FERMILABS / ENGINEERING IN PUBLIC
Build Measure
Understand
We turn models into working systems, working systems into measurements, and measurements into better engineering decisions.
01MODEL
02BUILD
03INSTRUMENT
04RUN
05MEASURE
06VALIDATE
07LEARN
CURRENT ENGINEERING
Real products, not concept art.
Each project card resolves to the versioned publication layer; technical claims stay with the product repository that owns them.
ENGINEERING EVIDENCE
Prediction is the beginning.
Evidence closes the loop.
Simulation, software verification, numerical qualification and hardware measurement are deliberately labelled as different evidence levels. The site should make that distinction visible instead of hiding it behind marketing language.
01
Model
Geometry, circuit, algorithm or physical hypothesis.
02
Observe
Signals, logs, solver output, images and telemetry.
03
Compare
Expected versus simulated versus measured behaviour.
04
Qualify
State exactly what the evidence proves — and what it does not.
LEARNING LABS
Follow the real interface, then reproduce the result.
Product-led procedures use screenshots, expected results, checkpoints and recovery paths — not just long-form theory.
FRC STUDIO
Guided scientific-computing workflow
Interface tour → capabilities → first workspace → run → diagnostics → result → A/B experiment → evidence export.
SPEEDCIRCUITS
From schematic to waveform
Predict, simulate, inspect signals and connect model behaviour to measurement thinking.
OPENDAQ NEXT
From channel to traceable data
Acquisition identity, timing, scaling, metadata and evidence-aware export.