Creation and production of educational robotics kits, working in the area of electronics (microcontrollers, circuit simulation, printed circuit board prototyping, programming, etc.) and 3D printing. Training of robotics teachers for public schools.

Management of the team responsible for electronic systems for experimental rockets (e.g. ignition systems, data collection, avionics and telemetry), distributing tasks, motivating the group, teaching and learning new technologies.

Development of the electrically driven ejection system and telemetry system for an experimental rocket.

Planning and executing classes with topics related to technology, covering subjects such as computational thinking, programming, basic electricity, electronics, robotics, electronics with microcontrollers, and 3D. Students were between 5 and 14 years old.printing

Hardware integration of environmental data collection stations using Arduino and a range of sensors. Development of printed circuit boards and 3D modeling and printing of parts for the stations and new sensors.

Development of tracking management software in C++, responsible for calculating satellite passes using a TLE (Two-line element set) as input and controlling the positioning of an antenna for pointing.