AI Engineer — Real-World Robotic Autonomy & Equity

Harrison Clarke; San Francisco (CA); In loco; USD 250.000 - 400.000; Tempo pieno

Vantaggi offerti da questo lavoro

Equity

Top-of-the-range salary package

Fully covered medical, dental, and vision

Strong PTO

Relocation support

Descrizione del lavoro

Harrison Clarke is seeking an AI Engineer in San Francisco, California, to develop the intelligence layer for fleets of robots. Your work will ensure AI systems operate effectively in real-world environments. You will architect perception, reasoning, and control aspects while training and deploying AI models.

The role demands strong experience in computer vision and real-time systems, offering a competitive salary package inclusive of equity, comprehensive medical benefits, and relocation support. Join a well-funded, fast-paced team dedicated to shaping the future of autonomy.

Competenze

• At least two years of experience shipping AI models, ideally in robotics or autonomous systems.
• Understanding of distributed training and fine-tuning.
• Experience with reinforcement learning and prototypes in fast-paced environments.

Mansioni

• Architect across perception, reasoning, and control for AI systems.
• Train and evaluate VLA models and build architectures.
• Deploy real-time inference systems in hardware.

Conoscenze

AI models shipping

Computer vision

Deep learning

Multimodal architectures

Distributed training

Reinforcement learning

Descrizione del lavoro

Harrison Clarke is seeking an AI Engineer in San Francisco, California, to develop the intelligence layer for fleets of robots. Your work will ensure AI systems operate effectively in real-world environments. You will architect perception, reasoning, and control aspects while training and deploying AI models.

The role demands strong experience in computer vision and real-time systems, offering a competitive salary package inclusive of equity, comprehensive medical benefits, and relocation support. Join a well-funded, fast-paced team dedicated to shaping the future of autonomy.