Music Engineer Course

Lesson 1 • Studio Signal Chain Overview

Maps a complete recording path from source to storage. Prepares students to troubleshoot signal-flow problems in a professional studio.

Lesson 2 • Analog Signal Flow Basics

Traces audio from microphone to speaker through analog components. Provides the signal-chain mental model needed for studio routing.

Lesson 3 • Physics of Sound Waves

Covers frequency, amplitude, wavelength, and phase relationships. Establishes the acoustic vocabulary used throughout every subsequent chapter.

Lesson 4 • Digital Audio Fundamentals

Introduces sampling rate, bit depth, and analog-to-digital conversion. Grounds students in the digital domain before DAW work begins.

Lesson 1 • Close-Miking Techniques

Covers proximity effect, angle, and distance for close-mic placement. Builds skills for isolating individual instruments in dense arrangements.

Lesson 2 • Microphone Types and Transducers

Compares dynamic, condenser, and ribbon microphone designs. Connects transducer physics to tonal characteristics and application suitability.

Lesson 3 • Stereo Miking Configurations

Introduces XY, ORTF, mid-side, and spaced-pair techniques. Develops the ability to capture realistic stereo images for acoustic sources.

Lesson 4 • Polar Patterns and Off-Axis Response

Explains cardioid, omnidirectional, figure-8, and hypercardioid patterns. Teaches how pattern choice affects room sound and bleed rejection.

Lesson 1 • Editing Audio Regions and Clips

Teaches cutting, trimming, fading, and comping recorded material. Connects precise editing to clean, professional-sounding final tracks.

Lesson 2 • Session Organisation and File Management

Establishes naming conventions, folder structures, and backup protocols. Prevents data loss and enables collaboration with other engineers.

Lesson 3 • DAW Interface and Navigation

Orients students to the arrange, mixer, and editor views of a professional DAW. Establishes workflow habits that reduce session time and errors.

Lesson 4 • Recording and Monitoring Setup

Configures audio interfaces, buffer sizes, and monitoring paths inside the DAW. Ensures students can achieve low-latency, distortion-free recording.

Lesson 1 • Creative and Tonal EQ

Uses additive EQ to shape character, warmth, and brightness. Connects tonal decisions to genre conventions and artistic intent.

Lesson 2 • EQ in Context of a Full Mix

Applies EQ decisions across multiple tracks to create frequency separation. Reinforces the concept that EQ choices are relational, not absolute.

Lesson 3 • EQ Filter Types and Parameters

Defines high-pass, low-pass, shelf, bell, and notch filters with their parameters. Provides the technical vocabulary for all subsequent EQ work.

Lesson 4 • Frequency Spectrum and Instruments

Maps the audible spectrum to instrument fundamental and harmonic ranges. Enables targeted EQ decisions based on source content.

Lesson 1 • Compression for Specific Sources

Applies compression settings to drums, bass, vocals, and guitars. Translates abstract parameters into source-specific, genre-appropriate results.

Lesson 2 • Compressor Types and Topologies

Compares VCA, FET, optical, and variable-mu compressor behaviours. Connects circuit topology to sonic character for informed processor selection.

Lesson 3 • Gates, Expanders, and Transient Shapers

Covers noise gates, downward expansion, and transient designer tools. Extends dynamic control beyond compression to noise reduction and punch enhancement.

Lesson 4 • Limiting and Loudness Management

Introduces brick-wall limiting, true-peak control, and integrated loudness targets. Prepares students for mastering-stage loudness delivery requirements.

Lesson 1 • Reverb Types and Parameters

Explains room, hall, plate, spring, and convolution reverb characteristics. Connects reverb type to genre, source, and desired spatial impression.

Lesson 2 • Depth and Front-to-Back Imaging

Combines reverb, delay, EQ, and level to create front-to-back depth. Integrates all spatial tools into a coherent three-dimensional mix perspective.

Lesson 3 • Panning and Stereo Placement

Covers pan law, stereo width, and frequency-dependent panning decisions. Establishes the horizontal dimension of the mix before adding depth.

Lesson 4 • Modulation Effects in the Mix

Introduces chorus, flanger, phaser, and tremolo as spatial and textural tools. Expands the tonal palette available for creative mix decisions.

Lesson 1 • Mix Referencing and Critical Listening

Uses reference tracks, multiple playback systems, and A/B comparison to evaluate mixes. Develops the objective listening skills required for professional delivery.

Lesson 2 • Gain Staging and Headroom Management

Sets proper levels at every stage of the mix chain to prevent clipping and noise. Establishes the discipline that underpins all subsequent mix decisions.

Lesson 3 • Aux Sends, Buses, and Routing

Configures parallel processing, group buses, and effect returns for efficiency. Enables complex mix architectures without sacrificing flexibility or recall.

Lesson 4 • Automation for Dynamic Mixes

Applies volume, pan, and plugin parameter automation to add movement and intent. Elevates static mixes into performances that serve the song.

Lesson 1 • Sequencing, Metadata, and Export

Assembles album sequences, sets track spacing, and embeds metadata for distribution. Completes the full production chain from session to deliverable master.

Lesson 2 • Loudness Standards and Metering

Applies integrated loudness, true-peak, and dynamic range targets for each delivery format. Ensures compliance with streaming and broadcast normalisation requirements.

Lesson 3 • Stereo Enhancement and Width

Applies mid-side processing and stereo imaging tools at the mastering stage. Teaches width enhancement without compromising mono compatibility.

Lesson 4 • Tonal Balance and Translation

Evaluates and corrects spectral balance so masters translate across playback systems. Connects mastering EQ decisions to real-world listening environments.