Marjiwave is a combination of 3 modules (subtractive synthesizer, blocks technique device and resonant body simulator), which can be used for compositional and sound design purposes. This way the user could keep track their progress and compare their results.
#Max msp polyphonic synth software#
There is a save button on the software which can be used to save a text file showing all the answers and the date and time when the test was taken. This is how the memory works, if for instance you want to learn a new language, you need to be involved with it every day to be able to make progress. It is highly recommended that user do all of the tests at least once a day because this training is dealing with memory and can only be effective if it is done on a regular basis. The first lessons and tests are simpler including more simple tones and they become more complicated gradually where the user should recognize the frequency band of noise that is reduced or boosted. The user could listen to different frequencies in each lesson and prepare their ears for doing the test. The Sharp Ears software was made thoroughly in Max/MSP and contains several lessons and tests.
Moreover, the fact that the ears’ sharpness is one of the most vital elements for anyone who wants to work professionally in a sound related field, made me decide to develop an ear training application for one of my university projects.ĭoing more research and developing new devices, I will upload my works on this website to share them with all people around the world who might be interested in what I am doing. I really take pleasure in carrying out deep research for music signal processing and developing new devices that can be used for sound design.
I have developed an original piece of software exploring different methods in sound synthesis and digital signal processing, making use of Max/MSP for my final major project in university. That is why during my education in University of Hertfordshire I gravitated towards software design and programming.
Analyzing a mathematical equation and being involved with trigonometric calculations help quench my thirst for knowledge. I have always enjoyed and excelled in mathematics and physics. In my second year, working with another student and applying different software and methods of network technologies we designed an audio network set up within a live setting to transfer recorded audio and video in real time to different places in the university, along with streaming them online. On this course, I gained knowledge about electronic principles underlying hardware audio devices, the principles of digital audio networking, audio formats and standards, programming techniques for software development and digital signal processing. My university course had a strong focus on technology behind sound and has given me a good understanding of how digital technology has transformed the audio industry in recent years. ABOUT ME I studied Sound Design Technology BSc in University of Hertfordshire and have an extreme passion in technology of sound particularly in design and building software synthesizers, samplers, drum machines etc.