„Intel Corporation“ kuria ir gamina kompiuterines technologijas, naudojamas asmeniniuose kompiuteriuose, duomenų centruose, debesų infrastruktūroje, periferinėse sistemose, tinkluose ir 5G aplinkose. Įmonės produktų portfelį sudaro „Intel Core“, „Xeon“ ir „Atom“ procesoriai, taip pat atskiros grafikos plokštės, dirbtinio intelekto spartintuvai, silicio fotonikos sprendimai, įterptiniai sprendimai bei tinklo ir duomenų saugyklų technologijos. Įmonė taip pat padeda kūrėjams teikdama programinės įrangos įrankius ir techninius išteklius, daugiausia dėmesio skirdama našumui, saugumui ir dirbtiniu intelektu grindžiamo skaičiavimo pažangai.
SoC Design Verification Engineer, Shanghai
Verify Intel’s data center SoCs using scalable test benches, emulation, and simulation. Debug design issues and strengthen coverage with architecture and development teams.
Aprašymas
- Plan and run verification for integrated SoC designs.
- Build reusable verification plans, test benches, and environments for blocks, subsystems, and full SoCs.
- Check designs with emulation and system simulation models.
- Run verification to assess functionality, power efficiency, and performance.
- Reproduce failing tests, trace their causes, and implement fixes.
- Work with SoC architects, microarchitects, RTL developers, post-silicon validation, and physical design teams.
- Record test plans and guide technical reviews with design and architecture teams.
- Include security checks in verification plans.
- Improve functional verification tools, infrastructure, and methods.
- Use post-silicon validation findings to close coverage gaps and guide future products.
Reikalavimai
- Bachelor’s degree in a relevant discipline and 0–1 years of practical SoC verification experience, including experience from internships, coursework, academic projects, or training; alternatively, a relevant master’s degree with no prior professional experience.
- Proficiency in logic design and verification methods.
- Experience writing SoC feature tests and developing test environments.
- Knowledge of hardware validation and debugging.
- Familiarity with design-for-test tools and techniques.
- Ability to investigate and solve problems in pre-silicon environments.
- Clear communication and teamwork across varied groups.
- Understanding of digital design principles and system architecture.