轉職熱搜工作

我們正在招募一位熟悉生成式AI技術且擅長前端數位設計的工程師。本職缺專注於運用前沿商業或開源 LLM，於RTL設計、RTL優化、simulation testbench生成、formal testbench 生成等數位設計流程，開發提升設計自動化與效率之 AI 演算法。您將與RTL設計工程師、DV驗證工程師與AI專家合作，共同推動數位設計智能化。另外, 您也會研讀期刊,開發並評估效果, 並撰寫技術文件,專利或paper投稿.

AI Model development, system level modeling and HW/SW system level bottleneck analysis

1. 屬於DE部門 2. 支援 WiFi/BT, 手機與 ARM computing等產品晶片開發計畫的FPGA與Emulation驗證工作與驗證技術開發 3. 主要為獨立貢獻者； 長期可依照潛力培養團隊領導能力，並有機會與全球科技產品的領導廠商有直接溝通合作的機會，可藉此培養個人與跨國的領導企業一起合作技術開發的能力。 4. 工作目標如下: a) 支援計畫功能與系統驗證與除錯 b) 規劃及協調驗證資源、項目及時程 c) 改善和加速multi-FPGA與Emulator工作流程 d) 增進FPGA與Emulator驗證效能 e) 研發SoC系統電路分析工具

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

* 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

1. Bus and Architecture design and RTL implementation of Smartphone chipset 2. ASIC and Smartphone SoC and mobile computing platform design. 3. System bus and mobile peripheral designs 4. SoC system performance analysis

1. Architecture design and RTL implementation for Smartphone and automotive chip 2. Smartphone SoC and mobile computing platform design. 3. System bus and high speed interface designs

設計以資料中心和人工智慧產品為導向的高速Serdes連接PHY架構。該職位的主要職責是為世界級客戶設計並交付ASIC產品。您將參與打造低功耗、高性價比且高速的Serdes PHY設計。您將有機會拓展視野，與來自多個國家的同事合作。此職位所需的專業知識包括數位通訊設計（均衡器、有限脈衝響應濾波器）、類比設計（鎖相環、類比數位轉換器、校準）和系統單晶片（SoC）設計（微控制器、匯流排協定）。

1. Work with design teams to do performance sign off in pre-silicon stage 2. ESL platform and simulation/emulation technology development. 3. Model development (includes behavior modeling/ cycle approximate modeling)