轉職熱搜工作

1. Work on 7nm~3nm design implementation, methodology, and sign-off 2. Perform synthesis, DFT, 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

開發手機/平板SoC模擬及分析平台， 從系統效能，功率消耗，溫度控制...等多重面向分析產品競爭力， 進而從系統角度優化硬體架構及軟體控制策略。

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

- Logic/Physical Synthesis by using advanced optimization techniques(below N7) and generate optimized Gate Level Netlist for Timing, Area, Power. - Debug the timing/area/congestion issues and work with RTL & Physical designers to resolve them. - Run Formal Verification checks between RTL and Gate level netlist and debug the aborts, inconclusive and Logic Equivalency failures. - DFT insertion, ATPG and gate-level simulation - Developing Automation scripts and Methodology for all FE-tools including (Lint, CDC, RDC, Synthesis, STA, Power). - Interact with Physical Design Engineers and provide them with timing/congestion feedback.

- RTL/Logic Integration and Verification - Develop Timing Constraints for RTL-Synthesis and PrimeTime-STA for the blocks and the top level including SOC. - Use cdc tool to check RTL/SDC quality - Develop Power Intent Specification in UPF for the multi-vdd designs.

* Define and optimize SOC hardware architecture and associated software flows in aspects of system performance/power/area to improve MediaTek‘s product competitiveness. * Develop simulation and analysis platforms for performance/power/area analysis. * Work Loction : HsinChu, Taipei

This position involves developing memory architectures, creating circuit implementation techniques and be an interface with CAD team for full verification and model generation. You have opportunity to know how memory design can be implemented into all Mediatek products.

1.從系統應用功秏分析, 與 IP, SoC 與軟體團隊合作, 推進 SoC low power 軟硬體架構的演進. 2.產品規格定義時, 分析不同架構與 IP 選項, 在系統應用功秏體驗的差異, 產出產品應用 power dash board, 提供產品規格決策的依據. 3.執行或協助功秏量測, 與power model預估的功秏做校正 4.分析PMIC/Power rail 設計, SoC power state 與 data-path power等, 並且提出SOC 設計優化方案 5.提出系統優化的方向, 達到最佳的產品電池使用續航時間與使用體驗