轉職熱搜工作

- 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.

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

1. Define power states and management hardware architecture for optimal power performance. 2. Design microprocessor-based power management controller and HW assistance designs. 3. Define power architecture by performing power rail tradeoff analysis with adaptive voltage scaling consideration

Work in Analog/Mixed-Signal Design Verification Methodology Development group to establish, streamline and enhance new and existing AMS DV related development method, coding process and integration flows, and work hands-on with AMS IP Teams for AMS DV flow and process experiments, demonstrations, adaptions, and deployment. The candidate will work with digital design, analog design, analog behavioral modeling and design verification teams, apply and advance existing and evolving Digital and AMS Verification methodologies and processes, and contribute to establish and maintain Verification Platform to ensure High Quality and High Efficiency of Pre-Si Verification Delivery towards high quality silicon products. • Work in methodology development team to establish, streamline and enhance new and existing AMS DV related development method, coding process and integration flows. • Work with teams to enable deployment of new flow and processes through experiments, demonstrations, adaptions (for real projects in specified areas such as SERDES, etc) and integration. • Document on new flows and processes for AMS DV. • Apply wide range of Digital and/or AMS DV skills to help and support AMS IP or Chip DV Teams to establish or enhance new or existing DV capabilities, including but not limited to developing scalable and portable Test bench, test cases, drivers, checkers, assertions and reference models, and running RTL and Gate Level simulations and reaching all coverage closures. • Contribute to continuous improving on AMS DV process for better quality and efficiency through methodology and process improvements. • Communicate and collaborate with global architecture, design, verification, and post-Silicon testing teams to address new needs or requirement on DV Support. Job Locations: • Taiwan:Hsinchu/Taipei • India: Bangalore • Singapore • USA:Santa Clara, CA/San Diego, CA

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

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

SoC Power/IR/PI 專家，可以處理與 IR 相關的主題和問題，例如專案執行過程中 IR drop 發生原因、熱點解決以及改進 IR 分析和預防流程。 同時具備SoC，封裝，及系統版電源分析知識

1. 開發emulation/prototyping 相關的技術及使用流程 2. 建立CPU/GPU emulation/prototyping 驗證平台 3. 協助project team導入emulation/prototyping 技術 4. emulation/prototyping 使用及工具問題的支持 5. 管理 emulator 及prototyping 硬體與使用分配

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

1. CPU功耗分析 (設計 vs. 量測), 確保CPU功耗體質 2. CPU最大電流分析 (設計 vs. 量測), 驗證過電流保護機制確保系統穩定性 3. PMIC+PDN+CPU 功耗效率優化 1. CPU power pre-silicon vs. post-silicon correlation. Ensure CPU power quality 2. CPU max. current pre-silicon vs. post-silicon correlation. Validate max. current protection technique for system stability 3. PMIC+PDN+CPU power efficient optimization