Search the 7 jobs at Aeva, Inc.

Responsible for verifying state-of-art DSP design at block, subsystems, and full-chip level using constrained random verification techniques. Define and develop testbenches, reference models, and scoreboards. Collaborate with cross-functional teams to ensure high-quality DSP IP delivery.

Develop sub-components of the SOC CPU complex, work with third-party IP providers including ARM, design and implement Aeva specific sub-components, focus on developing efficient, reliable, and robust functionality, collaborate with cross-functional teams to meet functional, performance, and power targets

Lead the verification of advanced ARM-based SOCs for perception applications, architect verification environments, define test plans, work on system-level verification plans, and collaborate with cross-functional teams to ensure high-quality SoC delivery.

Design and implement real-time applications on ARM processors interfacing with multiple sensors in C++. Participate in software processes, debug issues during product development.

Design and develop the signal processing path for Aeva’s 4-D Lidar processing chip. Implement sub-components in ASIC. Work on efficient, reliable, and robust functionality

Design and implement Adaptive AUTOSAR application software components using Vector DaVinci or ETAS ISOLAR tool. Participate in software processes, interact with cross-functional teams, and own and configure key Adaptive AUTOSAR components. Architect real-time applications on ARM processors and engage in software development lifecycles.

Work as an Applications Developer and DevOps engineer at Aeva, building custom applications and dashboards for managing HW development flow, driving Continuous Integration, and deploying applications using Jenkins in a hybrid on-premise and cloud environment. Requires 5+ years of experience in DevOps, CAD, or SW Application development, expert programming skills in Python, and proficiency in various tools like Jenkins, Grafana, Docker, and more.