Systems Engineer, Perception - Autonomy Trucking
Applied Intuition · Sunnyvale, CA · 1 mo ago
On-siteManagement$118k–$235k/yrFull-time
About the role
We are looking for a Perception Systems Engineer with an automotive background in ADAS and/or autonomous driving. This engineer will define and manage the perception subsystem requirements as well as evaluate its safety and performance for autonomous driving at scale. This engineer will play a critical role in shaping the technical direction of this project in the automotive industry space.
Responsibilities
- Design, monitor and manage full subsystem-level requirements for full perception requirements
- Evaluate the subsystem to ensure that it meets intended requirements
- Support tools development to derive perception requirements from stakeholder needs and safety case to meet program level standards
- Develop and manage scalable V&V pipeline for perception to evaluate performance and support release
- Coincide with perception SW team to align on requirements
- Coordinate with perception SW team to align on requirements
- Work with HW teams on designing the perception sensor set and hardware
- Provide clear goals for all areas of a project and manage tasks to oversee their timely execution
Requirements
- 3+ years of experience in a system engineering role responsible for owning system requirements, testing systems for verification, and designing system requirements in the automotive industry
- Experience in working on perception systems
- Expertise in different sensor modalities used for autonomous driving
- Coding expertise developing scripts for overall perception requirements framework and evaluation (python preferred, C++ nice to have)
- MS/BS degree in Computer Science, Mechanical, Systems Engineering or equivalent
- Expertise in mechanical, electrical, and software engineering
- Experience with ADAS, autonomous systems, and robotics (L2++ systems)
Qualifications
- Nice to have: Project management and leadership experience in the AV industry
- Research experience in the AV and robotics fields