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This article primarily focuses on the application of AI-assisted tools to accelerate semiconductor design workflows, specifically within high-reliability contexts like satellite engineering. While it touches on silicon substrates and RISC-V architectures, the central narrative is how Microsoft Discovery's AI agents bridge the gap between specification and physical layout in chip development.
From satellites to silicon, engineer learns chip design with Discovery
Steven Truitt, an engineer with a background in satellites, used Microsoft Discovery to explore silicon design and engineering, tackling a problem from specification to layout.
A ten-year gap typically separates the sophistication of chips worked with by the author from those powering everyday computers, demanding extreme reliability from space-based silicon. Steven Truitt, who began his engineering career working on satellite checkout and operations, recently bridged that divide by completing a full chip design, from initial specification to physical layout, for the first time. Utilizing Microsoft Discovery, Truitt walked through the entire process, a project he describes as a way to He partnered with Professors Liu and Wu to demonstrate AI assistance in chip design workflows at DAC 2026, building a RISC-V core with an AI accelerator array. Satellite systems demand exceptional chip reliability, a necessity…
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