Digital Audio Workstation -- 2

A proposal has not yet been provided

Hi, I am a C++/C/C#/Java developer by profession (have worked full-time for a number of software companies in India since 2001, namely UGS, Tieto, TomTom), Computer Science Engineer by qualification, and a music performer and production enthusiast. I have mostly used Reaper as my preferred DAW, for audio recording/editing, mostly because it has a relatively less memory footprint, and costs less, compared to the other "pro" DAWs. Have used a few of VSTs, primarily, AudioEase Altiverb, Native Instruments Kontakt, several plugins for Kontakt, Spectrasonics Omnisphere & Trillian, to name a few. I am hands-on on some of the basics of DAWs, for e.g use of tracks with VST plugins, envelopes, envelope points, routing (IO). Have also played around with audio development frameworks like "JUCE" alongwith Steinberg VST sdk (v3.6.5 available now). I would be interested to work dedicatedly for this project, if given an opportunity. Please do let me know if you have any questions for me. I would be happy to provide answers. regards, Anand Ekka

Hi there - I am skilled software developer from Russia with 18+ years of experience. I would be glad to help you with this project. Regards, Yuri.

Hello, my name is Leopoldo and I’m an Electronic Engineer from Argentina who specializes in digital signal processing. Through my career I have worked with DSP in audio signals for more than 3 years developing active noise control systems for car interiors. I have developed physical systems simulations in Matlab and I have extensive experience programming Microchip PIC, ARM and DSP in C, C++ and Assembly Language. I worked in applications with PIC16F84 and PIC16F87, implemented transient memory systems with LPC2148, carried out audio processing with DSP 56F8037 and developed active noise control systems with DSP MSC7116. Furthermore I extended my experience in signal processing working in the telecommunications industry, developing a wide variety of adaptive equalizers in time and frequency domain for high speed communications systems. I developed fiber optics models and channel equalization, focusing on algorithm and architectural optimizations for reducing computational load and power consumption. Programming was carried out in Matlab, C, C++ and Python languages. I am very passionate about my work, and I believe good communication and compromise to goals is the key to ensure my clients satisfaction. I look forward to hearing back from you and hope we can work together. Kind regards, Leopoldo Budde