The Senior Integration Test Engineer will build automated regression testing for DSP and Lidar functionalities, design test frameworks, validate DSP algorithms, and partake in development processes including test planning and execution.

The Systems Engineer will analyze system-level issues, develop algorithms for point cloud processing, and validate performance of LiDAR systems. This role requires collaboration with hardware and software teams to enhance system performance and solve complex engineering challenges.

The Reliability Test Engineer will develop and execute test strategies and protocols to ensure the reliability of Aeva's 4D LiDAR systems. Responsibilities include conducting various reliability tests, diagnosing issues in test setups, managing lab instrumentation, creating automated tests, and analyzing results to drive design improvements.

Design and implement real-time embedded applications on ARM processors using C++. Participate in software processes including documentation and code reviews. Debug issues, optimize performance, and collaborate with cross-functional teams.

The role involves verifying DSP designs for SoCs and FPGAs, defining and developing verification environments using SystemVerilog and UVM, building self-checking environments with C/C++, executing verification plans, and collaborating with cross-functional teams to ensure high-quality delivery.

The Staff SoC Design Engineer will play a crucial role in the development of the SoC CPU complex for Aeva's Lidar processing chip. Responsibilities include developing sub-components, collaborating with third-party IP providers, ensuring power and performance targets are met, and integrating additional functionalities.

The Staff SoC Verification Engineer will lead the verification team to ensure the quality of advanced ARM-based SoCs for 4-D Lidar applications. Responsibilities include architecting test environments, defining verification plans, working on coverage analysis, and collaborating closely with cross-functional teams to meet functional, performance, and power targets.

Design and implement real-time applications on ARM processors, create documentation for software processes, debug complex issues during product development, and develop firmware for embedded Linux. Collaborate in software design reviews and improvements.

The Staff Design Engineer will develop components for Aeva's 4-D Lidar processing chip, focusing on RTL design, implementation of SOC functionality including DSP designs and debugging complex systems. They will collaborate with various engineering teams to ensure optimal performance and power efficiency.

As a Senior Localization Engineer, you will contribute to the development of Aeva’s 4D state estimation stack, optimize and deploy LiDAR algorithms, and adhere to coding standards. Your responsibilities include prototyping algorithms, ensuring performance and scalability, and delivering accurate documentation and tests.

The Software Engineering Project Manager will lead complex software development projects, coordinating with cross-functional teams to ensure timely delivery of high-quality products. Responsibilities include managing project tasks, risks, and communication with stakeholders, while driving technical issues to resolution and overseeing test execution.

The Senior Product Design Engineer will be responsible for the design, maintenance, and improvement of products and assembly fixtures. This role requires strong engineering fundamentals, CAD skills (SolidWorks), and experience with manufacturing processes. Interaction with suppliers and collaboration with other engineering disciplines is essential.

The Senior Perception Engineer will develop and optimize perception algorithms for Aeva's 4D FMCW LiDAR technology. Responsibilities include prototyping algorithms, ensuring code quality and performance, and contributing to real-time perception systems deployed in production.