Senior Machine Learning Engineer II, Behaviors

We're Cruise, a self-driving service designed for the cities we love.

We’re building the world’s most advanced self-driving vehicles to safely connect people to the places, things, and experiences they care about. We believe self-driving vehicles will help save lives, reshape cities, give back time in transit, and restore freedom of movement for many.

In our cars, you’re free to be yourself. It’s the same here at Cruise. We’re creating a culture that values the experiences and contributions of all of the unique individuals who collectively make up Cruise, so that every employee can do their best work. 

Cruise is committed to building a diverse, equitable, and inclusive environment, both in our workplace and in our products. If you are looking to play a part in making a positive impact in the world by advancing the revolutionary work of self-driving cars, come join us. Even if you might not meet every requirement, we strongly encourage you to apply. You might just be the right candidate for us.

The Behaviors Teams at Cruise are responsible for developing machine learning models to enable our AV to drive smoothly and safely around an urban environment. This includes working on a variety of really exciting problems such as:

Building a the AV decision making model that makes safe, comfortable, intelligent driving decisions by considering all different nearby agents (like other cars, buses, animals, pedestrians) are going to in the next few seconds Generating safe, comfortable and feasible trajectories to navigate dynamic urban environments Scoring and selecting the optimal trajectory, optimizing across many dimensions such as safety, comfort and customer experience.

The Behaviors teams work closely with our Perception partners to get data from a variety of sensors, with rich attributes, simulation data, high-fidelity maps, etc, all of which is necessary to build the above technologies. We also collaborate with Robotics and Controls partners to enable the car to follow the planned path accurately.

This is a versatile role in Behaviors that drives a wide spectrum of applied ML research and development to overcome challenges on urban roads.

What you’ll be doing:

• From a research perspective, exploring, prototyping, validating, and iterating new algorithms

• On the development side, driving efforts to optimize, supervise and refine on-road performance for models on the path to production

• Considered one of the technical leaders of the department who guides current and future technology choices

• Have a …