Education

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.

7 tracks
TRACK 01

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.

Beginner → Advanced 4 interactive tools Scale ladder · Glossary · PUE · Load shapes
TRACK 02

One-line diagrams

Learn the shared electrical drawing behind substations, factories, and data centers by tracing 19 components along a full distribution path.

Beginner → Advanced Interactive explorer 19 components · ANSI device numbers
TRACK 03

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.

Beginner → Advanced 3 interactive tools Site plan · Tiers · Airflow · Glossary
TRACK 04

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.

Beginner → Advanced 4 interactive tools Purdue stack · PID sim · OEE · Glossary
TRACK 05

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.

Beginner → Advanced 4 interactive tools Fab journey · Yield game · Industry map · Glossary
TRACK 06

Intelligent buildings

Read the machine inside the architecture through eleven connected systems, then use thermal mass, controls, and storage to reshape its load curve.

Beginner → Advanced 4 interactive tools Cross-section · Flexibility sim · EUI · Glossary
TRACK 07

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.

Beginner → Advanced 4 interactive tools Latency ladder · Flash cells · SSD life · HBM builder

Tracks are added as the research develops. Suggest one: hello@envizn.net