This is an opportunity to join the Software Systems Engineering team to participate in building the Zoox robotaxi, the first in the world to operate on public roads. The Software Systems Engineering team is responsible for defining SW development processes and ensuring that all safety-critical software meets a high safety bar for production vehicles.
In this role, you will help introduce and drive the adoption of software development best practices across middleware components, including requirements, architectural design, code quality, and testing strategy; contributing to defining diagnostics strategies and appropriate system reactions to ensure robust, safe, and maintainable operation.
In this role, you will:
Act as a cross-functional bridge between middleware developers, and safety teams to ensure aligned design decisions and requirements.Develop and maintain a holistic architectural view of the middleware stack, including dependencies, interfaces and potential failure paths, for various compute platforms.Help evolve and strengthen the middleware and diagnostics architecture by identifying improvement opportunities such as decoupling interdependent components, designing appropriate fault reactions, etc.Define and implement component and system level diagnostics strategy, including fault detection, reporting, logging and traceability.Analyze fault propagation scenarios across components and help design mitigations that improve system availability and safety.Generate and track fault metrics on a regular cadence.
Qualifications:
B.S./M.S./PhD in Engineering, Physics or relevant field and 5+ years of experienceStrong experience in middleware, ideally in embedded or distributed systemsStrong communication skills with the ability to translate architectural and safety considerations into actionable engineering requirementsDemonstrated ability to apply software engineering best practicesExperience working in cross-functional environments involving platform, safety and software teams
Bonus Qualifications:
Hands on experience with design and implementation of diagnostic systems such as health monitoring, fault reduction or logging frameworksC++, MATLAB, PythonExperience on Safety-Critical Systems
