Learning tracks
Seven tracks, each built around models you operate rather than diagrams you look at. Move a slider, break something, and watch what the constraint does.
They are ordered so each one leans on the last. Read 01 → 07 straight through, or filter to the system you came for.
AI infrastructure
Follow one AI request down its physical power chain, sizing each link along the way: a 1 kW accelerator, a rack, a hall, a campus, the grid behind it.
One-line diagrams
Learn the shared electrical drawing behind substations, factories, and data centers by tracing 19 components along a full distribution path.
Inside a data center
Walk a facility outsiders rarely see: twelve clickable zones, the physical meaning of tier ratings, and the build sequence that ends at first megawatt.
Industrial automation
Trace the largely invisible control systems behind industrial production: the Purdue stack, a live PID loop, robotics, OEE, and the divide between OT and IT.
Semiconductor manufacturing
Follow a wafer through roughly a thousand process steps, test the yield math governing chip economics, and map the firms controlling each layer.
Intelligent buildings
Read the machine inside the architecture through eleven connected systems, then use thermal mass, controls, and storage to reshape its load curve.
Memory and storage
Walk a latency ladder spanning seven orders of magnitude, crowd more bits into a flash cell and watch endurance fall, size a drive's working life, then build an HBM package and meet the bandwidth wall.
Tracks are added as the research develops. Suggest one: hello@envizn.net
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