Advanced Mixing Techniques - Chabot College

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Chabot College

Fall 2011


Course Outline for Music Recording and Technology 24

ADVANCED MIXING TECHNIQUES


Catalog Description:


24


Advanced Mixing Techniques

3 Units

(May be repeated 3 times)


Advanced multitrack mixing techniques. Implementation of sig
nal processing to a multichannel
audio mix using outboard and virtual signal processors, submixing, busing and summing mixes,
complex signal flow, advanced mixer automation, and selected topics in mastering. Prerequisite:
MURT

21A. 2 hours lecture, 4 hours

laboratory.

[Typical contact hours: lecture 35; laboratory 70]


Prerequisite Skills:


Before entering the course students should be able to:

1.

explain basic principles of acoustics and sound perception;

2.

summarize the process of analog to digital audio conv
ersion;

3.

identify and implement the basic hardware components of a modest home recording studio;

4.

properly construct an audio signal chain through the components of an advanced recording
studio console;

5.

identify, differentiate and assess the design and sonic

characteristics of various microphones;

6.

develop and evaluate microphone technique strategies for various instrumental
implementations;

7.

utilize proper digital audio file management techniques;

8.

properly construct a multi
-
track session in a digital audio wor
kstation;

9.

recognize and evaluate the unique sonic qualities and deficiencies of individual tracks in a
multitrack recording session.



Expected Outcomes for Students:


Upon completion of the course students should be able to:

1.

implement digital and analogue

signal processing to improve the sonic quality of a mix;

2.

identify and criticize strengths and weaknesses in the individual tracks of a pre
-
recorded mix;

3.

identify and criticize strengths and weaknesses in groups of tracks of a pre
-
recorded mix;

4.

design and
implement advanced automation techniques in a digital audio workstation;

5.

design, implement, and categorically store custom digital signal processing presets for future
utilization;

6.

assess, prioritize and apply appropriate multichannel mixing techniques tow
ards the
realization of intended sonic and aesthetic outcomes;

7.

conduct themselves in a professional manner consistent with the customs and culture of the
professional music industry.


Course Content


Lecture:


1.

Compression, Multi
-
band compression

2.

Equalizat
ion

3.

Reverb, delay, chorusing

4.

Complex signal processing structures

5.

Multichannel automated mixing


Chabot College

Course Outline for Music Recording and Technology 24, Page
2

Fall 2011



Course Content


Laboratory:


1.

Aural analysis of mixing techniques in extant commercial recordings

2.

Signal processing implementation

3.

Busing and summing techniq
ues

4.

Automation of a multichannel mix


Methods of Presentation:


1.

Lecture/demonstrations (use of multimedia)

2.

Laboratory (in
-
class recording sessions)

3.

Critique of student work

4.

Listening assignments

5.

Guest speakers


Assignments and Methods of Evaluating Student

Progress:


1.

Typical Assignments

a.

Read chapter on multiband compression and be prepared to discuss

b.

Listen to, identify and discuss the sonic characteristics of a recording

c.

Demonstrate multi
-
channel mix automation

d.

Demonstrate proper audio signal flow configur
ation in a complex session


2.

Methods of Evaluating Student Progress

a.

Class participation

b.

Performance on specific in
-
class technique demonstrations

c.

Laboratory work sheets and diagrams

d.

Homework

e.

Tests on chapter sections

f.

Final examination
(written and/or lab pr
actical)


Textbook(s) (Typical):

The Mixing Engineer’s Handbook,
Second Edition, Bobby Owsinski, Thompson Course
Technology, 2006.



Special Student Materials:


Portable digital media storage, such as a flash drive or external hard drive, not below 2 Gigab
ytes
of memory