交大專區

1. 數位電路設計 2. 多媒體電路設計 3. 系統整合

Fully accountable with the team to deliver highly competitive ARM based CPU IP. Implementation skill required ranged from RTL, synthesis, DFT, Floorplan, Placement, CTS, Routing, Timing Closure, and physical verification.

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. Develop high speed interface subsystem architecture and integrate PCIe, MIPI, or DisplayPort subsystem. 2. Develop security and FuSa function on PCIe, MIPI, or DisplayPor degital circuit.

1. Develop and implement tailored DRAM controller/PHY solutions for automotive applications. Validate functionality, improve design revisions and meet performance targets as well as system requirements. 2. Perform rigorous design testing and debugging in automotive environments. Troubleshoot and propose solutions for any issues occurring in post-silicon validation. 3. System Level Cache Design & Implementation: Design and implement system level cache strategies to optimize performance and efficiency across our product range. 4. System-Level Understanding: Exhibit a system-level understanding of performance trade-offs, system architecture, memory subsystems, and various memory technologies (DDR3, DDR4, DDR5, LPDDR3, LPDDR4, LPDDR5 etc.). 5 . Ensure that all designs comply with automotive industry standards and regulations, such as ISO 26262 and Automotive SPICE.

1. 開發設計 Security HW IP 2. 協助 HW IP 驗證 3. 執行 IC 設計整合流程

We are seeking a highly skilled DFT/DFM Engineer to join our automotive ADAS SoC chip design team. The successful candidate will be responsible for DFT and DFM methodologies, design, and implementation for our advanced automotive system-on-chip (SoC) designs. The candidate will also collaborate with the design and layout teams to integrate DFT/DFM requirements. • SoC testing architecture design • Support project NPI(new product introduction) to MP(mass production) (test program development, coverage enhancement, yield improvement, cost reduction) • Cowork w/ IP, test engineer, process team, board design to fulfill CP/FT/SLT test requirement.

1. 開發基於虛擬機的軟體平台和虛擬機管理技術。 2. 職責包括軟體功能和驅動程式的開發，以及硬體設計的整合。 3. 與其他軟體團隊、第三方和客戶的工程師進行合作。

1. Architecture design and RTL implementation of Automotive/Smartphone chipset 2. SoC system power and performance analysis 3. SoC system bus and memory subsystem design, integration, and modeling 4. SoC low power design, integration, and modeling 5. SoC functional safety analysis, design, integration, and modeling 6. SoC cyber security analysis, design, integration, and modeling

• Chip to Chip 介面類比 PHY 電路，例如 UCIe 標準或客製化的 Die to Die 連結類比電路設計 • HBM/DDR/LPDDR類比PHY電路設計與混合模式/高速電路設計等。

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. 高速Serdes系統技術開發(200Gbps+), 包括電通訊與光通訊(optical interconnect) 2. 定義系統技術規格並與設計團隊(Analog, Digital, Algorithm)討論系統架構, 建立模型模擬評估 3. Serdes 關鍵技術評估與開發( e.g., Next Gen Serdes, optical nonlinearity compensation, CPO technology) 4. 協助Serdes IP驗證問題分析

1. Own the top-level integration of internal and third-party IPs into SOC or FPGA platform. 2. Ensure interface compatibility, clock/reset domain correctness. Resolve integration issues including timing, CDC/RDC, and floorplan. 3. Work closely with architect to define specification, support physical design team through synthesis constraints and integration guidance, partner with firmware and validation teams to ensure smooth bring-up and validation.

1. USB4 Controller Development 2. Short term =＞ Improve current design quality of USB4 controller 3. Long term =＞ Next gen USB4 controller architecture define and implementation

1. Clock架構與RTL設計 2. SOC IOMUX架構與RTL設計 3. SoC Floorplan架構規劃 4. 旗艦智慧型手機晶片整合 5. 車用系統晶片整合

1. 運算架構開發研究與競爭分析 2. 系統單晶片的軟硬體行為之 效能/功耗 分析與最佳化 3. CPU/GPU/NPU系統模型設計與開發

IC設計: 晶片整合 IP開發

SOC Pre-Silicon 平台技術, 流程方法, 參考設計開發

1. Work on 2~4nm 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

1. 使用模擬工具分析汽車SoC的性能、功耗和熱管理指標。 2. 改進模擬模型，識別並針對SoC最佳化領域。 3. 實施策略，提升車載SoC的性能和效率。 4. 自動化評估流程，實現持續的SoC最佳化。 5. 跟進汽車SoC設計的最新進展，專注於系統層面的改進。