Max Intermediate (session 2) / Max certification level 2
|Morning||Understand and be able to use certain sound synthesis techniques: additive synthesis.|
|Afternoon||Multiply the instantiation of processes using polyphonic patches with poly~|
|Morning||Understand and be able to use certain sound synthesis techniques: subtractive synthesis, synthesis through frequency modulation.|
|Afternoon||Excerpt motion data from a smartphone using OSC, filter and realize a mapping of these data to control a module of sound synthesis.|
|Morning||Understand the principles and basic applications of analysis and FFT re-synthesis in Max with pfft~.|
|Afternoon||Understand the principles of signal analysis: extract pertinent data, filter and realize a mapping of these data to read media or control the quality of the sound transformations.|
|Morning||Master the construction of modular architecture of patches using matrixes for sending and receiving data.|
|Afternoon||Understand and know how to put in place certain sound transformation techniques in a modular architecture: delay lines, transposition, etc.|
|Morning||Understand and know how to put in place certain sound transformation techniques in a modular architecture: ring modulation, reverberation, etc.|
|Afternoon||Know how to optimize graphical control interfaces.|
|Morning||Create a project, manage your resources.|
Exam for Max certification level 2.
Exam for Max certification level 2
The certification test is made up of two parts (90 minutes each):
- A test of the applicant’s knowledge with open questions and comments and screen captures;
- Following a break, a series of exercises is given to the applicant with several concrete cases, with increasing difficulty. The applicant must find solutions, as if Òhe were in a professional situation (test on a Mac computer with Max).
The jury consists of two teachers (IRCAM Computer Music Designers/ Specialized Instructors) and a specialist in Max.
A certificate with the results will be sent to the participants 3 weeks following the exam.