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 cutting-edge 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,