Jobs at Aeva, Inc.

Manage complex hardware product development, coordinate cross-functional teams, drive design and production activities, and communicate project status to stakeholders.

As a Senior Perception Engineer, you will develop and deploy algorithms for real-time perception systems in Aeva's 4D LiDAR technology, ensuring performance and scalability while adhering to coding standards.

The role involves leading software development and testing for complex projects, ensuring timely delivery and coordination across teams while managing risks and stakeholder communication.

The Operations Program Manager will coordinate production lines for Lidar systems, manage project schedules, and liaise with contract manufacturers to ensure project success.

Lead the design and development of core software infrastructure for 4D LiDAR products, optimizing for performance, scalability, and reliability while mentoring teams.

Design and implement real-time embedded applications in C/C++, develop drivers for SPI/I2C/UART, debug hardware-software issues, collaborate with EE/DSP/Test/QA, and follow software lifecycle processes including requirements, design, testing, and code reviews.

The Director of IT will oversee global IT, DevOps, and InfoSec operations, manage infrastructure and compliance, and lead a diverse team.

Manage and drive photonics layout and design automation, leading a team, ensuring quality, and facilitating cross-functional collaboration in a dynamic environment.

Lead a design team focused on silicon photonics for AI data centers and automotive applications by managing design processes and product timelines.

The Engineering Program Manager oversees photonics and semiconductor project development, manages schedules, coordinates with vendors, and drives resolution of technical issues to meet product milestones.

The Senior Customer Program Manager manages program deliverables, builds relationships with key accounts, and collaborates across teams to ensure customer satisfaction and drive results.

Develop and validate photonics-based modules and FMCW LiDAR systems through modeling, simulation, experiments, prototype debugging, and cross-functional collaboration to deliver system demonstrations.

As an Engineering Change Analyst, you will manage EC workflows, ensure quality documentation, and coordinate product releases from NPI to production.

Lead design and implementation of LiDAR sensing algorithms across the full signal chain (DSP, detection, ranging, calibration, point cloud processing). Drive algorithm architecture, perform trade studies and validation, collaborate with firmware/optics/systems to integrate and optimize for embedded/SoC/FPGA targets, and provide technical leadership across teams.

Lead end-to-end systems engineering for next-generation LiDAR sensors: own architecture, requirements, opto-mechanical and DSP subsystems, verification, safety and cybersecurity artifacts, cross-discipline integration, and ASPICE/ISO-compliant lifecycle deliverables.

Lead and grow a Finance & Accounting team, establish scalable global processes, manage order-to-cash and procure-to-pay cycles, oversee month-end close, and ensure compliance across international subsidiaries.

The NPI Alignment Engineer will develop precision optoelectronic alignment equipment, oversee production processes, perform failure analysis, and work with manufacturers on alignment equipment.

Design and lead development of a scalable Python-based test automation framework for embedded LiDAR systems, define test strategies (functional, regression, performance, security), mentor engineers, integrate HIL/SIL and CI/CD pipelines, and collaborate with firmware, DSP, and QA teams to ensure requirements traceability and automotive compliance.

Lead development of test and automation engineering teams, design and integrate test stations for LiDAR manufacturing, and drive continuous improvement in processes.

Design and implement real-time applications on ARM processors, develop multi-threaded applications, and debug issues during product development for embedded systems.