Image de profil de FernandoAGV
Drapeau de Argentina Cordoba, Argentina
Membre depuis le 3 juillet 2018
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I'm a Senior Electronic Engineer with advanced knowledge of digital signal processing and experience in design / development of embedded systems implemented with DSP, FPGA and Microcontrollers. I have 6+ years of experience in the Aerospace and IoT (Internet of Things) industries, working in multidisciplinary teams, performing the following tasks: - Team leadership - Planning and project management - Electronic / circuit design - High-speed digital design on FPGAs (VHDL/Verilog) - Embedded software development (C programming) - PCB layout - MAIT (Manufacturing, Assembly, Integration and Test) - Validation in laboratory - Writing of technical documentation: conceptual and detail engineering, procedures, reports and manuals. I love working on complex designs, it motivates me. I have the ability to solve problems, the rapid understanding of what is required, seriousness and responsibility to carry out the work in the best way.
$45 USD/hr
2 commentaires
  • 100%Travaux complétés
  • 100%Selon le budget
  • 100%Dans les temps
  • N/ATaux de Réembauche


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  • image de Harry B. Project for FernandoAGV $5414.60 USD


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    “He is the best, very patient and expert in what he is doing. step by step working with you. He works from his heart and very honest. Very comfortable to work with and never let you freak out. Highly recommended. Always deliver a perfect work. I will work with him again for sure.”


IoT Project Electronic Responsible

Jan 2017 - Aug 2018 (1 year)

Electronic design of the IoT project Tag. Design of automated tests for Tags. Coordination and monitoring of development, manufacturing and automated testing of Tags. Compliance with quality standards. Development of the associated technical documentation.

SAOCOM Satellite S and X Band Suitcases Electronic Responsible

Oct 2013 - Dec 2016 (3 years)

Design and development of detailed engineering. Selection of equipment and materials. Design, development and digital testing with FPGA in VHDL. RF analysis. Treatment of different types of internal electrical TM/TC interfaces. PCB design for LVDS signals. Compliance with quality standards. Development of the associated technical documentation. Participation in the technical-administrative management of the project.

Electronic Engineer

Jul 2012 - Sep 2013 (1 year)

Design, analysis, modification and start-up of EGSE for the ARSAT 1 satellite. Design and development of embedded software. Software implementation of the HiSLIP communication protocol. Problems resolution. PCB layout. Design and Development of automated tests with LabVIEW, using different types of instrumentation equipment. Writing technical documentation.

Integration Specialist

Sep 2011 - Jun 2012 (9 months)

Remote support to cell integration activities in 2G and 3G technologies. Creation, configuration and troubleshooting of sites in BSC and RNC.

Student Internship

Sep 2009 - Nov 2009 (2 months)

Production of an electronic equipment to contrast different characteristics of an LCD viewer model used in company products. Among the tasks are the development of embedded software, hardware assembly and preparation of technical documentation.

SAOCOM Satellite Ground Station Extensions (GSX) Team Leader

Jul 2007 - Dec 2017 (10 years)

Leadership of the work team for the manufacture of the Extensions (GSX). Negotiation and definition of the scope of the project with the CONAE client. Planning and budgeting of the project. Estimation of resources, costs, and duration. Management, coordination and monitoring. Development of the associated technical documentation.


Electronic Engineer

2001 - 2011 (10 years)

Electronic Technician

1994 - 1999 (5 years)


FxLMS and MFxLMS Stability Constrains When Used in Active Noise Control

This paper presents a comparison of the stability of the MFxLMS and FxLMS algorithms, applied to the low frequency narrowband Active Noise Control (ANC). This work focuses on the study of the secondary path in a headset, and the effect of its variations in the system's stability. The analysis is completed with simulations that support the conclusions.

Adaptive Narrowband ANC, Design and Implementation Issues

This paper presents the design and implementation of an adaptive feedback Active Noise Control (ANC) to cancel the low frequency narrowband noise remaining inside a headset shell. The implementation issues were addressed and tested on a commercial fixed point Digital Signal Processor (DSP).


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