轉職熱搜工作

1. Processor micro-architecture design 2. Cache and bus interface 3. DSP and machine learning library design 4. Simulator/modeling and architecture

1.RTL platform design integration (clock/reset/power/bus design and architecture, MBIST, etc.) - use for FPGA and Emulator should also be considered 2.Integration quality check (RTL/SDC/Power spec signoff check)

1. Lead or support SoC architecture design, modeling, and technical feasibility studies across specific domains, including cellular modem, connectivity (Wi-Fi/Bluetooth/GNSS/UWB), performance, and power. 2. Lead or support SoC architecture development for smartphone, thin-modem, CPE/telematics, and gateway products, focusing on system performance and power considerations based on product requirements. 3. Lead or support technical feasibility studies of product requirements and collaborate with domain architects and product marketing teams to develop competitive product specifications.

Multi-RAT (6G/5G/4G/3G/2G) modem development. This is a common job description. You may involve at least one or more topics in the following: (1) architecture planning 1.1 Modem/SoC TOP system architecture 1.2 Modem/SoC CPU system design 1.3 Modem/SoC DSP system design 1.4 Modem/SoC BUS system design (2) digital circuit design and verification 2.1 baseband modules 2.2 digital front-end modules 2.3 RF/mixed-mode digital control modules 2.4 Computer/network system modules 2.5 High speed interface design (3) IP integration 3.1 Clock/reset, test modeand low power mode design 3.2 floorplan and synthesis development (4) Design methodology 4.1 design flow enhancement (low power/verification/etc) 4.2 chip MP quality control flow

•重點開發技術: 系統開發、高速資料實體層(physical layer) 資料傳輸軟體開發、優化硬體效能及產品量產品質控管 •主要目標: 完成Enterprise/AI/xPU等相關產業客製化IC的軟韌體開發與系統整合，並協助客戶產品量產，有SLT的經驗 •負責新產品的系統設計與開發，確保符合公司及客戶的需求 •協助量產過程中的技術問題解決，並提供專業建議以提升生產效率與品質 •與跨部門團隊合作，確保產品從設計到量產的順利過渡 •分析並改善現有系統和流程，以提高產品質量和生產效率 •參與產品測試和驗證，確保產品符合相關標準和規範

• Lead FPGA development activities across functional prototyping, emulation, performance evaluation, and database generation flows. • Work closely with architecture, design, verification, software, firmware, and performance teams to understand system requirements and define FPGA implementation strategy. • Drive FPGA functional flow, including RTL integration, FPGA partitioning, synthesis, place-and-route, timing constraints, timing closure, bitstream generation, bring-up, and debug. • Drive FPGA performance flow to support in-house performance evaluation, workload execution, data collection, profiling, and performance database generation. • Design, implement, integrate, and optimize FPGA logic using Verilog/SystemVerilog/VHDL. • Develop and maintain FPGA prototypes and emulation platforms for system validation, software enablement, firmware development, and hardware/software debug. • Support performance analysis by enabling representative workloads, collecting runtime metrics, identifying bottlenecks, and collaborating with architecture/design teams on improvement opportunities. • Define and improve FPGA methodology, automation, build flows, regression infrastructure, and debug processes for both functional and performance use cases. • Support and integrate interfaces such as PCIe, DDR, AXI, Ethernet, SPI, I2C, UART, and other standard protocols. • Provide technical leadership, mentor engineers, coordinate cross-functional execution, and drive issue resolution across multi-site teams.

Summary Join our Virtual Development Kit (VDK) team to build high-performance SystemC/TLM virtual platforms that enable software development and integration before hardware is available. You will develop functional IP models, integrate them into a bootable virtual SoC, and deliver test/automation that makes the platform reliable and scalable for daily software use. Key Responsibilities 1. Develop functional IP models in SystemC/TLM to enable software left-shift 2. Design clean TLM interfaces and connectivity for reusable modeling 3. Integrate IP models into a Virtual SoC (vSOC) and support system bring-up 4. Build platform-level tests and regression to validate correctness 5. Improve productivity with tooling and CI/CD automation

1.Propose design verification plan and do the execution based on IP and system HW architecture/application 2.Develop design verification environment 3.Develop required verification methodology and adopt into project 4.Develop HW emulator/FPGA platform to accelerate design verification task 5.Co-work with SW/HW engineering to valid function and shift-left SW develop 6.Debug and root cause failure with SW/HW engineering in both pre-silicon and post-silicon

• Lead GPU verification efforts across unit, subsystem, and full-chip levels, partnering closely with GPU architects, RTL design leads, performance engineers, modeling teams, and software/firmware teams. • Develop a deep understanding of GPU specifications and microarchitecture, including the 3D graphics pipeline, compute workloads, shader cores, memory hierarchy, cache/coherency, command processing, scheduling, and control subsystems. • Define the overall verification strategy, methodology, test architecture, milestones, and quality metrics for assigned GPU IPs and/or top-level GPU integration. • Drive creation and execution of comprehensive verification plans, ensuring traceability from architectural and RTL specifications through test implementation, functional coverage, assertions, and closure. • Lead development and maintenance of scalable SystemVerilog/UVM verification environments, including reusable agents, BFMs, scoreboards, reference models, checkers, and HW/SW co-simulation infrastructure. • Guide the team in developing directed, constrained-random, stress, error-injection, and scenario-based tests for graphics, compute, memory, and control features. • Drive functional and code coverage closure through rigorous coverage analysis, identification of verification gaps, and creation of targeted tests for corner cases and late-stage bug escapes. • Own regression health for the verification scope: establish regression strategy, monitor quality metrics, prioritize failures, coordinate triage, and drive root-cause resolution with design and architecture teams. • Review verification plans, testbench architecture, test code, coverage models, and debug approaches; provide technical mentorship and guidance to DV engineers. • Partner with performance, architecture, and design teams to develop performance-verification workloads, execute emulation/prototyping runs, analyze bottlenecks, and support performance, power, and area (PPA) optimization. • Drive efficient debug of complex RTL, testbench, firmware, and HW/SW co-simulation failures, clearly communicating root cause, impact, and resolution plans to cross-functional stakeholders. • Collaborate effectively across geographically distributed teams and communicate verification status, risks, and closure plans to project leadership.

Senior Technical Program Leader | USB3/USB4 Customer Issue Resolution