Technology Institute for music educators ti: me course 2a Advanced Sequencing, Second Edition



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Topic 7: Subtractive Synthesis



Objective:

Participants will learn the fundamentals of subtractive synthesis and modulation.


Materials:

The instructor will use the included exercise and assets or provide an alternate exercise that uses a subtractive synthesis virtual instrument (ES2, Hybrid, Moog Modular, Thor, etc.).


Procedures:

The instructor will discuss and demonstrate…



  • oscillators and wave shapes;

  • analog filters including the following parameters:

    • Cutoff frequency

    • Resonance

    • Filter envelopes

    • Filter modulation

  • LFOs and envelope modulation;

  • arpeggiators;

  • step sequencers; and

  • control sequences.


Class Activities:

Participants will complete Exercise 7: Subtractive Synthesis



Notes:
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Topic 8: Volume Editing and Musical Sequencing



Objective:

Participants will learn to use volume editing and specialized MIDI CCs to create musical MIDI sequences.


Materials:

The instructor will use the included exercise and assets or provide an alternate exercise that uses a virtual sampler instrument and sample library that offers sample start as an automatable parameter.


Procedures

The instructor will discuss and demonstrate…



  • how to import a .pdf or .tiff file into a music notation program;

  • how to export a SMF from a notation program;

  • the best practices in creating musical MIDI sequences;

  • volume editing and its relation to musical phrasing and dynamics;

  • the differences between linear and non-linear crescendos and decrescendos and how to create them in a DAW;

  • the differences between MIDI volume, MIDI expression and audio volume, as well as best practices in their usage;

  • specialized MIDI CCs available in full-featured sample libraries; and

  • the use of sample start as a MIDI CC.


Class Activities:

Participants will complete Exercise 8: Volume Editing


Notes:
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Topic 9: Audio Time Compression and Expansion



Objective:

Participants will learn to use audio time stretching to conform and quantize audio regions.


Materials:

The instructor will use the included exercise and assets or provide an alternate exercise that focuses on audio time stretching and audio quantization.


Procedures:

The instructor will discuss and demonstrate



  • audio time compression and expansion (TCE);

  • TCE algorithms optimized for different kinds of musical content;

  • audio transients and their importance to audio TCE;

  • conforming audio regions to a new tempo; and

  • quantizing audio regions using TCE.


Class Activities:

Participants will complete Exercise 9: Audio Time Stretching


Notes:
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Topic 10: Mixing Fundamentals



Objective:

Participants will learn the fundamentals of audio mixing, signal routing and signal processing.


Materials:

The instructor will use the included exercise and assets or provide an alternate exercise that focuses on a multi-track mix of a MIDI project.


Procedures:

The instructor will discuss and demonstrate…



  • the best practices of track level setting and balancing audio levels in a mix;

  • the best practices of gain structure in a mixer (analog or virtual);

  • common practices of stereo panning;

  • the structure and purpose of mixer inserts;

  • the use of parametric EQ signal processor plug-ins;

  • the use of audio filters plug-ins;

  • the use of audio compressor signal processor plug-ins;

  • the structure and purpose of auxiliary sends;

  • how to create a send and return setup for time-based effects;

  • the use of delay signal processor plug-ins;

  • the use of reverb signal processor plug-ins;and

  • the purpose and use of master tracks.


Class Activities:

Participants will complete Exercise 10: Mixing


Notes:
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