AI × RFIC
What self-driving can teach us about AI-assisted RFIC design
A fuller account of L0–L5: what an engineer supplies, which decisions a system owns, and what evidence makes delegation useful.
The notebook
Essays on intelligence, agents, and the physical world. Some are working frameworks; others are questions I am still learning how to ask.
AI × RFIC
A fuller account of L0–L5: what an engineer supplies, which decisions a system owns, and what evidence makes delegation useful.
Compression & intelligence
The interesting part is not making data smaller. It is discovering structure that survives beyond the examples.
Agent systems
For domain-specific engineering, the highest-leverage work may be the environment around the agent—not another reasoning loop.
AI × RFIC
A netlist is not a complete physical specification. Geometry, coupling, and return paths are part of the design problem.
AI × RFIC
A working framework based on design responsibility and verified closure—not model size, agent count, or impressive screenshots.
Engineering methods
Treat simulation as a decision resource: combine inexpensive exploration with the expensive evidence a claim actually needs.
Compression & intelligence
Information compression and amplifier gain compression share a word. The interesting connection is a research question, not an equivalence.
Agent systems
Clear handoffs and durable state can matter more than adding simultaneous agents to an engineering workflow.
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