Join a team building next-generation flash memory platforms for AI inference, where performance, efficiency, and scalability are being redefined from the ground up. As part of the Emerging Technology Solutions group, we are pioneering new approaches using advanced flash technologies to unlock the next wave of AI performance.
This is not an incremental product—it’s an opportunity to work on cutting-edge system architecture, solve first-of-its-kind engineering problems, and directly influence how AI systems are built in the years ahead.
ESSENTIAL DUTIES AND RESPONSIBILITIES:
You will lead the end-to-end hardware development of advanced storage platforms designed for AI infrastructure
- Own full-cycle hardware design from architecture through schematic, layout, bring-up, validation, and qualification
- Drive form factor and PCB design for high-performance systems, including:
- High-speed interfaces
- Power delivery and integrity
- Thermal and mechanical integration
- Work cross-functionally with ASIC, firmware, system architecture, and platform teams to optimize real-world AI workloads
- Develop and execute bring-up, validation, and debug strategies using advanced lab instrumentation
- Solve complex system challenges in:
- Signal and power integrity
- Performance tuning under real workloads
- Reliability and manufacturability
- Lead debug, DOE, and root-cause analysis to push system performance and yield beyond conventional limits
- Partner with manufacturing and supply chain to transition cutting-edge designs into scalable products
- Mentor engineers and help define best practices for next-generation high-speed system design
This Role Is Unique
- AI-first design – Work on infrastructure purpose-built for AI inference, not legacy systems
- Architectural impact – Influence system-level design decisions, not just component-level execution
- Cutting-edge challenges – Tackle problems where industry solutions are still evolving
- High visibility – Direct impact on strategic products and future technology direction
- End-to-end ownership – From concept to production