vehicle systems;