Notebook System HW Application engineer
1.Defines notebook HW platform architecture , to be implemented by reference design and ODM/OEM development platform
2.Client platform experience for competitive analysis and evaluation board design
筆記型電腦系統硬體應用&客戶支持工程師
1.定義筆電系統硬體平台架構, 實現參考設計和ODM/OEM開發平台
2.具筆電經驗, 能進行競爭力分析與開發版設計
1. Project execution: DFT structure design and test pattern generation
2. Flow support: DFT flow enhancement and automation
3. ATPG related task and chip debugging support
1. Ethernet Switch hardware design, debug, evaluation, and verification
2. Responsible for PCB material selection (SI/PI considered), schematics design, PCB layout constraint & review, HW DVT test and 2nd source verification...etc.
3. Writing and maintaining the hardware specification of the projects, failure analysis report if needed
4. Study tools & instruments for design & validation
1. Design schematic circuits and review PCB layouts
2. Perform IC functional and system-level verification
3. Conduct RMA analysis and debugging for customer returns
4. Collaborate closely with firmware, digital, and analog design teams
5. Prepare and maintain technical design documents
1.System Circuit Design: Plan and design hardware systems for memory products to ensure stable performance.
2. Component Sourcing and Verification: Evaluate component suppliers, conduct testing and certification to meet product specifications and quality standards.
3. Establish Design and Verification Standards: Develop and maintain product specifications to ensure hardware and firmware integration and compatibility.
4.Design Verification and Testing: Develop and execute product verification processes, focusing on testing and improving memory-related products.
5.Other Tasks Assigned by Supervisors.
1.系統電路設計:針對記憶體產品進行硬體系統規劃與電路設計,確保產品穩定運行。
2.零件搜尋與驗證:負責評估零組件供應商,並進行相關零件測試與認證,確保符合產品規格與品質標準。
3.制定設計規範與驗證規範:制訂並維護產品規範,確保硬體與軟韌體的整合性及相容性。
4.設計驗證測試方法:設計並執行產品驗證流程,針對記憶體相關產品進行測試與改善。
5.其他主管交辦任務。
Develop and maintain environment for SOC pre-silicon verification of:
• RTL and netlist simulation
• CRV for system fabric
• Power-aware simulation
• Formal CC and FPV
• System level verification with SVA