Now
What I'm currently focused on
Building
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SSD Controller Development
Designing and implementing next-generation SSD controller architectures with focus on performance optimization and reliability in NAND flash management systems.
Since 2024 -
FBI (Frequency Boosting Interface) Verification
Developing comprehensive verification methodologies for frequency boosting interfaces, ensuring signal integrity and optimal performance under varying workload conditions.
Ongoing -
NPHY (NAND PHY) Design & Verification
Working on NAND physical layer design and verification, focusing on timing optimization, error correction, and interface protocols for high-speed data transfer.
Current focus
Learning
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Tesla's AI Chip Architecture
Studying Tesla's custom silicon designs, neural network accelerators, and the hardware-software co-design principles that power their autonomous driving systems.
Deep dive into Dojo and FSD chips -
Full Self-Driving (FSD) Systems
Exploring the computational requirements, sensor fusion architectures, and real-time processing challenges in Tesla's autonomous driving platform.
Researching neural network deployment -
Advanced Mobile Chip Design (A15-A17)
Analyzing Apple's A-series chip architectures for insights into performance optimization, power efficiency, and cutting-edge semiconductor design principles.
Comparative architecture study
Thinking About
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Performance & Signal Integrity Optimization
How to push the boundaries of data throughput, minimize latency, and maintain signal integrity in high-speed storage and AI accelerator interfaces.
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Contributing to Tesla's AI Mission
Leveraging SSD controller and verification expertise to help build the next generation of AI chips that will power Tesla's autonomous driving and robotics initiatives.
Last updated: February 20, 2026 · ← Back to home