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Lead verification strategy and execution for advanced PCIe protocols through Gen6 and beyond. Design scalable UVM testbench architectures, verification plans, functional coverage models, and system assertions. Mentor verification engineers, drive project milestones, and integrate AI tools into verification workflows. The role requires extensive front-end verification experience, strong SystemVerilog and Verilog expertise, PCIe and AMBA knowledge, and hands-on experience with industry VIPs and simulators.

Lead verification strategy and execution for advanced PCIe Gen6 and later protocols. Design scalable UVM testbench architectures, create verification plans and functional coverage models, develop system assertions, and collaborate on project milestones. Apply modern AI tools to improve verification productivity and deliver silicon-ready designs. The role also requires expertise in SystemVerilog, Verilog, AMBA/AXI, industry VIPs, simulators, and front-end verification methodologies.

Develops UVM/SystemVerilog verification environments for PCIe Gen5/6/7 and CXL-based SoC products. Defines verification plans, integrates third-party verification IP, creates test cases and coverage models, interprets protocol specifications, and supports pre-silicon and post-silicon debugging. Collaborates with firmware, emulation, and silicon validation teams to deliver robust, silicon-ready designs.

The Technical Staff Engineer will design and develop analog ICs for Ethernet and USB products, collaborate with cross-functional teams, and ensure high-quality standards. Responsibilities include creating specifications, performing simulations, and meeting aggressive timelines for product development.

Develop, test, and validate embedded software for Microchip 8-bit and 32-bit microcontrollers using C/C++. Lead application-specific software from concept through implementation readiness, incorporating secure-by-design, functional safety, ASPICE, and cybersecurity requirements. Collaborate with silicon, architecture, firmware, security, QA, and functional safety teams; perform trade-off analyses, risk assessments, technical reviews, test planning, and documentation.

As an Embedded Solutions Engineer, you'll provide technical support, engage clients, and drive business using wiring networking solutions and architecture discussions.

Executes ASIC and SoC physical-design activities including synthesis, floorplanning, placement, clocking, routing, timing and power analysis, physical verification, and tapeout readiness. Troubleshoots implementation, congestion, signal-integrity, reliability, and integration issues; maintains constraints, scripts, design data, documentation, and signoff evidence. Coordinates deliverables with architecture, RTL, verification, DFT, CAD, manufacturing, and other cross-functional teams while supporting automation, reuse, and continuous improvement.

Leads semiconductor wafer-fab yield enhancement and product technology responsibilities. Analyzes production and engineering data, investigates root causes of parametric and wafer-sort yield issues, conducts process experiments, performs failure analysis, dispositions material, and drives corrective actions. Supports new product introductions, process transfers, specifications, process flows, yield-limit maintenance, and continuous improvement while coordinating with process, product, design, and test engineering teams.

Manage and maintain a global virtualization environment across VMware, Proxmox, and Nutanix platforms, including server installation, patching, security hardening, automation, cloud integration, and performance optimization. Support VMware Aria Automation and Operations deployments, collaborate with infrastructure teams to resolve issues, and train Level 2 support staff in a global environment.

Designs, simulates, optimizes, and validates inductive position sensor modules and PCB layouts. Develops reference designs, application modules, demonstrators, software tools, and technical documentation. Assembles and debugs prototypes, performs laboratory measurements, troubleshoots customer hardware, and supports customers through production. Collaborates with product, marketing, and engineering teams, participates in technical presentations, supports product design-ins, and travels occasionally to customers.