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Play a critical role in ensuring the functional integrity, performance, and reliability of next-generation optical chips.

Responsibilities
Develop robust verification plans for complex digital and mixed-signal optical chip designs.

Collaborate closely with architects, designers, and customers to understand logic requirements, translate them into verification strategies, and deliver clear, actionable feedback throughout the development process.

Perform netlist-level simulations with SDF back-annotation for timing-accurate verification

Support FPGA/ASIC bring-up and post-silicon validation as needed

Develop, maintain, and optimize testbenches and verification components using advanced SystemVerilog features, such as constrained random testing, assertions, and transaction-level modeling, to create robust coverage-driven environments.

Design scalable, reusable UVM-based environments and components (e.g., agents, monitors, scoreboards) for block- and system-level verification. Employ UVM to achieve regression automation, functional coverage closure, and high bug-detection efficiency.

Develop and execute verification strategies for digital blocks implementing or interfacing with PCI Express (PCIe). Apply protocol-checking, compliance validation, error injection, and debug skills for PCIe endpoints and root complex devices. Use protocol analyzers and simulation environments to validate correct implementation across all protocol layers.

Participate in the verification of RISC-V CPU cores and subsystems. Create test plans targeting processor modules (ALU, decoder, register file, control logic), with reference model comparisons, signature checks, and coverage of edge-case scenarios. Leverage formal verification and compliance suites for thorough design validation.

Plan and perform end-to-end ASIC verification, from block-level testbenches to full-chip integration. Execute functional and regression tests, formal verification, and coverage analysis. Debug and resolve design issues, ensuring pre-silicon reliability before manufacturing. Engage in design reviews and system-level protocol validation with cross-functional teams.

Design and verify custom digital hardware components and architectures that enable high-performance, tightly integrated computation workloads and interface custom tensor unit for advanced AI/ML applications.

Responsibilities
Design, implement, and verify RTL blocks for memory, control, and compute subsystems within custom multiphysics computation unit.

Collaborate with system software and architecture teams to define block-level specifications and ensure alignment with performance and integration goals.

Develop and maintain functional verification infrastructure to validate design correctness across simulation and hardware testbenches.

Support synthesis, timing analysis, and backend integration, working closely with physical design and CAD engineers.

Contribute to architectural exploration and hardware-software co-design efforts to shape future iterations of compute platform.

We are looking for a Board Design Engineer to join our team. In this role, you will be responsible for the end-to-end development of hardware boards, including schematic
design, component selection, PCB layout guidance, board bring-up, debugging, validation, and release to production.
Responsibilities:
Design and develop hardware boards for our products.
Create schematics and select components according to system requirements.
Guide PCB layout activities.
Perform board bring-up, debugging, testing, and validation.
Support product release to production.
Work closely with relevant teams throughout the development process.

We are looking for a hands-on, highly analytical System Failure Analysis Engineer to lead end-to-end investigations into complex product and manufacturing failures.

In this role, you will act as the technical owner of failure investigations-from the initial symptom and data analysis, through laboratory reproduction and multidisciplinary debugging, to root-cause identification, corrective actions, and final closure. The position combines hands-on laboratory work, system-level analysis, production support, and close collaboration with Hardware, Software, Firmware, Mechanical, Quality, NPI, and Manufacturing teams. You will investigate failures in advanced multidisciplinary systems that integrate electronics, optics, mechanics, embedded software, firmware, ASICs, PCBAs, and complex manufacturing and test processes.

Responsibilities

Lead end-to-end investigations of system and production failures, from initial symptom to root-cause identification and closure.
Perform hands-on debugging and failure reproduction in laboratory and production environments.
Analyze failures involving hardware, software, firmware, mechanics, optics, and manufacturing processes.
Work closely with R&D, Eng, Quality, and Manufacturing teams to define corrective actions.
Analyze production and test data to identify recurring failure trends and yield issues.
Support field-return, reliability, and manufacturing failure investigations.
Prepare clear technical reports and present investigation findings to relevant stakeholders.
Improve failure-analysis methods, tools, and documentation.

The ATE Systems Group leads the development of complex, multi-disciplinary capital equipment (software, hardware, optics, mechanics), automated machines designed for the calibration, testing and production of the cutting-edge LiDAR technology.

We are looking for a hands-on ATE System Technician to join our team. As part of the team, youll:

Bring-up multi-disciplinary setups & testers.
Execute complex system integration testing and experiments.
Support testing a variety of company's products.
Tester validation, verification, qualification, and certification.
Interact with multi-disciplinary systems and teams.
Write documentation, test plans, and results (English).