Design verification strategies to ensure ASICs meet performance and correctness standards.

Build and implement the financial infrastructure to support company scaling.

Develop and implement advanced timing closure strategies for transformer-based AI ASICs.

Build and optimize hybrid emulation environments using custom DPI-based streaming transactors.

Develop and implement power optimization strategies for transformer-specific AI chips.

Build detailed performance models to compare ASIC architecture against GPUs and TPUs.

Own the mechanical design and development of high-power data center enclosures from concept to production.

Design and implement end-to-end production line flow for AI chip manufacturing.

Develop firmware for silicon-based transformers to optimize AI inference hardware performance.

Design high-speed PCB layouts for AI inference hardware supporting transformer models.

Manage and synchronize ECAD and MCAD libraries to streamline electronic and mechanical design integration.

Design and optimize firmware for high-performance transformer ASIC systems.

Coordinate high-priority projects to optimize company operations and strategic decision-making.

Design and validate the schematic for Etched's AI accelerator system modules.

Design and validate large-scale BGA packages exceeding 4000 balls for high-speed AI hardware.

Validate and analyze PCB performance to ensure compliance with design specifications.

Build real-time, high-throughput inference software for transformer AI chips.

Build a comprehensive PCB design infrastructure supporting high-speed, high-density circuit boards.

Manage and optimize the entire front-end CAD environment for ASIC development.

Establish and optimize ECAD/MCAD workflows to improve cross-team collaboration and design quality.