Director, AI
Serve Robotics- Full Time
- Senior (5 to 8 years)
Candidates should possess 5+ years of AI modeling experience, specifically within the self-driving car industry, or a PhD with 3+ years of AI modeling experience in the self-driving car industry. They should have a proven track record of developing and deploying large-scale ML models, experience using the latest techniques in diffusion and autoregressive models in a professional setting, familiarity with training inference and infrastructure pipelines, and a strong understanding of modern ML architectures and training techniques. Experience with RL and model debugging, optimization, and performance tuning is also required.
As the Head of AI Research, the individual will design and implement state-of-the-art ML models and training pipelines, apply novel machine learning techniques to robotics applications, develop efficient data and training strategies, implement model evaluation frameworks and metrics tracking, lead model development and iteration with a focus on rapid experimentation and prototyping, optimize training infrastructure and deployment, and collaborate with the engineering team to analyze model behavior and failure modes. They will also build robust evaluation and debugging systems, implement interpretability tools and visualization frameworks, track and improve model metrics, and adapt academic work into practical solutions.
Robotic automation solutions for businesses
Standard Bots offers robotic automation solutions for small to medium-sized enterprises (SMEs), with their main product being the RO1 collaborative robot. This robot can perform various tasks such as machine tending, pick and place operations, and inspection without requiring programming knowledge, making it user-friendly. The company stands out with its subscription model, starting at $500 per month, which includes the robot and comprehensive support services, allowing businesses to adopt automation without significant upfront costs. The goal of Standard Bots is to help SMEs improve efficiency and reduce labor costs through accessible and easy-to-use robotic solutions.