Join Test Development team and build the automation backbone behind next-generation FPGA and ASIC silicon. In this role, you will own and evolve large-scale test infrastructure that directly impacts first-silicon success, manufacturing quality, and time-to-market for industry-leading products. Your main responsibility is to develop automated system/tools for silicon test patterns generation/release, for the industry s cutting-edge FPGA/ASIC products. Automation tools include but are not limited to FPGA test design synthesis/implementation, Func/Scan/MBIST patterns creation, ATE test sequence generation, various custom scripts for ad-hoc pattern changes/debugging, and test data analytics. The automation tools will be used by multiple teams to help improve their work efficiency and productivity, while improving first-time-right for test patterns.

Job Responsibilities:

Own and evolve automated test infrastructure for pre- and post-silicon validation across FPGA and ASIC platforms
Enhance existing FPGA synthesis/implementation tools/flow by adding proper resources/timing constraints to generate robust test patterns that are scalable across product families
Build automation frameworks using modern software methodologies (Python, orchestration, web services, Gen-AI workflows)
Invent automated tool for post-silicon validation test sequence that works across test methods and hardware test platforms e.g.,



bench system board and Automatic Test Equipment (ATE)
Explore and implement innovative data analytics flow/tools to process large amount of manufacturing test/debug data to improve pattern debug efficiency, by applying state-of-the-art AI/Machine-learning algorithms
Improve first-time-right silicon success through systematic sanity checks and validation methodologies

Qualifications:

A Bachelor/Master s Degree in Computer Science/Electrical Engineering or equivalent
3-6 years of experience in software development for engineering or infrastructure tools
Proficient in Python, Shell/tcl scripting in Linux environment
Familiar with automation is highly desirable
Exposure to VHDL/Verilog and experience in development of FPGA design is a plus
Knowledge of functional simulation environments for pre-silicon verification is a plus
Prior knowledge of structural or functional verification methodologies is also a plus
Robust analytical thinking and ability to collaborate across disciplines

Must haves:

- Programming python
- AI Model
- Automation exp
- Any knowledge of RTL or Verilog, scan

Disclaimer: This job posting has been aggregated from external source. Role details, content, and availability are subject to change. Applicants are advised to confirm the latest information directly on the company website before applying.

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