Advanced Mastering Craft Under Pressure
Learning objectives
- learner can run a professional mastering session from pre-flight checklist through multi-format delivery
- learner can order and iterate a mastering chain (limiter-first, high-shelf placement, tilt) accounting for each processor's tonal side effects
- learner can meet broadcast/loudness standards and use psychoacoustic loudness rather than peak level
Capstone — one whole task that evidences the objectives
Master a real client track end to end under delivery pressure: run the pre-flight checklist, listen full before touching a processor, order the chain deliberately (limiter first, shelves and tilt placed to avoid prior EQ), meet the EBU/broadcast loudness target using psychoacoustic balance, verify bit-depth and true peak, and deliver multiple format variants with emotional gain automation intact.
Prerequisite modules
This module simulates the reality of professional mastering: a client track arrives Friday afternoon, the label needs broadcast, streaming, and archive deliverables Monday, and there is no time for a second pass. The whole task is a complete session under that pressure — intake, judgement, chain construction, loudness delivery, and a multi-format render matrix — where discipline in the first twenty minutes (the pre-flight checklist, the full uninterrupted listen, arriving with an idea rather than a blank slate) determines whether the remaining hours converge or churn.
The arc starts supported. First exercises walk the intake routine on a prepared file with planted defects: use the pre-flight checklist to catch the 16-bit-in-24-bit container and stray noise at the tail, then practice full-play listening and writing down an intention before opening a plugin. Mid-module, the chain work becomes the focus: set the limiter first so every EQ move is calibrated to its low-end thinning and top-end brightening, place the high shelf above the region already cut, and reach for the 180–200 Hz tilt when brightness is wanted without low-mid weight. Loudness work drills level-matched comparison so the louder version never wins by default, targeting the EBU integrated figure with psychoacoustic balance — overtones and transients, not peak level — and capping at -1 dBTP before rendering the format matrix with emotional gain rides intact.
The required atoms are exactly what the capstone cannot survive without: intake procedure, listening discipline, chain-ordering logic, the loudness standard and its verification, and the delivery matrix. Supporting atoms deepen judgement — LU versus LUFS, LRA, gating, crossover artifacts, genre reference curves, and the trade-offs of soft clipping, sidechain decorrelation, and high-pass phase shift — enrichment that sharpens taste without gating the deliverable.
Runnable examples
Generated from the context/ instrument corpus by concept (redistributable idioms only). Do not edit — regenerate with gen-module-examples.mjs.
saturation-drive
d1 $ sound "bd*2" # shape 0.4
tidal-0033 · CC0
{ (SinOsc.ar(110) * 5).tanh * 0.2 }.play
supercollider-0009 · CC0
Atoms in this module
Required — these gate the capstone
Supporting — enrichment, not gating