轉職熱搜工作

1. (內轉佳, 提供發揮舞台, 跨產品線工作流程最佳化) 2. 人格特質: 領導力, 積極正面帶領團隊完成任務 3. 工作範圍:數位SOC設計整合, 包含 - Package, Floorplan, IOMUX, Test-mode design - Clock/CTS/reset/mixed-mode/DFT architecture, design and verification - RTL design and deliver SDC according to IP spec and requirement - SOC/IP DCT/DCG/Fusion synthesis - STA/CDC/CCD/TV/LEC/nLint/CLP tool and task handling

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. 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. 先進SoC晶片設計整合 2. 先進製程 IC 設計實現與技術開發 3. 關鍵 IP RTL-2-GDS 技術開發

1. 先進封裝BGA基板佈線與佈線實體驗證 2. 2.5D IC (CoWoS_S; CoWoS_L; CoWoS_R; EMIB) RDL 與基板佈線與佈線實體驗證 3. 與封裝設計工程師合作完成封裝設計需求與目標 4. 新封裝佈線方式評估與開發 5. 新封裝佈線輔助設計軟體評估

1. Work on 7nm~3nm physical design implementation, methodology, and sign-off 2. Perform floorplan, clock planning, place and route, timing closure, ECO, IR signoff, and physical verification 3. Manage schedule, resolve design and flow issues, drive methodologies and execution

1. USB4 Controller Development 2. Short term =＞ Improve current design quality of USB4 controller 3. Long term =＞ Next gen USB4 controller architecture define and implementation

1. 使用模擬工具分析汽車SoC的性能、功耗和熱管理指標。 2. 改進模擬模型，識別並針對SoC最佳化領域。 3. 實施策略，提升車載SoC的性能和效率。 4. 自動化評估流程，實現持續的SoC最佳化。 5. 跟進汽車SoC設計的最新進展，專注於系統層面的改進。

1. Package design and planning of various product. 2. Design & layout of BGA substrate. 3. Co-work with package houses for package design 4. Development of advanced package technology. 5. Package design platform development.