交大專區

解讀客戶的網絡安全需求 從網絡安全需求中推導出功能和安全概念 制定和審查安全系統架構 與 IP 團隊和客戶溝通和協調安全設計 執行系統安全分析（例如：TARA）

1. 旗艦智慧型手機晶片整合 2. 車用系統晶片整合 3. Clock架構 4. Timing收斂與分析 5. DFT/Test mode整合驗證

1.CPO SERDES 系統開發​ 2.CPO Optical系統開發

1.PCB power related hardware design：Resonsible for design and develop hardware including circuit design, component evaluation and selection, customized component planning, layout review, etc. 2. System specification and design requirement collection. 3. System hardware verification and testing: function verification and power quality measurement. 4. Cross-organizational collaboration: Collaborate with IC design team, system team, SI/PI team, layout team, etc. to complete system design, production and verification. 5. Customer and related manufacturer support: including technical document writing, customer reference design support, on site support, etc.

1. Researching and crafting architecture solutions for die-to-die and chip-to-chip communication, optimizing for performance, area, power, security, and resiliency 2. Working with other design teams to define interfaces and flows between D2D blocks and the rest of the chip 3. Architectural modeling, validation, definition and documentation 4. Driving implementation across design, verification, firmware and software teams

1. 優化數位 IC 設計 BE 流程與方法 2. 執行與管理數位 IC 設計 BE 相關任務 (2.a) Physical aware synthesis, DFT-SCAN, DFT-MBIST insertion (2.b) STA timing analysis 與 fixing (2.c) Netlist level QC，例如 CLP 3. 與 FE RTL designer 及 PD APR 團隊密切合作，針對 PPA（Performance, Power, Area）進行 design 及 clock structure 的優化 4. 將依應徵者的年資與專業經驗，提供不同的職級

1. IC封裝/晶圓凸塊技術開發與管理 2. 與封裝廠合作完成規劃之技術開發 3. 先進封裝技術開發,品質驗證與生產良率管理 4. 定期與不定期執行bumping/fan-out/WLCSP廠品質稽核

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

1. Develop scalable platform clocking architecture for automotive SoC 2. Enhance SoC clock architecture and technology development to address the automotive SoC requirements 3. Drive clock architecture and designs to optimize power, performance, and implementation, including physical design and timing closure

1. Work on 3~7nm 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

• Define GPU compiler software architecture and interfaces. • Development/implement GPU compiler pipeline, linking and various optimizations/transformations. • Collaborate with Driver team, HW team to implement new API & HW features. • Collaborate with Driver team, HW team to improve/tune performance & power consumption. • Execute & deliver to meet milestones/schedules. • Analyze and debug code generation issues. • Construct reliable & trustable relationships across teams internally & externally.

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

• Work with the architecture/micro-architecture/design teams to do white box testing. • Create testplans based on the micro-architecture document with the design team. • Build, maintain and upgrade testbenches and their components using UVM-based methods. • Build custom BFMs for co-sim based module level verification. • Add assertions and checkers to facilitate verification. • Work with the design team to do module level formal verification. • Create controlled random testcases. Pre-debug and provide debug reports. • Check functional coverage and code coverage.

1. DFT architecture exploration & evaluation for next-gen process node & package technology of MediaTek: * Scan chain insertion & ATPG pattern generation * Pattern validation through simulation & silicon analysis(pass/fail, shmoo, fail log, etc.) * Diagnosis to help manufacture process improvement 2. Co-work with SoC architect, RTL designer, physical design engineer, and package engineer to define best architecture for 3D-IC: * PPA(Performance/Power/Area) impact analysis & mitigation via DFT innovation * Develop & integrate DFT-related RTL design modules to test chip

1. 數位晶片設計流程與整合 2. 熟悉低功耗的設計流程(和架構)

1. FR-1 平台天線解決方案開發與驗證 2. 使用EM模擬軟體進行天線解決方案性能評估 3. 與跨部門團隊合作開發新MTK平台天線解決方案

先進封裝技術開發 1. 先進新產品導入技術開發 (新產片試產規劃, DRC/DRM檢驗, DOE及良率改善規劃, 量產區間及良率分析) 2. 熟悉先進chiplet及3DIC封裝技術開發 3. 晶圓級與面板級先進封裝結構設計

1. Perform pre-silicon and post-silicon correlation and modeling related to adaptive voltage scaling and on-die sensor 2. Develop and improve post-silicon testing methodologies related to adaptive voltage scaling and on-die sensor

1. 高速信號介面及系統電源應用規劃整合、除錯等手機系統應用. 2. Baseband系統驗證方法開發、電源規格訂定及驗證規劃 3. 客戶參考設計文件訂定及量產相關技術支援.

Our team‘s mission is to leverage next-generation technologies to enhance productivity in MediaTek‘s various processes. This technical position requires a combination of knowledge in IC design and expertise in machine learning/generative AI to identify and define opportunities, design feasible and stable solutions, and improve processes to enhance product quality. We are looking for engineers and data scientists who are passionate about introducing new ideas from diverse fields, enjoy working with complex data, uncovering insights, and are eager to tackle challenges. As a key member of a small and versatile team, you will provide the most appropriate solutions through rapid iterations. In terms of soft skills, you need to have a proactive attitude, an open and continuously adaptive learning ability, excellent verbal and written communication skills, and the ability to collaborate across teams. In terms of hard skills, you need to have strong programming abilities, sufficient knowledge 我們團隊的使命是利用下一代技術，協助MediaTek在各研發流程中提升生產力。此職缺為技術職，需結合IC設計領域知識與機器學習技術/生成式AI，識別並定義機會點，設計可行且穩定的解決方案，以改善研發流程並提升產品品質。 我們正在尋找熱衷於從多元領域引入新想法的工程師及數據科學家，喜歡處理複雜數據、發現洞見，並樂於挑戰困難。作為一個小而多才多藝的團隊關鍵成員，你將以快速迭代的方式提供最適當的解決方案。 在軟技能方面，你需要具備主動積極的心態、開放且持續調整的學習能力、良好的口頭與書面溝通技巧，以及跨團隊協作的能力。硬技能方面，你需要有良好的程式撰寫能力，對機器學習有足夠認知，能與團隊成員合作，並有機會與全球的合作單位有效展開協作。