Creative Audio & Music Engineering

01Run daily interval/chord ear-training drills on musictheory.net for one week and log your accuracy progression.

02Do a 'frequency guessing' drill: boost a narrow EQ band on a full-range track, identify the center frequency by ear, then check against the analyzer.

03Compare an MP3 (128 kbps) against a lossless source of the same track and write down every audible artifact you can name (pre-echo, swirl, top-end loss).

01Download one Creative Commons sound from Freesound and chop it into a playable 8-pad kit or sliced loop in a free DAW/sampler.

02Take a single vocal or instrument sample and create three derivatives: re-pitched, time-stretched, and reversed/granularized.

03Build an original 16-bar beat collaged from at least three CC samples, keeping a sample-clearance/attribution sheet as you go.

01Work through Ableton Learning Synths end to end, then describe in your own words what each block (oscillator, filter, envelope, LFO) does.

02In Vital or Surge XT, design four named patches from initialized state: a bass, a lead, a pad, and a pluck.

03Replicate a target sound (e.g., a classic analog bass or a string pad) by ear, then read the relevant Synth Secrets installment and refine the patch.

01Take a noisy recording (hum, hiss, or a click) and perform a before/after restoration using EQ, noise reduction, and spectral editing in Audacity.

02Comp a clean take from three flawed takes (breaths, pops, timing slips) by editing crossfades and removing artifacts.

03Produce two restoration variants of the same damaged file - one conservative, one aggressive - and argue which is correct and why.

01Build a reference card mapping each core effect (EQ, compressor, reverb, delay, saturation) to one musical problem it solves and one way it is misused.

02Take one dry vocal or instrument and create three processed versions demonstrating EQ-only, compression-only, and reverb/delay-only.

03Fix an over-processed mix bus: take a track someone has crushed/muddied and roll the processing back to musical, documenting each cut.

01Read the relevant chapter of Nicolas Collins' Handmade Electronic Music and document the safety rules (battery-only, never mains) before touching anything.

02Bend one battery-powered sound toy by probing for 'bend points', then record a 60-second performance of the new sounds and sample it into a DAW.

03Turn your bent-instrument recordings into a short experimental piece, then write a build/repair note on what broke and how you stabilized a useful bend.

01Beatmatch two tracks of similar BPM by ear (pitch/tempo only, no sync button) and record a clean 60-second transition.

02Build a 5-track mini-set with planned key/energy progression, then record it and annotate each transition point.

03Diagnose a train-wreck transition from your own recording, identify what drifted (tempo, phase, EQ clash), and re-perform it cleanly.

01Produce a recorded/mixed 60-second cue end to end in one free DAW: record or program parts, arrange, and bounce, keeping a session template you can reuse.

02Document your full signal flow for one project (input - track - bus - master) and prove gain staging is correct at each stage with metering screenshots.

03Recover a broken session: intentionally create a routing problem (phase/feedback/missing plugin), then diagnose and repair it, writing up the fix.

01Record a 10-sound foley/field kit (footsteps, cloth, door, ambience, etc.) with consistent gain staging and slate each clip.

02Perform foley to picture: take a short silent clip and record/sync at least three custom effects to on-screen action.

03Repair a wind-buffeted or noisy field recording into a usable asset, then publish the cleaned sound to Freesound under a CC license.

01Complete the musictheory.net lessons through chords and write your own one-page cheat sheet of diatonic chords in three keys.

02Compose an original 16-bar progression with a verse/chorus contrast, harmonizing a melody you wrote over it.

03Reharmonize an existing simple melody two different ways and explain the emotional effect of each harmonic choice.

01Take a piano sketch and arrange it for a small ensemble (e.g., string quartet or rhythm section + horns), respecting each instrument's range and role.

02Build a reusable arrangement template/checklist (intro, build, drop/chorus, breakdown, outro) and apply it to a 60-second cue to prove it works.

01Build a working synth or effect patch in Pure Data (free) - e.g., an oscillator with envelope and filter - following the official/community tutorials.

02Create a generative patch that produces evolving output from rules/randomness (e.g., a probabilistic sequencer) in Pure Data or SuperCollider, and document the signal flow.

01Patch a 2-operator FM voice in Surge XT (or a VCV Rack FM module) and demonstrate how the modulation index changes the harmonic spectrum.

02Build a self-generating modular patch in VCV Rack/Cardinal using LFOs, sequencers, and random modules, and document the full signal flow as a teachable diagram.

01Using Surge XT's granular oscillator (or a Pd granular patch), turn one field recording into an evolving 30-second pad and document grain size/density/position settings.

02Create a reusable granular-texture preset/patch and a one-page explainer teaching how grain parameters map to perceived texture.

01Mix a multitrack from scratch to a stated reference track, A/B-ing against the reference and matching broad tonal balance and loudness.

02Produce a reusable mixing checklist/template (gain stage, balance, EQ carving, bus compression, reverb sends) and prove it by mixing a second song with it.

03Repair a problem mix that does not translate (boomy in car, harsh on earbuds): diagnose by reference checks and fix the offending bands.

01Design a complete sound bed for a 30-second clip - ambience, key effects, and one designed 'hero' sound - layering synthesis and recorded sources.

02Build a reusable UI/SFX kit (5-8 sounds: confirm, error, hover, transition) with a consistent sonic identity and a documented design spec.

01Encode a few mono sources into first-order Ambisonics with the free IEM Plug-in Suite, rotate the field, and decode to binaural for headphone playback.

02Create a spatial scene and verify translation: render your binaural mix and check it on two different headphone/renderer paths, noting where the image shifts.

01Build a live-codeable set in Sonic Pi: start from silence and layer drums, bass, and melody by editing and re-running code, then record a 3-minute performance.

02Recreate a groove from a reference track as a TidalCycles pattern, then mutate it live into something original under a fixed time-box.

01Produce a complete live-show signal-flow plan and runsheet for a small gig: input list, stage plot, gain structure, monitor sends, and a feedback-ringing-out procedure.

02Write a troubleshooting case study for a common live failure (feedback loop, ground hum, or a dead channel): symptom, on-the-fly diagnosis, and fix under time pressure.

01Master one of your mixes to a streaming loudness target, documenting integrated LUFS and true-peak against the EBU R 128 spec, and A/B against a commercial reference.

02Write a mastering case study: take one mix to loud, medium, and dynamic masters, then defend which serves the music best under real constraints (streaming normalization).