Memory Electrical Validation Engineer

About This Role

• The Role and Impact: As a Memory Electrical Validation Engineer, you will play a pivotal role in optimizing and validating electrical performance for memory IO interfaces.
• You'll focus on ensuring compliance with industry standards, analyzing margins for stable operation, debugging electrical issues, and driving system-level improvements.
• Your expertise will directly contribute to delivering high-quality, reliable products that meet production goals while advancing Intel's innovative memory solutions.
• Business group The Silicon and Platform Engineering (SPE) Group leads Intel's efforts in designing, developing, and validating advanced silicon and platform technologies.
• This team is committed to delivering cutting-edge solutions that drive Intel's leadership in the semiconductor industry.
• By joining SPE, you'll be part of a collaborative environment that tackles challenging problems and powers Intel's success in creating transformative technologies for the future.
• Key Responsibilities - Define electrical validation strategies for memory IO interfaces to ensure optimized electrical performance and alignment with production goals. - Validate circuit analog performance, signal integrity compliance, and system-level margins against industry standards. - Analyze, debug, and optimize Memory Reference Code (MRC) requirements to improve margins and overall product quality. - Collaborate on multidisciplinary research for testing, validation, and optimization of memory IO and mixed-signal architectures. - Develop procedures and designs for validation processes, systems margin evaluation, and test infrastructure. - Debug functional and triage failures to identify root causes and resolve electrical issues. - Test electrical interactions between design features using advanced validation infrastructure. - Prepare validation specifications, evaluate intellectual property (IP), and generate detailed test reports. - Partner with architecture, design, and presilicon verification teams to ensure effective Design for Testability (DFT) and Design for Manufacturability (DFM) capabilities for IO architectures.