Sebastián López

Leading the development of meteorological machines for Cessna aircraft, I designed and implemented systems to measure various environmental parameters, including humidity, temperature, atmospheric pressure, wind speed and direction, as well as GPS data (latitude, longitude, altitude), aircraft velocity, and inertial sensors on the X, Y, Z axes. These data are transmitted via RS232 and CAN protocols and sent in real-time through satellite internet to our server, providing precise monitoring of the machine's status. I developed an integrated mapping system to visualize the exact location of each aircraft, enhancing operational awareness and coordination. In this project, I utilized Python 3.0, Git, GitHub, Visual Studio Code, Object-Oriented Programming (OOP), STM32 microcontrollers, and a variety of communication protocols. My role involved extensive work with electronics in the laboratory, including oscilloscopes, power sources, soldering microelectronic components, and employing virtual machines with Linux, Docker, and virtual environments. The software and hardware for this machine were developed entirely by me from scratch and have been rigorously tested, providing critical meteorological information for Portugal's firefighters and military.

Leading firmware development for PROUNO, I integrated serial communication using GOLANG for gas sensor monitoring in fire detection. Beyond programming, I contributed to comprehensive documentation. Proficient in microchips, I utilized various protocols such as CAN BUS, LOOPS, RS485, I2C, MODBUS, and TCP-IP. Collaborating with the I+D team, I stayed updated on trends and used tools like GitHub for version control, JIRA for project management, and Linux for development environments. I programmed in C and GOLANG, worked with STM32 microcontrollers, and handled diverse electronic components. My role also included scripting in Python, using platforms such as Arduino, Raspberry Pi, and Microchip, and managing SQLite databases. Additionally, I gained extensive experience debugging hardware with oscilloscopes and power sources.

Interside provides IP communication services for government entities. My role involved implementing, designing, and supporting a VoIP recording platform on Red-Hat and CentOS 7-8 servers, generating SH scripts to automate processes, and providing support to over 3,000 clients, including Banco de Chile.