Zoox’s internship program provides hands-on experiences with state of the art technology, mentorship from some of the industry's brightest minds, and the opportunity to play a part in our success. Internships at Zoox are reserved for those who demonstrate outstanding academic performance, activities outside their course work, aptitude, curiosity, and a passion for Zoox's mission.
The Simulation team creates high fidelity synthetic data for training and testing AV AI, as well as real time sensor data for hardware-in-the-loop simulation. Zoox vehicles are deployed in many cities across the US, and wherever Zoox goes, Simulation makes sure we are good to go.
As an MLE Intern working on Simulation, you may be assigned to one of the following teams:
On the 3D World Sim team, you will extend our simulation pipeline to reproduce dynamic actors accurately in simulation. You will research and evaluate various reconstruction algorithms and integrate the most promising of them into our simulation framework.
On the Agent Simulation team, you will develop and improve models that realistically simulate the behavior of other road agents like pedestrians and vehicles. You will leverage software engineering and machine learning skills to ensure these simulated agents exhibit a wide range of plausible and representative human behaviors, which is critical for validating the safety and performance of Zoox's autonomous driving technology.
On the 3D Sensor Simulation team, you will help create high fidelity synthetic data for training and testing AV AI, as well as real time sensor data for hardware-in-the-loop simulation. You will develop 3D ML models and training datasets for 3D sensor simulation using modern machine learning architectures. Collaborate with the Sensors, Perception, and Validation teams to evaluate and iteratively improve the fidelity of sensor simulation.
On the Scenario Authoring team, you will help create agentic AI systems capable of generating novel scenarios for validating the safety and performance of Zoox's autonomous driving technology. You will leverage your software engineering and machine learning skills to gather data, fine-tune existing diffusion / foundation models, add new capabilities to our LLM agent, and evaluate success against customer requirements.
On the Scenario Automation team, you will help build scenario generation and analysis tools used to evaluate robot behavior via simulation. You will leverage your software engineering and machine learning skills to recreate high-fidelity simulation scenarios from recorded real-world driving data. Together, we’re creating a highly-scalable system used by mission assurance and autonomy engineers to continuously improve the safety and reliability of our robots.
