System Modeling and Specification Definition Student

About This Role

• Join Intel’s Wireless Connectivity Solutions Group as a System Modeling & Specification MSc Student and help shape the next generation of Wi‑Fi and Bluetooth SoCs.
• In this role, you will develop system‑level models for advanced analog and mixed‑signal blocks, explore architectural tradeoffs through simulation and research, and contribute to early specification definition.
• You will work closely with leading architects and designers while leveraging AI‑assisted tools to accelerate analysis, modeling, and technical exploration—gaining hands‑on experience at the intersection of circuits, systems, and intelligent workflows.
• System Modeling & Specification Student (MSc) Intel Wireless Connectivity Solutions Group – Circuit/System Team Intel’s Wireless Connectivity Solutions Group delivers industry‑leading Wi‑Fi and Bluetooth products across the PC ecosystem.
• The Circuit/System team is responsible for defining and architecting the analog, power delivery, and high‑speed SerDes building blocks that form the foundation of Intel’s next‑generation wireless SoCs.
• We are seeking a highly motivated Master’s student to support system‑level modeling and specification definition of advanced analog and mixed‑signal components.
• This role is ideal for a curious and analytical student who enjoys deep technical research, system thinking, and early architectural influence, and who is interested in applying AI‑assisted workflows as part of modern engineering practice.
• Key Responsibilities Develop and maintain system‑level models for analog and mixed‑signal blocks, including Power Delivery and High‑Speed SerDes.
• Perform analytical and behavioral simulations (e.g., MATLAB, Python) to explore architectural tradeoffs and guide design decisions.
• Conduct technical research and literature review , using AI‑assisted tools to accelerate analysis and insight generation.
• Work with system architects, analog designers, and cross‑functional teams to define clear, implementable block‑level specifications .
• Analyze measurement data and platform behaviors to validate and refine models .
• Apply AI‑based and automated workflows to improve modeling efficiency, exploration, and documentation.
• Participate in system discussions bridging circuit‑level behavior and system‑level requirements .