轉職熱搜工作

1. Chip integration and quality check 2. DFT insertion, verification and scan coverage analysis 3. Synthesis and PPA analysis

1. Familiar with chip digital design flow, including RTL integration, simulation, STA, power analysis 2. Basic knowledge of analog design 3. Mixed signal design experience is a plus. 4. SoC architecture exploration and performance analysis experience is plus. 5. Post-silicon mass production experience ((Ex: DFT, CP, FT)) is a plus. 1 . 熟悉數位IC整合流程, 包含RTL, 模擬, 時序分析, 功耗分析, 2 . 具類比IC設計的基本知識 3. 混和訊號IC設計經驗是加分項 4 . 系統架構分析經驗是加分項 5 . 具IC量產相關經驗(Ex: DFT, CP, FT)是加分項

此職缺為數位IC設計工程師，專注於 Camera / ISP 解決方案。您將負責為多元產品（如智慧型手機、平板、車用系統及家庭娛樂設備）設計具產業競爭力的影像訊號處理器（ISP）。 工作內容： - 與 ISP 演算法工程師密切合作，設計具競爭力的 ISP / CV 硬體架構 - 交付在高效能、低功耗、最小面積之間達到最佳平衡的硬體解決方案 - 負責 RTL 設計、模擬、驗證、合成以及系統整合 - 具備創新能力，能進行 IP 設計之微架構制定與系統架構討論 - 具良好的跨部門合作、問題解決能力與技術溝通能力

We are looking for talented engineers to join our GPU Architecture team. In this role, you will be at the forefront of defining the next generation of mobile high-performance GPUs. You will be responsible for developing a C++ based model, which serves as the primary tool for architectural exploration, bottleneck analysis, and performance projection before silicon availability. Whether you are a fresh graduate with a strong passion for computer architecture or a seasoned veteran in performance modeling, we invite you to help us push the boundaries of graphics rendering and compute efficiency.

1. Direct manager and project lead 2. Cloud data center product 3. DFT task force 4. short term: top DFT flow implement and signoff long term: DFT/test mode planning and new tech development.

- Optimize GPU performance, area/power for representative workloads (graphics and compute) from the perspectives of memory sub-system, low-power design/policy and implementation strategy. - System modeling framework to simulate hardware with different accuracy/throughput tradeoffs at different stages of the design; supervise Performance/Power/Area investigation/validation and facilitate architecture/design decisions

- Collaborate with architects and cross-functional teams to understand GPU specs and define verification strategies. - Develop SystemVerilog/UVM test frameworks and co-simulation environments; verify GPU logic at unit, subsystem, and top levels. - Create and execute verification test plans, focusing on functional coverage. - Generate random and directed test sequences; maintain testbench, scoreboard, BFMs, and regression. - Perform RTL and coverage analysis; optimize test scenarios and address bug escapes. - Support performance verification, emulation, data collection, debugging, and PPA improvements. - Conduct formal verification.

Role and Responsibilities • Responsible for GPU cluster uArch specification, PPA (power, performance and area) optimization for industry-leading GPU hardware IP • Collaborate with Arch/Model/SW team, develop cluster level HW specification that meets feature functionality and PPA metrics • Collaborate with Arch/SW/Design team to identify and solve performance bottlenecks, power/area inefficiency issues • Guide IP design process all the way from RTL coding, verification to tape out and post-silicon debug • Proficiently use AI agent and tools to improve RTL coding, function debug and PPA analysis productivity • Execute & deliver to meet milestones/schedules. • Analyze and debug code pre-silicon and post-silicon issues. • Analyze and influence future GPU architectures. • Construct reliable & trustable relationships across teams internally & externally. • Delivering best in class GPU IP for mobile, automotive, laptop and ASIC applications

1. Make test pattern plan to cover system bring-up for MP (CP/FT, system test, DVT, HQA, correlation, DPPM reduction) 2. Debug post-silicon issue to identify design weakness and solution finding 3. Correct post-silcion measurement vs. pre-silicon simulaiton, including process, performance, power.

1. TOP 設計包含：微架構、設計、模擬、測試 - DFT top, PAD top 2. TOP 和感測器的整合和模擬包含： - eFUSE - PVT 感測器和 aging 感測器 - 整合 IO 到晶片中並滿足客戶需求 3. 測試流程、環境和程式開發