Aeva

You'll drive **layout and design automation** for Aeva's silicon photonics LiDAR sensors. Your work will directly impact autonomous vehicles and robotics by enabling safer, more intelligent perception. You'll shape our **photonics design automation roadmap** and collaborate across design, process, and test teams.

You'll lead **LiDAR sensing algorithm development** for **next-generation autonomous driving sensors**. Your work bridges raw signal processing to perception pipelines, driving real-world impact. You'll shape the technical foundation as the first algorithms engineer in the Bangalore office.

You'll lead **LiDAR sensor product development** as the technical systems owner, driving architecture, requirements, and integration across optics, electronics, and firmware teams. Your work will directly impact **safety-critical autonomous systems** in automotive and robotics. This is a rare opportunity to build the systems engineering practice from the ground up in a new office.

You'll **own the validation and characterization strategy** for Aeva's next-gen LiDAR sensors, driving performance testing in both lab and field environments. Your work will directly impact product development and release readiness for **automotive-grade LiDAR** systems. This is a rare opportunity to **establish the validation function** in our Bangalore office from the ground up.

You'll **lead quality assurance** for Aeva's 4D LiDAR perception technology, ensuring compliance with ASPICE, ISO 21434, and ISO 26262. Your work will directly impact autonomous driving and robotics products, driving a culture of **continuous improvement** across cross-functional teams.

You'll join the core engineering team to characterize novel photonic devices for **4D LiDAR** systems. Your work will directly impact sensing performance for **autonomous vehicles**. This role offers the chance to drive development at **silicon photonics scale**.

You'll partner with cross-functional teams to deliver **photonics-based modules** and **FMCW lidar systems** to market. You'll model and analyze novel photonics solutions, advancing capabilities for lidar, depth sensing, and other markets. This role is critical for developing **new photonics designs** from concept through prototype demonstration.

You'll work on **mixed-signal PCB bringup** and **sub-circuit characterization** for Aeva's 4D LiDAR sensors. Your core impact is ensuring hardware reliability for autonomous driving and robotics applications. This role offers hands-on lab experience in a fast-paced, high-impact team.

You'll lead **cross-functional software development and test activities** for **Aeva's groundbreaking 4D LiDAR perception technology**. This role drives on-time delivery of high-quality products for automated driving and industrial robotics.

You'll manage engineering change workflows and approval processes using **TeamCenter**, ensuring quality and accuracy of documentation for Aeva's **4D LiDAR sensors**. You'll coordinate product releases from NPI to production, driving **excellence in change control procedures**.

You'll **deploy and support front-end EDA tools** for RTL simulation, low power, static checks, and formal verification, working alongside design and verification teams. Your work will **streamline compute infrastructure** and **automate regression and debug flows** via CI/CD pipelines.

You'll oversee production quality of **Aeva's 4D LiDAR** and act as the primary quality liaison with contract manufacturers. You'll drive **root cause analysis** and implement **advanced quality planning** to achieve zero defects at scale.

You'll design and implement **real-time applications** on **ARM processors** for Aeva's 4D LiDAR sensors, interfacing with multiple sensors in C/C++. Your work will directly impact perception technology for autonomous vehicles and robotics. This role offers the chance to work on cutting-edge silicon photonics LiDAR from architecture through production.

You'll lead **software development, test, and release activities** for Aeva's **4D LiDAR perception technology** across cross-functional teams. Your core impact will be coordinating complex technical efforts to deliver high-quality products on schedule. This role offers the chance to work on **cutting-edge autonomous driving and industrial sensing**.

You'll lead **global IT, DevOps, and InfoSec operations** at a cutting-edge LiDAR company. Your work will directly enable **autonomous driving and industrial robotics** systems. This role serves as the functional CISO and reports to the CTO, owning critical security certifications.

You'll support employees across MacOS, Windows, and Linux, handling onboarding, troubleshooting, and conference room tech. You'll improve IT processes and user experience in a fast-paced hardware startup. This role offers the chance to shape IT operations in a growing company.

You'll design and implement real-time applications on **application processors & microcontrollers** in C/C++ for Aeva's 4D LiDAR sensors. Your work will directly impact autonomous driving and robotics perception systems.

You'll own **automotive reliability and qualification** for LiDAR systems, defining DV/PV test plans per ISO 16750 and leading failure analysis. Core impact: driving **single-fault robustness** and **EMC compliance** from pre-compliance through third-party lab testing.

You'll work on the classical perception algorithms stack for **Aeva's 4D FMCW LiDARs**, contributing to a production-grade perception stack. Your work will **push the boundaries of autonomous driving performance** using instant velocity detection. **You'll prototype novel algorithms and implement them rapidly** in a fast-paced environment.

You'll **own the development and deployment of 3D perception models** for object detection, segmentation, and lane detection at a company transforming autonomy with its silicon photonics LiDAR technology. Your work will directly shape **how autonomous systems perceive and understand the world**.

