Staff Engineer • Senior

Who you are

You have a strong background in software engineering, particularly in validation processes for complex systems. Your experience includes using Python and SQL to develop tools that support software validation and decision-making in autonomous systems. You thrive in collaborative environments and are passionate about advancing technology that impacts urban mobility.

You understand the intricacies of system design and can effectively translate requirements into actionable tasks for engineering teams. Your analytical skills allow you to assess data and provide insights that drive product development. You are committed to fostering a diverse and inclusive workplace, valuing the contributions of all team members.

What you'll do

In this role, you will be responsible for designing and implementing offline software and tools that facilitate the validation of autonomous vehicles. You will collaborate with cross-functional teams, including Product, Program, Legal, Engineering, and Test, to ensure that the systems meet the necessary requirements for safety and performance. Your work will directly influence launch and release decisions, making your contributions critical to the success of Cruise's self-driving technology.

You will analyze data from various sources to inform validation processes and improve system designs. Your role will involve creating tools that streamline the validation workflow, enhancing the efficiency of the engineering teams. You will also participate in discussions about system architecture and contribute to the overall strategy for autonomous vehicle development.

What we offer

Cruise provides a dynamic work environment where innovation is encouraged, and every team member's input is valued. You will have the opportunity to work on cutting-edge technology that aims to reshape urban transportation. We offer competitive compensation and benefits, along with a commitment to professional growth and development. Join us in making a positive impact on the world through self-driving technology.