Software Engineer II, Behavior Simulation

Aurora Innovation • Mountain View, CA

15h • $139,000 - $223,000

About The Position

Aurora hires talented people with diverse backgrounds who are ready to help build a transportation ecosystem that will make our roads safer, get crucial goods where they need to go, and make mobility more efficient and accessible for all. We’re searching for a Software Engineer II. The Behavioral Simulation team is responsible for building a simulation engine that simulates the systems downstream of the perception system. The team work on realistic actor behaviors and other infrastructure tooling for generating motion planning sims. . In This Role You Will: Develop software in standard C++17 and Python, using modern best practices. This is a hands-on software development role. Contributing to engineering best practices on a large and complex code base. Have an opportunity to tackle end-to-end simulation and autonomy behavior evaluation challenges across various areas of the autonomy system, including motion planning, mapping, localization. Design and develop critical simulation and offline testing engines and tools. Create and extend software for world entities, adaptive behavior, pathfinding, road networks, computational mathematics, spatial queries, collision detection, vehicle control, vehicle dynamics, etc.

Requirements

• Good development skills in C++, including modern C++ (11, 14, 17, 20)
• Understanding of common software performance issues and design tradeoffs
• BS or higher degree in robotics, computer science, software development, mathematics, or similar technical field of study, or equivalent practical experience

Nice To Haves

• Industry experience designing and programming C++ software
• Knowledge of linear algebra, computational geometry, or numerical methods
• Mindset for ownership, growth
• Customer orientation
• Experience with rigid body simulation
• Experience with Lie groups (modern geometry)

Responsibilities

• Develop software in standard C++17 and Python, using modern best practices.
• Contributing to engineering best practices on a large and complex code base.
• Have an opportunity to tackle end-to-end simulation and autonomy behavior evaluation challenges across various areas of the autonomy system, including motion planning, mapping, localization.
• Design and develop critical simulation and offline testing engines and tools.
• Create and extend software for world entities, adaptive behavior, pathfinding, road networks, computational mathematics, spatial queries, collision detection, vehicle control, vehicle dynamics, etc.

What This Job Offers

• Job Type: Full-time
• Career Level: Mid Level