Embedded systems software development in C/C++ for audio products:- Baremetal, FreeRTOS, Embedded Linux- ARM, SHARC processors, Nordic SoC, ESP32- Audio DSP algorithms development, motion detection signal processing- Eclipse, VSCode, CCES, CCS, Sigma Studio, nRF Connect, Matlab

Freelance professional and software developer with advanced experience in Digital Signal Processing. Main projects include: - Development of multichannel active noise control systems for car interiors (ASM, C, Matlab) - Implementation of adaptive equalizers for fiber optic communication systems (Python, C, Matlab) - FFT architecture optimization for reducing computational load and power consumption (C, Matlab) - DSP algorithm development for "pitch bending" real time execution applied to indian musical instruments (C, Python, Matlab) - High efficiency pitch detection algorithm development for piano tuner (Python) - RF transceivers tester design for communication over high speed automotiveraces (Arduino) - Digital broadcasting station design and implementation for joint transmissions between Argentina and USA - Acoustic architectural design for different enclosures of Information Sciences Department in National University of Córdoba

The company was created in 2014 aiming to provide high quality services in thefield of sound and lighting for events, working together with technicians,engineers and DJs.

RF electronic devices design for communication over high speed automotive races in Argentina (TC, TC2000, TC Mouras, TN). Kenwood and Motorola transceivers adjustment and calibration. VHF and UHF equipment repair and maintenance.

Development of adaptive equalizers in time and frequency domain for high speed fiber optics communications systems, focusing on algorithm and architectural optimizations for reducing computational load and power consumption.

Standards analysis (IRAM 4109-1:2011, IRAM 4109-2:2009, ISO 3382-2:2009, IRAM 4070:2008, ANSI S12.60-2002, IEC 60268-16:2011, ANSI S3.5:1997) Background noise evaluation according to IRAM 4070:2008. Room impulse response measurement according to ISO 3382-2:2009. Calculation of acoustics parameters derived from room impulse response.Measurement and identification of normal modes.

Linear Systems and Signal Theory Department, FCEFyN UNC.