轉職熱搜工作

1.使用 Zebu, Palladium, HAPS, and FPGA建立晶片生產前系統驗證硬體環境.。 2.整合與除錯xPU。 3.建立RTL/netlist仿真模擬環境。 4.定義與分析效能與功耗指標並給出系統優化建議。

1. Package related structure stress analysis including warpage, material study. 2. Package and board level stress modeling for TCT, drop and vibration. 3. IC and package thermal analysis, modeling and characterization 4. Chip-Package-PCB thermal co-simulation and design. 5. System level thermal simulation 6. System level stress simulation

28nm及以下先進製程(含FinFET) IO電路和ESD防護設計, 工作內容包含 (1) GPIO電路設計(包含ESD/LU防護) (2) 特殊應用IO (SD3.0/SIM card/eMMC等)電路設計(包含ESD/L防護) (3) 高速IO和特殊應用IO在事業部專案上展開和執行 - Advance node (28nm and beyond, including FetFET) IO circuitry and ESD protection design covering fields for (a) General purpose IO circuit design (with ESD/LU protection) (b) Specialty IO (SD3.0/SIM card/eMMC etc.) circuit design (with ESD/LU protection) (c) Project related implementation for high speed/specialty IO Interface - High speed IO, specialty IO circuit design, ESD protection circuit design and simulation. Work with project leader, layout, packaging and system engineers to meet design and system specifications. Work with IO library modeling, characterization teams closely for IP release.

1. Package related structure stress analysis including warpage, material study. 2. Package and board level stress modeling for TCT, drop and vibration. 3. IC and package thermal analysis, modeling and characterization 4. Chip-Package-PCB thermal co-simulation and design. 5. System level thermal simulation 6. System level stress simulation

1.Propose design verification plan and do the execution based on IP and system HW architecture/application 2.Develop design verification environment 3.Develop required verification methodology and adopt into project

1. CPU/GPU STA, high-speed & low-voltage timing signoff/ timing closure 方法流程設計 2. STA 流程開發及應用 3. high-speed/low-voltage timing signoff criteria開發及應用 4. 針對project的STA/timing signoff問題進行分析及改善

1. Develop systematic algorithms to alleviate design challenges, including implementation, process what-if assessment, system performance evaluation, in advanced nodes or package 2. Closely work with foundry and EDA vendors to define innovative HPC, Chiplet design methodologies 3. Explore new EDA features and define improvement direction from MTK product requirements

CPU Physical design, - floorplanning, - timing closure - Physical verficiation - DFT

1. Perform pre-silicon and post-silicon correlation and modeling related to adaptive voltage scaling and on-die sensor 2. Develop and improve post-silicon testing methodologies related to adaptive voltage scaling and on-die sensor

In a flexible and supportive environment, one of your major responsibilities is to push the state of the art of learning theory. Furthermore, through collaboration with worldwide colleagues, you will have the rare opportunity to apply advanced Deep Learning theories to novel application areas such as AI-designed IC and General Intelligence Conversation. We welcome all ML/DL backgrounds, including computer vision, speech and NLP, and robotics.