Senior Robotics Engineer - Field AI Autonomy & Fleet Control

FieldAI; Irvine (CA); On-site; USD 100,000 - 140,000; Full time

Benefits offered by this job

Creative and innovative work environment

Opportunity to work with top industry talent

Inclusive culture promoting diversity

Job summary

A leading robotics company in Irvine, California seeks a Senior Robotics Engineer to design and implement advanced control systems for autonomous vehicles. The role requires expertise in modern control theory and multi-agent autonomy, with a focus on practical deployment in challenging environments. Ideal candidates will hold a Ph.D. or MS and have hands-on experience in robotics integration, making this a pivotal role within a dynamic team dedicated to redefining robotic capabilities in real-world applications.

Qualifications

• Deep expertise in predictive and sampling-based control methodologies.
• Proven experience designing multi-agent autonomy behaviors.
• Hands-on experience deploying control algorithms on physical robots.

Responsibilities

• Lead design and implementation of advanced control systems for autonomous vehicles.
• Develop and implement control stacks for safe and reliable operations.
• Guide technical strategy and serve as a planning and controls expert.

Skills

Modern control theory expertise

Multi-agent autonomy behaviors

Robotics integration experience

Problem-solving ability

Education

Ph.D. in Robotics, Computer Science, Mechanical Engineering, or related

Tools

Control and planning algorithms

Robotic platforms

Docker

Kubernetes

Job description

A leading robotics company in Irvine, California seeks a Senior Robotics Engineer to design and implement advanced control systems for autonomous vehicles. The role requires expertise in modern control theory and multi-agent autonomy, with a focus on practical deployment in challenging environments. Ideal candidates will hold a Ph.D. or MS and have hands-on experience in robotics integration, making this a pivotal role within a dynamic team dedicated to redefining robotic capabilities in real-world applications.