轉職熱搜工作

我們正在重新定義晶片設計的未來，不再僅僅是設計電路，而是打造一個能夠「自我演化」的晶片設計大腦。我們正在招募具備 IC 設計與 AI 技術熱忱的工程好手，一起開創 IC 設計新時代！您將與跨領域專家攜手打造 IC Design Autonomous 的未來——運用最先進的 GAI 技術，實現從規格生成、RTL 編碼到自動化 QC 錯誤清除的完整 IC 生命週期自動化，並建立自我進化的生產力循環，讓 AI 真正落地於 IC 設計流程！ *任務描述 - 全流程自動化：設計並實作端到端的自主設計代理人 (Agentic AI) 框架，涵蓋 Spec-to-RTL 與自動化 QC 修復 - 架構演進：利用 GAI 技術進行 PPA (Power, Performance, Area) 優化，開發具備自我回饋、自我學習能力的設計閉環 - 技術領導：指導跨團隊協作，將 IC 設計流程中的自動化瓶頸，轉化為 AI 可理解並自主執行的架構 - 知識體系建構：構建領域專屬的 Knowledge Base 與 Multi-Agent 協作框架 - 研究創新：研讀最新技術、發表專利論文，將前沿研究轉化為實際應用

We are looking for a highly skilled DFT CAD and Methodology Expert to develop and deploy advanced test methodologies for next-generation data center and AI ASIC. Enhancing the efficiency and quality of our ASIC development and testing procedures. The successful candidate will work within the CAD team to innovate test solutions for complex 2.5D/3DIC, ensuring high quality and yield for advanced packaging technologies. Key Responsibilities • Methodology Development: Develop and deploy robust CAD flows for scan insertion, ATPG, pattern simulation, and Memory BIST (MBIST). • Tool Automation: Create scripts (Python, TCL, Perl) to enhance and automate DFT flows, accelerating simulation runtimes and improving quality of results (QOR). • EDA Tool Integration: Collaborate with EDA vendors to enhance tools for advanced packaging, including test verification and pattern generation. • Support & Debug: Support DFT integration teams with CAD flow issues, debug complex issues, and provide technical mentorship. • 3DIC/2.5D Expertise: Develop and implement testing strategies for chiplets and TSV-based 3D stacks. • Location: Hsinchu, Taipei, Singapore.

* Lead specific architectural domains for SoC architecture design and product technical feasibility studies (e.g., AI, ISP, heterogeneous computing, memory, interconnect, power, safety, vehicle E/E, in-vehicle network). * Lead or support automotive SoC architecture, focusing on system performance and power based on product requirements. * Lead or support technical feasibility studies of product requirements; collaborate with domain architects and product marketing to develop competitive product design specification.

We are looking for candidates that can communicate complex engineering subjects effectively to cross functioning technical teams and upper management. Strong DFT and leadership skills will be put to good use. Successful DFT architects interact with many external teams and must confidently represent his/her organization. Key Responsibilities • Drive DFT Excellence: Define DFT architecture specifications that enhance ATE and production test environments, optimize test costs, and improve quality across future MTK ASIC product portfolios. • End-to-End DFT Leadership: Manage comprehensive DFT activities spanning architecture definition, design implementation, verification, and test deployment for new product launches • Manufacturing Integration: Serve as a key contributor within MTK’s Global Quality and Operations organization to deliver optimal manufacturing test solutions from early product conception through post-silicon validation • Design Collaboration & Quality Assurance: Partner closely with design teams to ensure accurate implementation of DFT structures and compliance with specifications • Cross-Functional Team Coordination: Lead internal DFT teams in developing and implementing robust test solutions aligned with architectural requirements • Yield Optimization Strategy: Develop comprehensive plans for diagnosability enhancement and systematic yield improvement • Location: Hsinchu, Taipei, Singapore, USA

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)

- 架構與規格設計： 定義與設計射頻積體電路 (RFIC) 系統架構，並制定先進通訊解決方案的詳細技術規格。 - 校準與控制開發： 開發並驗證射頻校準演算法與射頻系統控制流程，以優化收發器在各種環境下的效能表現。 - 通訊系統與數位訊號處理： 設計無線通訊系統，並針對射頻性能優化與非理想特性補償，開發專用的數位訊號處理 (DSP) 演算法。 - Architecture & Specification: Define and design RFIC system architectures and detailed technical specifications for advanced connectivity solutions. - Calibration & Control: Develop and verify RF calibration algorithms and RF system control flows to optimize transceiver performance across various conditions. - Communication System & DSP: Design wireless communication systems and implement digital signal processing (DSP) algorithms specifically tailored for RF performance enhancement and impairment compensation.

• 規劃從silicon bring up到量產全過程的測試程式（包含 CP/FT、系統測試、DVT、HQA、相關性分析及 DPPM 降低）。 • 開發功能測試/ATPG/MBIST測試碼，涵蓋程式開發、模擬、coverage收集、機台測試程式生成以及在測試機上的驗證。 • 基於對CPU design的了解以及實驗設計, debug post-silicon DPPM, RMA問題。