You will join Aeva's R&D team to support manufacturing operations for **testing and debugging printed circuit boards**. You'll perform rework on PCBA, load software/firmware, and run prescribed tests. This role offers hands-on experience with **silicon photonics technology** in a contract position.

You'll develop **test automation** and **MES integration** for **photonics manufacturing** of 4D LiDAR sensors at Aeva. Your work ensures high-yield production of cutting-edge autonomous vehicle technology. You will collaborate with cross-functional teams to install and qualify test stations.

You'll architect and own PCB designs for **4D LiDAR sensors** at a **silicon photonics startup**, driving design from concept to high-volume production.

You'll manage key customer programs for **Aeva's 4D LiDAR sensors** used in automated driving and industrial robotics. You'll serve as the day-to-day contact, building trust while identifying opportunities. This role offers the chance to impact **autonomous systems** at a **Silicon Valley innovator**.

You'll join Aeva's **CLAMS team** to implement and deploy **SOTA state estimation and online calibration algorithms** for their **4D FMCW LiDAR sensors**. Your work will directly impact production-level autonomous driving performance and safety.

You'll lead **Lidar assembly line** bring-up from RFQ through mass production, collaborating with cross-functional teams and contract manufacturers. Your work will directly impact **product quality, delivery, cost, and reliability** of autonomous driving sensors. This role offers **hands-on involvement in cutting-edge silicon photonics technology**.

You'll **design and deploy test solutions** for Aeva's cutting-edge LiDAR sensors, using Python for automation and data analysis. You'll **execute detailed test plans** to characterize and validate system performance in a controlled environment.

You'll own **data collection pipelines** and **sensor data workflows** at Aeva, integrating LiDAR and camera data from autonomous vehicles. Your work directly enables **safer autonomous driving decisions** through reliable, production-grade systems.

You'll **design and implement real-time applications** on ARM processors for **Aeva's 4D LiDAR sensors**, enabling autonomous vehicles and robots to make intelligent decisions. Your work will directly impact perception technology from initial architecture through production.

You'll design and analyze complex optical systems for Aeva's **LiDAR coherent sensing system**, a breakthrough in autonomy. Your work will directly impact the performance of sensors used in automated driving and robotics, bringing **next-wave perception** to production.

You'll develop **precision optoelectronic alignment equipment** for Aeva's **4D LiDAR sensors**, enabling safer autonomous vehicles. You'll work with design teams and contract manufacturers to bring active alignment processes to production.

You'll **build and lead a Finance Center of Excellence** in Bangalore, hiring a 3-5 person team to own global accounting processes. Reporting directly to U.S. HQ, you'll ensure **strong internal controls and automation** while managing statutory compliance across India, Germany, and Thailand. This is a high-visibility role with direct access to global leadership.

You'll lead **lidar assembly line** setup from NPI to mass production, collaborating with cross-functional teams and contract manufacturers. Your expertise in **process optimization** and **data analysis** will drive quality, yield, and efficiency improvements. This role offers the chance to shape manufacturing for a cutting-edge **4D LiDAR technology** company.

You'll lead **photonics module development** projects from design to production, managing vendor relationships and build/test activities. Your work will directly impact **high-volume manufacturing** of 4D LiDAR sensors for autonomous driving and robotics. This role offers the chance to drive **cutting-edge silicon photonics** from concept to delivery at a fast-paced startup.

You'll lead **software infrastructure and test case development** for Aeva's next-gen 4D LiDAR sensors, driving **complete test coverage and compliance** with automotive standards like ISO 26262 and ASPICE. You'll collaborate across teams to ensure **quality and safety throughout the product lifecycle**.

You'll lead the design and development of **core software infrastructure** for **4D LiDAR products** at Aeva, transforming autonomy. You'll own critical systems used across multiple engineering teams, focusing on reliability, efficiency, and scalability. This role is ideal for someone exceptional in modern C++ who understands large software architectures.

You'll support customer software integration for **4D LiDAR sensors** and help partners deploy **Aeva's perception technology**. You'll troubleshoot issues, build custom examples, and collaborate on integration planning to advance autonomous systems.

You'll lead **test strategy and coverage** for photonic devices and PCBAs at a **cutting-edge LiDAR startup**. Your core impact is driving test automation, yield improvement, and team leadership. This role offers **hands-on work with optics and electronics** from prototype to high-volume manufacturing.

You'll own **strategic sourcing** and **supplier management** for critical components in our **advanced LiDAR systems**. Your work directly enables meeting aggressive product development and volume production goals. This role offers the chance to shape supply chain strategy for cutting-edge autonomy technology.

You'll drive **systems engineering** for next-generation **LiDAR sensor products** at a cutting-edge autonomy company. You'll ensure compliance with automotive standards like **ISO 26262** and **ISO/SAE 21434**. This role offers the chance to shape perception technology for autonomous vehicles and robotics.

You'll **lead silicon photonics design** across AI data centers, automotive, and industrial automation products. Your work will **own DFMEA and tapeout scoping** for mass-market 4D LiDAR. This role **drives cutting-edge perception technology** at silicon photonics scale.