Wireless Connectivity System and Architecture Engineer

Intel is a leading technology company specializing in cutting-edge wireless communication solutions. We are seeking a highly motivated Wireless Connectivity System Engineer to join our engineering team. In this role you will primarily own system-level integration, validation, and optimization of wireless connectivity SoCs and platforms, including Wi-Fi, Bluetooth, and related technologies, while also contributing to the system architecture and definition of next-generation products. You will work at the intersection of hardware, firmware, software, and architecture, driving issues from early bring-up through production readiness, and feeding real-world integration and debug insights back into system specifications, architectural trade-offs, and future product definition.

• Lead and contribute to end-to-end system integration of wireless connectivity SoCs and platforms.
• Drive silicon bring-up, feature enablement, and system readiness across development milestones.
• Contribute to the definition of the system architecture of wireless SoC products, considering power efficiency, performance, and scalability.
• Integrate wireless IPs across HW, FW, driver, and OS layers to ensure correct system behavior.
• Translate integration and validation learnings into architectural improvements and next-generation product definition.

• Perform system-level debugging of complex issues spanning analog, digital, firmware, and software domains.
• Develop and execute validation strategies, test plans, and stress scenarios to ensure product quality and robustness.
• Conduct deep root cause analysis and drive fixes across cross-functional teams.
• Leverage AI/ML-based tools and data analytics to accelerate log analysis, anomaly detection, and automated failure triage.

• Analyze and optimize performance, latency, throughput, power consumption, and coexistence behavior at the system level.
• Identify and address performance bottlenecks, ensuring the SoC meets stringent performance requirements.
• Support trade-off decisions between features, power, performance, and schedule.

• Work closely with architecture, design, firmware, software, validation, and product teams to align system requirements and resolve integration challenges.
• Act as a technical focal point for system-level wireless connectivity topics.

• Produce clear technical documentation, integration guidelines, design guidelines, and issue reports.
• Present findings and recommendations to engineering and management stakeholders.
• Contribute to process improvements and best practices for system integration, validation, and architecture.
• Drive adoption of AI-assisted engineering practices and automation to improve debug, validation, and documentation efficiency.

Minimum Qualifications

Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or a related field. Experience in system integration or system validation of complex SoC-based products. Exposure to system architecture, system definition, or specification work for SoC or wireless products. Strong understanding of wireless connectivity technologies (Wi-Fi, Bluetooth, coexistence – advantage). Hands-on experience with debug tools, lab equipment, and system-level validation environments. Familiarity with semiconductor technologies and SoC development processes. Strong analytical, problem-solving, and debugging skills. Excellent communication skills and ability to work effectively in a cross-functional environment. Working proficiency with Python / scripting and AI-GenAI tools to automate data analysis, debug, and validation flows. Experience applying AI / machine learning techniques to log analysis, anomaly detection, or automated failure triage. Hands-on use of GenAI / LLM-based assistants for code, test, and documentation generation. Familiarity with AI/ML acceleration and on-device inference considerations in SoC architecture.

Experience with wireless SoC bring-up or post-silicon validation. Experience defining system architecture or system specifications for wireless products. In-depth knowledge of wireless communication protocols and standards. Familiarity with firmware, drivers, or low-level software. Understanding of power management, performance analysis, and system trade-offs. Experience with system-level modelling and simulation. Experience working across multiple product generations or platforms.

If you are passionate about wireless technology, enjoy solving complex system-level problems hands-on, and want to influence the architecture of future wireless SoCs, we encourage you to apply for this position at Intel. Join us in shaping the future of wireless communication solutions.

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