Senior/Staff Behavior Planning Engineer

Gatik AI, a pioneer in autonomous middle-mile logistics, is seeking a Senior/Staff Behavior Planning Engineer to join their team in Mountain View, CA. This role is at the forefront of developing autonomous vehicle technology, specifically focusing on the core behavior planning system that enables safe and intelligent decision-making in real-world scenarios.

The position offers an opportunity to work with cutting-edge technology in autonomous transportation, specifically focusing on B2B logistics solutions. As the first company to achieve fully driverless middle-mile commercial deliveries, Gatik holds a unique position in the AV industry. The role involves designing and implementing sophisticated behavior planning systems, working with behavior tree architectures, and developing robust C++ infrastructure.

The ideal candidate will bring significant experience in robotics or autonomous systems, with either a Ph.D. and 3+ years of experience or a Master's with 5+ years of industry experience. Strong proficiency in C++ and deep understanding of autonomous vehicle systems are essential. The role offers competitive compensation ranging from $180,000 to $260,000.

Working at Gatik means joining a diverse team committed to revolutionizing the B2B supply chain through autonomous technology. The company has established operations across major markets including Texas, Arkansas, and Ontario, Canada, and has partnerships with major retailers like Walmart. This role requires working onsite 5 days a week at the Mountain View office, offering the opportunity to collaborate directly with cross-functional teams and contribute to groundbreaking developments in autonomous vehicle technology.

The position combines technical leadership with hands-on development, requiring both deep technical expertise and the ability to mentor team members. It's an excellent opportunity for someone passionate about autonomous vehicles and interested in solving complex challenges in behavior planning and decision-making systems.