• Responsible for defining stories, tasks and prioritizing the Team Backlog to streamline the execution of program priorities, taking special care of relationships and responsibilities outside the local team, including working with developers, project managers, group managers, and other stakeholders.• Maintaining current simulation system, detecting and fixing bugs in test implementation, updating test cases according to new requirements/specs, identifying flaky test cases and formulating… Show more • Responsible for defining stories, tasks and prioritizing the Team Backlog to streamline the execution of program priorities, taking special care of relationships and responsibilities outside the local team, including working with developers, project managers, group managers, and other stakeholders.• Maintaining current simulation system, detecting and fixing bugs in test implementation, updating test cases according to new requirements/specs, identifying flaky test cases and formulating solutions, developing scripts to automatize tasks, keeping simulation project up-to-date.• Supporting new testing system task force, defining technical requirements for tasks and also executing them, maintaining communication between product and stakeholders about new features and changes.• Synchronizing with DevOps team to ensure proper operation of automated tests, configuring jobs and troubleshooting errors in Jenkins. As well as mantaining the hardware setups in the server pc. Show less

• Responsible for the complete firmware lifecycle, from requirements gathering to final testing. • Developing a C code program to control half bridge with driver IC’s for motor control applications, and test them through all their features. • Designing a GUI (Graphical User Interface) in Python and using Qt library, to optimize the user experience of the application engineer. The GUI can control the Duty cycle, select the slew rate and set the spin direction of the motor. •… Show more • Responsible for the complete firmware lifecycle, from requirements gathering to final testing. • Developing a C code program to control half bridge with driver IC’s for motor control applications, and test them through all their features. • Designing a GUI (Graphical User Interface) in Python and using Qt library, to optimize the user experience of the application engineer. The GUI can control the Duty cycle, select the slew rate and set the spin direction of the motor. • Set up test benches and operating measurement equipment (oscilloscopes, digital analyzer, etc) to get the result of the different tests as well as program function generator and amplifier to perform tests. • Post-processing analysis of results curves in the Motor Test Bench by using PyVerify, Matplotlib, Scipy (Numpy) tools in Python. • Documenting and presenting results in team meetings and steering boards. Show less

Research and Development DepartmentResponsibilities: Plan, coordinate and execute the development of electronic systems such as: control systems, power systems and telecommunications systems. More specifically:▪ Develop firmware for embedded systems in C language and develop software in Python, bothfront-end and back-end, for user interfaces.▪ Install, configure and operate the ground control station of unmanned aerial systems and theautopilot system. Update and improve the… Show more Research and Development DepartmentResponsibilities: Plan, coordinate and execute the development of electronic systems such as: control systems, power systems and telecommunications systems. More specifically:▪ Develop firmware for embedded systems in C language and develop software in Python, bothfront-end and back-end, for user interfaces.▪ Install, configure and operate the ground control station of unmanned aerial systems and theautopilot system. Update and improve the compatibility between the sub-systems using MCU-based technological solutions (Atmel, Microchip), single-board computers (Raspberry Pi, Arduino ARM) and establish the communication link between the sub-systems (CAN bus , SPI, Ethernet), as well as the link between the air and ground unit.▪ Design and develop printed circuit boards (PCB) using EDA tools (Altium, KiCAD)▪ Operate electronic measuring equipment (Oscilloscope, Logic State Analyzer, Frequency Meter,Multimeter, Bolometer for RF power measurement). Show less

Argentine Air Force AcademyPhysics teacher of first year students.Topics: Units, physical quantities, and Vectors. Motion along a straight line. Motion in two or three dimensions. Newton's laws of motion. Work and kinetic energy. Potential energy and energy conservation. Momentum, impulse, and collisions. Rotation of rigid bodies. Dynamics of rotational motion. Equilibrium and elasticity

Local network management of the secondary school IPEM 312, Cordoba City, Argentina. As my main task, I was in charge of managing the local area network and maintaining the correct function of the laptops. Among other tasks, I trained the institution teaching staff about software management provided by the program "Conectar Igualdad".website: www.argentina.gob.ar/educacion/aprender-conectados/conectar-igualdad

Research grant from the Ministry of Defense of Argentina. The object of the study involved the development of an unmanned aerial system with electric propulsion powered by solar panels.Director: Mgt. Omar ElaskarScholar : Diego FernandezDevelopments:- Maximum Power Point Tracker- RPM measuring device for brushless DC motor- PWM Speed controller for brushless DC motor- Li-Ion Battery Charger

Intern at the Applied Research Center (University of the National Defense). The internship involved two different projects. On the one hand, development of a radar signal simulation system and on the other hand, development of a electronic device for obtaining radar data.web: www.iua.edu.ar